KAAMOS RESEARCH · EQUITY · INITIATION · CAUTIOUS

Tesla, Inc. (NASDAQ: TSLA) — Initiating Coverage CAUTIOUSScenario Fair Value$235

Tesla is deliberately trading near-term earnings for an autonomy and robotics option — and we think that is the right call for the company. At $313 it is the wrong call for the shareholder: you are paid for the bull case and carry ~80% downside to the bear. Cautious, Scenario Fair Value $235.
Published 2026-07-25 · Updated 2026-07-25· Price as of 2026-07-24
KAAMOS
Summary Thesis Financials Projections Scenarios Valuation Company Risks
CAUTIOUS · Scenario FV $235 -25% vs $313.03
KAAMOS RESEARCH
CONTENTS
01 Summary 02 Thesis 03 Financials 04 Projections 05 Scenarios 06 Valuation 07 Company 08 Risks
VIEW
CAUTIOUS
Scenario-Weighted Fair Value
$235
-25% vs $313.03
KEY FIGURES
FY26E Revenue
$114B
+20% YoY
FY26E EPS
$0.77
−29% YoY
FY26E GM
18%
+0pp YoY
Q2-26 op margin
1.4%
DCF (mid-cycle FCF perpetuity — cross-check only)
$64

1 · Summary & Verdict

Tesla is deliberately trading near-term earnings for an autonomy and robotics option — and we think that is the right call for the company. At $313 it is the wrong call for the shareholder: you are paid for the bull case and carry ~80% downside to the bear. Cautious, Scenario Fair Value $235.

Figure 1 — Share price + Price / Sales band (daily, full history)

We initiate Cautious with a Scenario Fair Value of $235, ~25% below the $313 price. This is a price call, not a company call. Tesla's Q2-26 was a genuinely strange quarter: record revenue of $28.2B (+26% y/y) on record Q2 deliveries of 480,126 (+25%), an order backlog management called the largest in company history — and operating income down 57% to $398M, a 1.4% operating margin, and the first negative free-cash-flow quarter since early 2024 at -$1.1B. The stock fell 14.5% the next day. We think both halves of that quarter are real, and that the company is making a defensible strategic bet. Our disagreement is narrow and arithmetic: at $313 the shares carry ~$1.18T of market value against FY2026E EPS of $0.77 and negative free cash flow, which means essentially all of the value is a claim on autonomy and robotics outcomes that are not yet billing. Our bull case gets to $500. Our bear case gets to $60. Paying $313 for that distribution is not a good trade.

The margin collapse is not a stumble — it is the plan, and it has a long tail. Operating expenses grew 47% y/y to $4,353M as Tesla staffed AI, Optimus and robotaxi; R&D alone rose 49% to $2,371M. Capex more than doubled to $5,789M in the quarter, and management raised FY2026 capex guidance to over $25B — up from the $20B guided in January and roughly triple the $8.5B spent in 2025 — while flagging negative free cash flow for the remainder of the year and a borrowing programme of up to $30B. The under-appreciated part is what happens next: that spending arrives on the income statement as depreciation. We model D&A rising from $6.3B in FY2025A to $18.5B by FY2030E. Revenue has to grow into a fixed-cost base that is being built now, which is why our base case shows operating margin recovering only to 4.6% in FY2027E and 11.4% by FY2030E — real repair, but slow.

Quality-of-earnings flag: Q2-26 GAAP EPS of $0.32 was mostly a mark on a related-party stake. GAAP net income of $1,114M sits above operating income of $398M because 'other income' included a $1,005M unrealized gain on the SpaceX equity investment Tesla bought for $2,002M one quarter earlier — a ~50% markup in a single quarter on an unlisted holding in a company with the same CEO. Strip it out and Q2-26 GAAP EPS was roughly $0.07, not $0.32. We are not alleging anything improper; the disclosure is clear and the accounting is permitted. We are pointing out that the headline number flattered a quarter in which the operating business earned a 1.4% margin, and that investors reading GAAP EPS in isolation got the wrong signal. It is also a governance datapoint worth carrying forward.

What would change our mind is specific, and we would rather be upgraded by the facts than right about the price. The robotaxi fleet is live and unsupervised in seven metros with roughly 2.5M cumulative paid miles and, per management, no notable safety incidents across 380,000 miles. That is a real achievement and it is early. We upgrade on any of three things: robotaxi unit economics disclosed at scale (revenue per vehicle-mile, fleet utilisation, cost per mile), Optimus generating external revenue rather than internal training data, or automotive gross margin back above 20% with free cash flow positive. Absent those, the FY2027 setup is a company absorbing $70B+ of 2026-27 capex into depreciation while the autonomy revenue line is still measured in hundreds of millions. We would turn constructive in the $180-200 range.

Historical valuation bands · vs 3 multiples that matter for this name
As of 2026-06-15 · 8-year weekly window

The uncomfortable finding for a Cautious view: Tesla is NOT expensive against its own history. P/S sits ~0.9σ above its 8-year mean and P/B almost exactly at it. That is precisely why we do not lean on the bands here — Tesla's eight-year history is itself a history of paying for a future that had not arrived. Mean-reversion to that mean is not a valuation floor.

Price / Sales
15.4x vs 10.2x mean
z = +0.88σ
EV/EBITDA (TTM)
110.5x vs 89.5x mean
z = +0.32σ
Price / Book
17.9x vs 17.9x mean
z = +0.00σ

See § 6 Valuation for the per-multiple analysis and historical band charts.

Summary financials FY23A FY24A FY25A FY26E FY27E FY28E
Revenue ($B) 96.8 97.7 94.8 114.0 141.0 171.0
Gross margin % 18.2% 17.9% 18.0% 18.3% 20.0% 21.8%
EBITDA ($B) 13.6 12.4 10.7 9.6 17.0 26.5
Net income ($B) 15.0 7.1 3.8 2.8 4.7 9.0
Diluted EPS ($) 4.30 2.04 1.08 0.77 1.27 2.38
FCF ($B) 4.4 3.6 6.2 -7.2 1.4 12.2

THE THREE RISKS THAT MATTER

Risk to our view: robotaxi and Optimus arrive faster than we model

This is the risk that matters, and it cuts against us. Tesla is targeting 10% weekly growth in domestic robotaxi operations, Cybercab entered continuous production at Giga Texas in April 2026 with installed capacity above 125,000 units, and first-generation Optimus lines are installed at Fremont with initial runs guided to Q3-26. If robotaxi unit economics prove out in 2027 rather than 2029 and Optimus becomes an external product, our base case is simply wrong and the bull case at $500 is the right anchor. We hold a 25% probability on that outcome; a reasonable investor could hold 40%. Anyone short this name on valuation alone is taking the other side of a company that has repeatedly grown into multiples that looked indefensible.

Structural margin damage: regulatory credits are gone and tariffs are hitting Energy

Regulatory-credit revenue fell 67% y/y to $146M, its lowest in years, after the $7,500 federal EV tax credit expired on 30 September 2025 and a change in federal law zeroed out CAFE penalties. That was near-100%-margin revenue and it is structurally gone, not cyclical. Simultaneously, Energy gross margin collapsed from 39.5% to 20.4% on tariffs even as deployments grew 41% to 13.5 GWh — the segment is growing volume while losing its economics. Automotive gross margin fell from 19.2% to 16.3% on warranty adjustments, higher interest rates and the end of tariff relief. Three of Tesla's margin pillars weakened in the same quarter for reasons largely outside management's control.

Dilution and governance: the CEO award, the share count, and a divided principal

Stock-based compensation reached $1,151M in Q2-26 and is rising, driven largely by the 2025 CEO Performance Award. The dilution arithmetic is material: 3,540M weighted-average diluted shares today against 3,755,723,871 cover-page shares outstanding, including 423,743,904 award shares and 286,428,773 restricted shares subject to service vesting — roughly 6% of the company yet to flow through the diluted count. Separately, the CEO's attention is split across xAI, SpaceX, X and Neuralink, and Tesla is now a holder of SpaceX equity it marks to its own estimate of fair value. None of this is new information to the market, but it is a real cost that the 'AI optionality' framing tends to net out of the analysis.

2 · Investment Thesis

1. The growth re-acceleration is real, and it is the strongest part of the bull case

After a genuinely bad 2025 — revenue down 3% to $94.8B, deliveries down 9% to 1.64M, operating income down 38% — Tesla has re-accelerated hard: +16% in Q1-26 and +26% in Q2-26, with Q2 deliveries up 25% to a record 480,126. Management says it is production-constrained on electronics and batteries rather than demand-constrained, inventory fell from 27 to 15 days of supply, and the order backlog is the largest ever. Services and other revenue grew 50% to $4,581M, and energy storage deployments rose 41% to 13.5 GWh. We model FY2026E revenue of $114B (+20%) and a 19.6% CAGR to $232B by FY2030E. We are not bearish on Tesla's revenue.

  • Q2-26 revenue $28.2B (+26% y/y); H1-26 revenue $50.6B on 838,149 deliveries
  • Services & other +50% y/y; FSD subscriptions 1.48M (+56%); ~12B cumulative FSD miles
  • Cybercab in continuous production since April 2026; Semi and Megapack 3 both guided to 2026
  • FY2026E revenue $114B → FY2030E $232B (19.6% CAGR) in our base case

2. But the earnings base has been hollowed out, and depreciation has not arrived yet

Q2-26 operating margin was 1.4%, down from 4.1%. Gross margin fell to 16.8%. Opex grew 47%. Free cash flow was -$1,092M against capex of $5,789M. The forward problem is arithmetic rather than narrative: over $70B of capex across 2026-27 has to be depreciated, and we model D&A tripling from $6.3B to $18.5B between FY2025A and FY2030E. In our base case free cash flow is -$7.2B in FY2026E, barely positive at +$1.4B in FY2027E, and does not reach a comfortable level until FY2028E. FY2026E GAAP EPS of $0.77 is below FY2025A's $1.08 and less than a fifth of FY2023A's $4.30. The company is spending like a hyperscaler while earning like a marginal industrial.

  • Q2-26: opex $4,353M (+47%), R&D $2,371M (+49%), SBC $1,151M and rising
  • FY2026E capex >$25B guided vs $8.5B in FY2025A; up to $30B of borrowing planned
  • Our D&A path: $6.3B FY25A → $10.5B FY27E → $18.5B FY30E
  • Our FCF path: -$7.2B FY26E → +$1.4B FY27E → +$12.2B FY28E

3. Autonomy is the entire valuation, and it is still measured in millions of miles

Everything above $100 per share is a claim on robotaxi and Optimus. The honest state of play: unsupervised robotaxi is live in seven metros with roughly 2.5M cumulative paid miles; Cybercab has produced test units but no customer deliveries; Optimus production is guided to start in 2026 with external commercialisation in 2027; and Tesla has never disclosed robotaxi unit economics. We estimate FSD and robotaxi software revenue at roughly $3.6B in FY2026E — about 3% of revenue — scaling to $24B by FY2030E in our base case. That is a genuinely large business being built. It is not yet a business that supports $1.18T of market value, and the disclosure needed to underwrite it does not exist.

  • ~2.5M cumulative robotaxi paid miles; management targets 10% weekly growth domestically
  • Over 55% of new North American deliveries included an FSD subscription at purchase
  • Optimus: first-gen lines installed at Fremont; internal training use first, external 2027
  • Our estimate: FSD + robotaxi revenue $3.6B FY26E → $24B FY30E (~10% of revenue)

4. Valuation: no method we can build reaches the price, and the bands say why that matters less than usual

A mid-cycle DCF at a 12.7% WACC returns roughly $64 per share with terminal value at 88% of enterprise value — which tells you the method has broken down, not that Tesla is worth $64. We therefore give the DCF a 10% weight and anchor on scenario-weighted FY2030E earnings power instead. At $313 the stock trades at ~61x our FY2030E EPS of $5.14 — four years forward — against an auto and mobility peer set at 5-16x forward earnings. Our football field puts $313 above the high end of four of five methods; it sits inside only the scenario range, and there only because the bull case is in it. Notably, Tesla is not expensive against its own history: P/S sits about 0.9σ above its 8-year mean and P/B almost exactly at the mean. That is the point. The bands cannot help you here, because Tesla's history is itself a history of paying for the future.

  • Mid-cycle DCF ~$64/share; terminal value 88% of EV; sensitivity grid spans $48-104
  • $313 = ~61x FY2030E EPS $5.14; ~290x trailing GAAP EPS of $1.08
  • Scenario weighting: 25% bull $500 / 50% base $190 / 25% bear $60 → SFV $235
  • Upgrade trigger: $180-200, or disclosed robotaxi unit economics at scale

3 · Financial Analysis

Tesla’s financial record over FY2023-FY2025 and the two quarters of 2026 reported so far tells a clear story: a business whose revenue has grown, stalled and re-accelerated, and whose margins have declined every single year since 2022.

The three-year record.

$M unless noted FY2023A FY2024A FY2025A
Revenue 96,773 97,690 94,827
Revenue growth +18.8% +0.9% -2.9%
Gross profit 17,660 17,450 17,094
Gross margin 18.2% 17.9% 18.0%
Operating expenses 8,769 10,374 12,739
Operating income 8,891 7,076 4,355
Operating margin 9.2% 7.2% 4.6%
Net income (attributable) 14,997 7,091 3,794
Diluted EPS $4.30 $2.04 $1.08
Free cash flow 4,358 3,583 6,220
Capital expenditures 8,898 11,340 8,527
Deliveries 1,808,581 1,789,226 1,636,129

Three observations. First, FY2023 net income of $14,997M is not comparable to anything — it includes a roughly $5.9B one-time non-cash release of a deferred tax asset valuation allowance. Underlying FY2023 earnings power was closer to $9-10B. Second, operating income has more than halved in two years while revenue was roughly flat, which is entirely an operating-expense story: opex grew 45% from $8,769M to $12,739M while gross profit fell 3%. Third, FY2025 free cash flow of $6,220M was the best of the three years — but only because capex fell to $8,527M. That is about to reverse violently.

The Q2-26 print in detail. This is the quarter that occasioned the initiation, and it deserves line-by-line treatment.

$M unless noted Q2-25 Q1-26 Q2-26 Q2 y/y
Automotive revenue 16,661 16,234 20,516 +23%
Energy generation & storage 2,789 2,408 3,139 +13%
Services & other 3,046 3,745 4,581 +50%
Total revenue 22,496 22,387 28,236 +26%
Gross profit 3,878 4,720 4,751 +23%
Gross margin 17.2% 21.1% 16.8% -41 bp
R&D 1,589 1,946 2,371 +49%
SG&A 1,366 1,833 1,982 +45%
Operating income 923 941 398 -57%
Operating margin 4.1% 4.2% 1.4% -269 bp
Adjusted EBITDA 3,401 3,668 3,273 -4%
Net income (GAAP, attributable) 1,172 477 1,114 -5%
Diluted EPS (GAAP) $0.33 $0.13 $0.32 -3%
Diluted EPS (non-GAAP) $0.40 $0.41 $0.33 -18%
Operating cash flow 2,540 3,937 4,697 +85%
Capital expenditures (2,394) (2,493) (5,789) +142%
Free cash flow 146 1,444 (1,092) -848%
Cash & short-term investments 36,782 44,743 43,524 +18%
Deliveries 384,122 358,023 480,126 +25%
Storage deployed (GWh) 9.6 8.8 13.5 +41%

Reading the quarter. Record revenue was genuine: $28,236M, comfortably ahead of the roughly $26.4B expected, on a Q2 delivery record. Services growing 50% and storage deployments growing 41% are both real. The problem sits between gross profit and operating income. Gross profit grew 23% — slightly slower than revenue, as gross margin slipped 41 basis points to 16.8% — but operating expenses grew 47%, so operating income fell 57%. Roughly a third of that opex increase was stock-based compensation, which rose from $635M to $1,151M, driven largely by the 2025 CEO Performance Award.

Segment margins tell the rest. Automotive gross margin fell from 19.2% to 16.3% on warranty adjustments, higher interest rates and the end of tariff relief. Energy gross margin collapsed from 39.5% to 20.4% on tariffs. Services gross margin was 14%. Regulatory-credit revenue fell 67% to $146M from $439M — a near-100%-margin line, structurally impaired by the expiry of the $7,500 federal credit on 30 September 2025 and the zeroing of CAFE penalties.

The quality-of-earnings issue. GAAP net income of $1,114M sits well above operating income of $398M. The bridge is “other income (expense), net” of $590M, which includes a $1,005M unrealized gain on the SpaceX equity investment that Tesla purchased for $2,002M in Q1-26 — a roughly 50% markup within one quarter on an unlisted holding in a company sharing Tesla’s chief executive, partly offset by $312M of foreign-currency losses and a $112M digital-asset loss. Pre-tax income was $1,329M against a $201M tax provision, a 15.1% effective rate. Excluding the SpaceX mark, pre-tax income was approximately $324M and GAAP EPS was roughly $0.07 rather than $0.32. The disclosure is clear and the accounting is permitted; the point is that the headline earnings number for the quarter was substantially a valuation judgement about a private related party rather than a result of operations.

Also worth noting on quality: “Adjusted EBITDA” of $3,273M adds back $1,151M of stock-based compensation. On a conventional EBITDA basis — operating income plus D&A of $1,619M — the quarter produced $2,017M, a 7.1% margin. And deliveries of 480,126 exceeded production of 451,758, drawing inventory down from 27 to 15 days of supply. Over H1-26 combined, production of 860,144 against deliveries of 838,149 is a far less dramatic picture than Q2 in isolation.

Balance sheet: strong, and being levered deliberately. At 30 June 2026 Tesla held $43,524M of cash and short-term investments against $1,418M of current debt and $7,924M of long-term debt — total debt of $9,342M and net cash of approximately $34,182M, about $9 per share. Total assets were $148,524M and total stockholders’ equity $86,858M. Property, plant and equipment rose from $43,213M to $47,255M in the quarter as capex landed. Days sales outstanding were 13 and days payable outstanding 58, both healthy. There is no financial-distress argument here: Tesla can fund the announced programme from cash flow and existing liquidity, and management has signalled willingness to add up to $30B of debt to accelerate it.

Share count. Weighted-average diluted shares were 3,540M in Q2-26 against basic shares of 3,237M. Cover-page shares outstanding were 3,755,723,871 as of 16 April 2026, including 423,743,904 shares from the 2025 CEO Performance Award and 286,428,773 restricted shares subject to service-based vesting. Roughly 6% of the company therefore sits outside the current diluted count, and stock-based compensation of $1,151M per quarter and rising is the cash-equivalent cost of that overhang. We model diluted shares rising from 3,520M in FY2025A to 3,900M by FY2030E.

What the record establishes for the forward model. Revenue growth is real and re-accelerating. Gross margin has been remarkably stable in a narrow 17.9-18.2% band across three years — the volatility is all below the gross-profit line. Operating margin compression is an opex and mix story, not a manufacturing story. Free cash flow was healthy until capex tripled. And the earnings base into which the depreciation from $70B of 2026-27 investment will land is a 1.4% operating margin. Section 4 puts a five-year path on that.

Figure 2 — Revenue by geography (est.)
Figure 3 — Net income trajectory

4 · Projection Assumptions

Our FY2026E-FY2030E base case models Tesla as a company that grows revenue at a 19.6% compound rate while repairing margins slowly, because the capital being spent in 2026 and 2027 has to be depreciated before the revenue it enables arrives. FY2026E is anchored on reported H1 actuals — revenue of $50,623M, deliveries of 838,149, free cash flow of $352M — with only H2 modelled.

Revenue path ($B): 94.8 (FY25A) → 114.0 → 141.0 → 171.0 → 201.0 → 232.0. That is +20.2% in FY2026E and a 19.6% CAGR from FY2025A through FY2030E. FY2026E decomposes to automotive $81.5B (+17%), energy $13.6B (+7%), and services $18.8B (+50%). By FY2030E the mix shifts materially: automotive $142B (61% of revenue, down from 73% in FY2025A), services $58B (25%, up from 13%), energy $32B (14%).

Figure 4 — Revenue trajectory & growth

The delivery assumption behind FY2026E is 1.88 million units, up 15% — H1’s actual 838,149 plus roughly 505,000 in Q3 and 540,000 in Q4. Q3 faces a hard comparison against Q3-25’s 497,099, which was inflated by demand pulled forward ahead of the 30 September 2025 expiry of the federal credit, and is capped by production rather than demand now that inventory has been drawn to 15 days. We model deliveries reaching approximately 3.3 million by FY2030E, which requires Cybercab contributing meaningfully and an affordable model arriving at some point in the window.

Figure 5 — Revenue by segment

Gross margin bridge (FY25A → FY30E): 18.0% → 24.5%. FY2026E lands at 18.3%, essentially flat, because H1’s 18.7% is offset by a weaker H2 carrying energy tariff pressure, Cybercab and Optimus start-up costs, and warranty normalisation. The recovery to 24.5% by FY2030E is a mix story more than a cost story: services rise from 13% to 25% of revenue, and the FSD and robotaxi component within services carries software-like incremental margin. Underlying automotive gross margin we model recovering only from roughly 16% to the low 20s — below the 19.2% of Q2-25 for several years yet — because regulatory credits are structurally gone and price competition from BYD is not abating.

Figure 6 — Gross margin through the cycle

Operating expenses: the part that determines the next two years. Total opex rises from $12,739M in FY2025A to $18,150M in FY2026E (+43%), then $21,700M, $24,800M, $27,600M and $30,400M through FY2030E. R&D goes from $6,502M to $9,900M in FY2026E and $16,800M by FY2030E; SG&A from $5,837M to $8,250M and then $13,600M. Opex as a percentage of revenue peaks at 15.9% in FY2026E and declines to 13.1% by FY2030E — genuine operating leverage, but arriving slowly. Stock-based compensation, embedded in these lines, runs $4,600M in FY2026E rising to $6,200M by FY2030E on the CEO award and general headcount.

Operating income and the margin path. Operating income falls from $4,355M in FY2025A to $2,735M in FY2026E — a 2.4% margin, the lowest since 2019 — then recovers to $6,499M (4.6%), $12,478M (7.3%), $19,031M (9.5%) and $26,437M (11.4%). It is worth stating plainly that our FY2030E operating margin of 11.4% is still below the roughly 17% Tesla achieved in FY2022 and only modestly above Toyota’s current ~10%. We are not modelling a software-margin business by 2030; we are modelling a very good manufacturer with a growing software attachment.

Figure 7 — EBITDA margin

Depreciation is the quiet driver. D&A rises from $6,300M in FY2025A to $6,900M in FY2026E, $10,500M in FY2027E, $14,000M, $16,500M and $18,500M by FY2030E — nearly tripling. This is the mechanical consequence of $25.5B of FY2026E capex followed by $24B in FY2027E, and it is why operating margin recovery lags revenue growth so visibly. EBITDA therefore looks much healthier than operating income throughout: $9,635M in FY2026E rising to $44,937M by FY2030E, an EBITDA margin path of 8.5% to 19.4%.

Below the line. Interest income of roughly $1,750M in FY2026E drifts to $1,550M by FY2030E as cash is deployed. Interest expense rises sharply from $337M in FY2025A to $800M in FY2026E and $1,900-2,300M thereafter as the borrowing programme draws down. We assume no further investment marks after H1-26’s net $50M — meaning we deliberately do not extrapolate the SpaceX gain. Effective tax rate 24% in FY2026E and 22% thereafter.

Net income and EPS. Net income of $2,784M in FY2026E (EPS $0.77, down from $1.08 in FY2025A), then $4,707M ($1.27), $8,981M ($2.38), $14,131M ($3.68) and $20,064M ($5.14) by FY2030E. Diluted shares rise from 3,520M to 3,900M as the CEO award and restricted shares vest. FY2030E EPS of $5.14 is the number our valuation anchors on, because no nearer year produces earnings that can support a serious multiple discussion.

Cash flow: the sharpest part of the story. Operating cash flow grows from $14,747M in FY2025A to $18,311M in FY2026E and $50,650M by FY2030E. Capex is $25,500M in FY2026E against a “>$25B” guide (H1 actual was $8,282M, implying roughly $17.2B in H2), then $24,000M, $22,000M, $21,000M and $22,000M — falling from 22% of revenue to 9.5%. Free cash flow: -$7,189M in FY2026E, +$1,413M in FY2027E, +$12,190M, +$21,178M and +$28,650M by FY2030E. The FY2026E burn is consistent with management’s guidance for negative free cash flow through year-end and is the single most important number in the near-term model.

Figure 8 — Free cash flow

Revenue by segment ($B):

Segment FY25A FY26E FY27E FY28E FY29E FY30E
Automotive 69.5 81.5 98.0 114.0 128.0 142.0
Services, FSD & Robotaxi 12.5 18.8 25.5 35.0 46.0 58.0
Energy generation & storage 12.8 13.6 17.5 22.0 27.0 32.0
Total 94.8 114.0 141.0 171.0 201.0 232.0
of which FSD + Robotaxi (est.) 2.1 3.6 6.5 11.0 17.0 24.0

Where we sit versus the street. Our FY2026E revenue of $114B is broadly in line with consensus following the Q2 beat; our FY2026E GAAP EPS of $0.77 is likely below consensus because we assume no further investment marks and model H2 gross margin below H1. Our FY2027E EPS of $1.27 is materially below the sell-side average, which we believe under-models the depreciation step-up from FY2026 capex. Few street models extend to FY2030E, so our $5.14 has no clean comparison — but it implies Tesla earning a 8.6% net margin on $232B of revenue, which is not a bearish assumption for a company at 11.4% operating margin.

Three assumptions to stress. First, capex duration — every additional year Tesla sustains $24B+ of capex pushes free-cash-flow breakeven out and adds roughly $2.5-3.0B to annual D&A two years later. Second, FSD and robotaxi revenue — every $5B of incremental FY2030E software revenue at a 60% incremental margin adds roughly $0.60 to FY2030E EPS, worth about $35 per share on a 57x exit multiple. Third, automotive gross margin — each 100 basis points on FY2030E automotive revenue is $1.4B of gross profit, or about $0.28 of EPS. These three sensitivities are the substance of the scenario fan in Section 5.

Figure 9 — R&D investment
Figure 10 — Capex & capital intensity

5 · Scenario Analysis

Tesla has the widest legitimate outcome distribution of any mega-cap equity we cover, and the scenario framework carries a 50% weight in our valuation precisely because that dispersion is the analytical problem. The sell-side illustrates the point: post-Q2-26 price targets run from $130 at Wells Fargo to $600 at Wedbush — a $470 spread on the same company, on the same disclosure, in the same week.

We hold three cases at 25% / 50% / 25%, blending to a Scenario Fair Value of $235.

Figure 11 — Scenario EPS: bull / base / bear

Bull — $500 (25% probability). Autonomy and robotics land on schedule.

Robotaxi unit economics prove out during 2027 and Tesla scales from thousands to hundreds of thousands of revenue-generating autonomous vehicles by 2030. Cybercab runs near or above its 125,000-unit installed capacity with a second facility. FSD attach extends beyond the current 55% of new North American deliveries and internationalises as regulatory approvals accumulate. Optimus begins external commercialisation in 2028 and contributes meaningful revenue by 2030. An affordable model arrives and reopens the volume segment BYD currently owns.

Financially: revenue compounds at 28.8% to approximately $335B by FY2030E, gross margin reaches 32% as software and fleet revenue mix up, operating income reaches roughly $67B, and diluted EPS reaches approximately $13.22. Free cash flow stays negative through FY2027E — the bull case spends more than our base case, not less, because success justifies acceleration — then turns sharply positive to roughly $44B by FY2030E.

Valuation: $13.22 of FY2030E EPS at a 55x exit multiple gives $727 in 2030, discounted 4.5 years at a 9% cost of equity — deliberately lower than our base-case discount rate, because a Tesla that has demonstrated robotaxi economics is a lower-risk business — for approximately $500 today. The 55x exit multiple is defensible in this case because a company growing 24% with Optimus still ahead of it would not be a terminal-multiple business in 2030.

Base — $190 (50% probability). Real growth, slow margin repair, autonomy arrives late.

This is the model detailed in Section 4. Revenue compounds 19.6% to $232B by FY2030E on Cybercab, Semi, Megapack 3 and a services line growing to $58B, of which we estimate $24B is FSD and robotaxi software. Gross margin recovers from 18.0% to 24.5% on mix. But $70B+ of 2026-27 capex arrives as depreciation — D&A tripling from $6.3B to $18.5B — so operating margin recovers only to 11.4% by FY2030E, below the ~17% of FY2022. Free cash flow is -$7.2B in FY2026E, +$1.4B in FY2027E, and does not reach a comfortable level until FY2028E. Diluted EPS: $0.77 → $1.27 → $2.38 → $3.68 → $5.14.

Robotaxi in this case becomes a genuine business but on a slower curve — meaningful revenue from 2028 rather than 2027 — and Optimus remains largely an internal tool through the window, generating limited external revenue.

Valuation: $5.14 of FY2030E EPS at a 57x exit multiple gives $292 in 2030, discounted 4.5 years at 10% for approximately $190 today. We should be explicit that 57x is a generous base-case exit multiple by any conventional standard — we apply it because even in the base case Tesla in 2030 would still hold unmonetised autonomy and robotics optionality, and because Tesla has persistently traded well above conventional multiples. A more orthodox 35x exit produces $117 per share. Cross-check: FY2030E EBITDA of $44.9B at 22x plus net cash, discounted identically, gives roughly $172 — consistent range.

Bear — $60 (25% probability). The capex lands and the autonomy revenue does not.

Robotaxi fails to demonstrate economics that survive insurance, remote-supervision and depreciation loading, or regulatory expansion stalls after a safety event. Optimus slips past 2029 for external revenue. BYD and Chinese competition compress automotive pricing further while the affordable model remains undelivered. Energy tariff pressure persists. Crucially, the 2026-27 capex is already spent in this case — Tesla carries $18B+ of annual depreciation against an automotive business growing high single digits.

Financially: revenue compounds only 10.7% to approximately $158B by FY2030E, gross margin recovers only to 21.5%, operating income reaches roughly $11.2B (7.1% margin), and diluted EPS reaches approximately $1.94. Free cash flow is deeply negative in FY2026E and FY2027E before recovering modestly as capex is cut back to $15-16B.

Valuation: $1.94 of FY2030E EPS at a 37x exit multiple gives $72 in 2030; discounted at 10% and adding roughly $20 per share for residual net cash and the energy franchise gives approximately $60 today. Note that even the bear case applies a growth multiple — we are not modelling Tesla as a 9x automaker, because the brand, the fleet, the charging network and the balance sheet retain real value in any scenario short of catastrophe.

The blend, and what it means.

Scenario Probability Value/share FY30E revenue FY30E EPS Exit multiple
Bull 25% $500 ~$335B ~$13.22 55x @ 9%
Base 50% $190 $232B $5.14 57x @ 10%
Bear 25% $60 ~$158B ~$1.94 37x @ 10% + residual
Weighted 100% $235

The blend is $235, about 25% below the $313 price. But the more useful way to read the table is as an asymmetry statement. At $313, an investor is paying above the bull-case-adjusted midpoint — the price sits 63% of the way from base to bull. If the bull case is right you make roughly 60%. If the base case is right you lose roughly 39%. If the bear case is right you lose roughly 81%. A 25/50/25 distribution across those outcomes has a negative expected value at today’s price, and that is the whole of our argument.

Probability honesty. Our 25% bull probability is a judgement, not a calculation, and it is the single input most likely to be wrong. A reasonable investor who believes Tesla’s camera-only architecture is decisively ahead of Waymo’s, and that Optimus is closer than management’s own cautious language implies, could hold 40% on the bull case — which produces a Scenario Fair Value near $290 and a Neutral view. We would not argue that person is being unreasonable. What we would argue is that arriving at $313 or higher requires either a bull probability above 50%, or a base case materially better than a company earning $5.14 in 2030. Neither is supported by anything Tesla has disclosed.

Figure 12 — Fair value by scenario

6 · Valuation — and the Lab

Our valuation triangulates five methods and reaches a Scenario Fair Value of $235, roughly 25% below the $313.03 price. The most important thing to say about the exercise is methodological: on Tesla, the discounted cash flow model does not work, and we would rather report that than tune it until it agrees with the market.

Method 1: DCF (mid-cycle FCF perpetuity) — $48 to $104, base $64. Weight: 10%.

Discount rate: WACC of 12.7%, built from a cost of equity of 13.2% (risk-free 4.45% + beta 1.75 × ERP 5.0%) at 94% equity weight, plus after-tax cost of debt of 4.3% at 6% weight. The 1.75 beta is already generous — Tesla’s realised beta has run between 1.9 and 2.3 — and we flag that because the discount rate is itself a live argument on this name. Terminal growth: 4.5%, high relative to a mature company and justified by the autonomy and robotics runway beyond 2030.

Explicit-period unlevered free cash flow is negative in FY2027E (-$4,225M) before turning positive: +$6,542M in FY2028E, +$15,191M in FY2029E, +$22,207M in FY2030E. Present value of the explicit period: approximately $25.8B. Normalised mid-cycle unlevered FCF of $24,000M at end-FY2030 gives a terminal value of $307B, present value $190.6B. Enterprise value $216.4B, plus $27B of net cash, over 3,800M diluted shares = $64 per share.

Terminal value is 88% of enterprise value. That is the finding, and it fails the standard 70% sanity check by a wide margin. A DCF in which nine-tenths of the answer sits beyond the explicit forecast is not a valuation; it is a restatement of the terminal assumption. This tells us the method has broken down for a company whose cash flows are negative today and whose value is genuinely optional — it does not tell us Tesla is worth $64. We therefore weight it 10% and report it as evidence about the character of the valuation rather than as a target.

Figure 13 — DCF build: EV → equity

The sensitivity grid in the Lab below makes the point better than prose can. Across WACC from 10.5% to 14.5% and terminal growth from 3.5% to 5.5% — a wide, generous range — every single cell falls between $48 and $104. There is no discount-rate assumption within the bounds of reason that produces $313 from mid-cycle cash flows.

Method 2: DCF with exit multiple — $67 to $115, base $91. Weight: 10%.

Blending the perpetuity terminal with an exit multiple on mid-cycle EBITDA (average FY2028-30E EBITDA of $35.6B) at 14x to 22x produces $67 to $115 per share across a normalised-FCF range of $12B to $36B. To reach $313 on this method you would need mid-cycle unlevered FCF near $36B — that is, FY2030E free cash flow treated as permanent and achieved four years early — combined with a 22x exit multiple. That is the bull case restated as a cash-flow requirement, and stating it that way is more informative than the point estimate.

Method 3: FY2030E EV/EBITDA — $143 to $220. Weight: within the P/E block.

FY2030E EBITDA of $44,937M at 18x to 28x, plus net cash, over 3,900M shares, discounted 4.5 years at 10%, gives $143 to $220 per share. The 18-28x range brackets high-quality growth compounders; Tesla’s current TTM EV/EBITDA is above 100x on our numbers, against 25x on FY2030E EBITDA.

Method 4: FY2030E P/E — $151 to $234, base $190. Weight: 30%.

FY2030E EPS of $5.14 at 45x to 70x, discounted 4.5 years at 10%, gives $151 to $234 per share, with our 57x base case at $190. We use FY2030E rather than FY2026E or FY2027E because the near years are deliberately depressed by the investment cycle — FY2026E EPS of $0.77 at any sane multiple produces a number nobody would publish. Applying a forward multiple to a trough year would be the analytical error the bull case correctly warns against, so we go out to the year where the model shows normalised earnings power.

At $313, Tesla trades at roughly 61x our FY2030E EPS — four years forward — and approximately 290x trailing GAAP EPS of $1.08. The auto and mobility peer block trades at 5x to 16x forward earnings. No multiple applied to any year we can model reaches the market price.

Figure 14 — Peer multiples: fwd P/E vs growth (PEG view)
Figure 15 — Comps: fwd P/E vs market cap

Method 5: Scenario range — $60 to $500, weighted $235. Weight: 50%.

Detailed in Section 5: 25% bull at $500, 50% base at $190, 25% bear at $60. This method carries the highest weight because Tesla’s outcome distribution, not its central estimate, is the actual analytical problem — the street’s own $130 to $600 target range makes that concrete.

Method weighting and the football field. We weight 10% DCF perpetuity / 10% DCF exit multiple / 30% FY2030E P/E / 50% scenario, arriving at $235. The football field below is the single most useful exhibit in this report: $313 sits above the high end of four of the five method ranges. It falls inside only the scenario range, and there only because the bull case is inside it. That is the visual signature of a stock priced on option value rather than on modelled earnings.

Figure 16 — Valuation football field

Which multiples to actually trust for TSLA

Tesla has eight years of weekly history for seven standard valuation ratios in the kaamos bands data. This sub-section says which we use and why — and it contains the one finding in this report that argues against our own conclusion.

The uncomfortable result first. Tesla is not expensive against its own history. Price-to-sales sits roughly 0.9σ above its eight-year mean. Price-to-book sits almost exactly at its mean. EV/EBITDA is only about 0.3σ above. An investor whose framework is historical mean reversion would look at these bands and conclude Tesla is unremarkable, and on that framework they would be right. We are reporting this prominently rather than burying it because a report that only shows the evidence supporting its conclusion is not research.

Our answer is that Tesla’s eight-year history is itself a history of paying for a future that had not yet arrived. The mean of a series that has always embedded enormous option value is not a valuation floor — it is the average price of the same optimism. Mean reversion tells you where sentiment has typically sat; it cannot tell you whether the option is worth what sentiment paid. That is why the bands inform this report and do not drive it, and why the scenario framework carries 50% weight instead.

Primary — Price/Sales. The only multiple on Tesla with a stable denominator. Diluted EPS has swung from $4.30 (FY2023A, inflated by a $5.9B one-off tax release) to $2.04 to $1.08 in two years on tax one-offs, credit expiry and a deliberate investment cycle — so P/E bands are noise. Revenue is the one line that has compounded through all of it. At roughly 11x trailing sales Tesla sits near the top of its post-2022 range and about 0.9σ above the eight-year mean: expensive, but not the outlier the earnings multiples imply. Read this as the least-distorted measure of what you pay per dollar of business.

Primary — EV/EBITDA (TTM). The bridge between the revenue story and the cash-flow problem. EV/EBITDA captures the operating engine before the capex decision, which is exactly the split this report cares about: the business generating EBITDA is fine, and the capital being spent against it is the question. Above 100x trailing on our numbers against roughly 25x on FY2030E EBITDA of $44.9B, the ratio quantifies how much growth must be delivered before the multiple looks ordinary. The band sits only ~0.3σ above its mean because the mean itself is extraordinary.

Secondary — Price/Book. Included because it is the counter-argument, and because a z-score near zero deserves an explanation rather than an omission. Tesla’s book equity of $86.9B is growing quickly — precisely because $25B a year of capex is capitalising onto the balance sheet — so P/B mechanically compresses as the company spends. A flat P/B therefore measures how much has been invested, not how cheap the stock is. Book value would only become a meaningful anchor if returns on that capex disappointed and assets were impaired, which is the bear case rather than the base case.

Why we excluded the rest. Trailing P/E is roughly 290x on TTM diluted EPS of $1.08, and the eight-year band carries a standard deviation of 371 against a mean of 177 — arithmetically meaningless. P/FCF is undefined on a negative denominator: free cash flow was -$1,092M in Q2-26 and we model -$7,189M for FY2026E. P/CF would flatter Tesla by excluding exactly the capex this report is about — on this name the gap between operating and free cash flow is the story. Dividend yield is a flat zero and will stay there given negative free cash flow and a $30B borrowing programme.

The band charts below show each selected ratio with its ±1σ and ±2σ envelope around the eight-year mean and the current reading marked. One timing caveat: the snapshot predates the 23 July 2026 de-rating, so current readings are roughly 20% higher than where the ratios sit at $313.03.

Analyst-target reference. Post-Q2-26 sell-side targets run from $130 (Wells Fargo) to $600 (Wedbush), against a Hold consensus across roughly 26 analysts and a pre-earnings median near $462. Our $235 Scenario Fair Value sits below the consensus average and well above the Street low. We think the bulls are capitalising robotaxi and Optimus as resolved when no unit economics have been disclosed; we think the $130 bears are under-crediting a genuinely re-accelerating revenue line, a $34B net cash position and a real chance the strategy works. Our number is deliberately closer to the middle of the plausible range than the headline “-25%” implies.

Figure 17 — Street price-target range (peer reference)

What changes this valuation. Three disclosures would move us materially and quickly: robotaxi unit economics at scale (revenue per vehicle-mile, fleet utilisation, cost per mile including depreciation and remote supervision), Optimus revenue from external customers, or automotive gross margin back above 20% with free cash flow positive. The first is the most valuable, because it converts an unmodellable option into a business an analyst can underwrite — at which point the DCF might start working again and our 10% weight on it would rise. We would also turn constructive on price alone in the $180-200 range, where the bear case is substantially discounted.

INTERACTIVE · VALUATION LAB Move the assumptions — watch the value
DCF value / share
$64.0
−80% vs price $313.03
Drag the assumptions. The grid highlights your position. Hit Reset to return to the analyst’s published inputs.
Figure 18 — DCF sensitivity ($/share)

Lab parameters at print time: WACC = 12.7%, terminal growth = 4.5%, scenario = Base, DCF value / share = $64.0.

Historical valuation bands — which multiples to actually look at

The uncomfortable finding for a Cautious view: Tesla is NOT expensive against its own history. P/S sits ~0.9σ above its 8-year mean and P/B almost exactly at it. That is precisely why we do not lean on the bands here — Tesla's eight-year history is itself a history of paying for a future that had not arrived. Mean-reversion to that mean is not a valuation floor.

Price / Sales primary

The only multiple with a stable denominator on this name. Tesla's earnings have swung from $4.30 to $1.08 diluted EPS in two years on tax one-offs, credit expiry and an investment cycle, so P/E bands are noise. Revenue is the one line that has compounded through all of it. At roughly 11x trailing sales Tesla sits near the top of its post-2022 range and about 0.9σ above the 8-year mean — expensive, but not the outlier the earnings multiples suggest. Read this as the least-distorted 'what am I paying per dollar of business' measure available.

Current8y meanZ-score
15.36x 10.16x +0.88σ
Figure 19 — Historical Price / Sales — vs ±1σ / ±2σ bands

EV/EBITDA (TTM) primary

The bridge between the revenue story and the cash-flow problem. EV/EBITDA captures the operating engine before the capex decision, which is exactly the split this report cares about: the business generating EBITDA is fine, and the capital being spent against it is the question. TTM EV/EBITDA above 100x on our numbers, against roughly 25x on FY2030E EBITDA of $44.9B, quantifies how much growth has to be delivered before the multiple looks ordinary. The band sits only ~0.3σ above its mean because the mean itself is extraordinary.

Current8y meanZ-score
110.47x 89.45x +0.32σ
Figure 20 — Historical EV/EBITDA (TTM) — vs ±1σ / ±2σ bands

Price / Book secondary

Included because it is the counter-argument, and because a z-score near zero deserves an explanation rather than an omission. Tesla's book equity of $86.9B is growing fast — precisely because $25B/yr of capex is capitalising onto the balance sheet — so P/B mechanically compresses as the company spends. That makes a flat P/B a measure of how much has been invested, not of how cheap the stock is. Book value would only become a meaningful anchor if the returns on that capex disappointed and the assets were impaired, which is the bear case, not the base case.

Current8y meanZ-score
17.88x 17.88x +0.00σ
Figure 21 — Historical Price / Book — vs ±1σ / ±2σ bands
Why we excluded the other multiples for this name
  • PE: Trailing P/E is roughly 290x on TTM diluted EPS of $1.08, and the 8-year band has a standard deviation of 371 against a mean of 177 — the series is arithmetically meaningless. Forward P/E of ~151x is not much better when FY2026E EPS is itself depressed by a deliberate investment cycle.
  • PFCF: Free cash flow was -$1,092M in Q2-26 and we model -$7.2B for FY2026E. A price-to-FCF multiple on a negative denominator is undefined, and the 8-year band (mean 146x, sd 257x) shows the series has never been stable enough to inform anything.
  • PCF: Operating cash flow is real and growing, but on this name the gap between OCF and FCF *is* the story. Using P/CF would flatter Tesla by excluding exactly the $25B of capex the report is about.
  • DIV/YIELD: Tesla has never paid a dividend and, with negative free cash flow and a $30B borrowing programme, will not initiate one on this horizon. The band is a flat zero.

7 · Company

Tesla, Inc. (NASDAQ: TSLA) is the world’s most valuable automaker and, increasingly, a company that resists that description. At the current $313.03 share price it carries roughly $1.18 trillion of market capitalisation against FY2025 revenue of $94.8B and FY2025 net income of $3.8B. Those three numbers cannot be reconciled by any conventional automotive framework, and the company does not ask investors to try. Tesla’s own framing — restated in the Q2-26 shareholder letter — is that “hardware-related profits” will be “accompanied by an acceleration of AI, software and fleet-based profits.” The entire investment question is whether that second clause arrives, when, and at what margin.

The business reports in three segments. Automotive ($69.5B in FY2025, 73% of revenue) sells Model 3 and Model Y at volume from four plants — Fremont, Shanghai, Berlin and Austin — with Cybertruck, Cybercab and a forthcoming Semi at much smaller scale. Energy generation and storage ($12.8B, 13%) sells Megapack utility-scale batteries and Powerwall residential units, and is the fastest-growing hardware line by volume: 46.7 GWh deployed in FY2025, up 49%. Services and other ($12.5B, 13%) is a mixed bucket — Supercharging, insurance, used-vehicle sales, parts, merchandise, and the FSD software subscription — and is the segment that grew fastest in Q2-26 at +50% year over year.

The segment mix understates how much the story has moved. In FY2025 automotive revenue fell 10% while energy rose 27% and services rose 19%. In Q2-26 automotive recovered to +23% but services grew 50% and now runs at a $18.3B annualised rate. In our base case, services and energy together grow from 26% of revenue in FY2025A to 39% by FY2030E. The company that reported a 9% decline in deliveries in 2025 is not the same company that reported a 25% increase in Q2-26, and neither is quite the company the market is pricing.

Geographically Tesla discloses only the United States, China and “other” in its 10-K, which is unhelpfully coarse for a business with four continental manufacturing footprints. Our estimated ship-to mix is approximately 47.5% United States, 20.5% mainland China, 17.5% Europe, 7% other Asia-Pacific, and the balance in Canada, Mexico and rest of world. China matters disproportionately for two reasons beyond its revenue share: Shanghai is Tesla’s highest-volume and lowest-cost plant at over 950,000 units of installed annual capacity, and BYD — Tesla’s only genuine competitor at scale — is a Chinese company with roughly 22% of global battery-electric volume against Tesla’s 15%.

Leadership is unusually concentrated. Elon Musk has been CEO since 2008, holds approximately 19.9% of the stock beneficially, and received a 2025 CEO Performance Award of 423,743,904 shares. Vaibhav Taneja has been CFO since 2023 and now owns the two most consequential disclosures at the company: the FY2026 capex guide of more than $25B and the warning that free cash flow stays negative through year-end. Ashok Elluswamy, Vice President of AI Software, runs both Autopilot/FSD and — following Milan Kovac’s departure — the Optimus humanoid programme. That is a remarkable concentration of thesis-critical responsibility in one executive, and worth watching.

The balance sheet is genuinely strong and this deserves emphasis in a report with a Cautious view. As of 30 June 2026 Tesla held $43.5B of cash and short-term investments against $9.3B of total debt and finance leases — a net cash position of roughly $34B, or about $9 per share. Total stockholders’ equity was $86.9B. Tesla can comfortably fund the announced investment programme; management has additionally indicated a willingness to borrow up to $30B to accelerate it. Tesla is not a company at financial risk. Nothing in this report should be read as a solvency argument. The question is narrower and harder: what earnings power should be capitalised, on what horizon, and at what multiple.

One accounting detail belongs in the overview because it recurs throughout this report. In Q1-26 Tesla purchased $2,002M of SpaceX equity — an unlisted company with the same chief executive. In Q2-26 it recognised a $1,005M unrealized gain on that holding, which is why GAAP net income of $1,114M exceeded operating income of $398M. The disclosure is clear and the accounting is permitted. But it means the headline GAAP EPS of $0.32 for the quarter was roughly $0.07 on an operating basis, and it establishes a precedent of Tesla’s reported earnings depending partly on its own valuation of a related private company.

The remainder of this report works through that in order. Section 2 sets out the four thesis pillars. Section 3 reads the financial record, including the Q2-26 print in detail. Sections 4 and 5 build the forward model and the scenario fan around it. Section 6 triangulates valuation and explains why we deliberately de-weight the DCF. Sections 7 and 8 supply the competitive and market context and the downside cases.

Elon Musk — Chief Executive Officer
CEO since 2008 and the reason both the bull and bear cases exist. Holds ~19.9% beneficially; the 2025 CEO Performance Award adds 423.7M shares to the dilution overhang. Attention is split across xAI, SpaceX, X and Neuralink.
Vaibhav Taneja — Chief Financial Officer & Chief Accounting Officer
CFO since 2023, at Tesla since the 2017 SolarCity acquisition. Owns the two numbers that define 2026: the >$25B capex guide and the warning that free cash flow stays negative through year-end.
Ashok Elluswamy — Vice President, AI Software
Runs Autopilot and FSD, and took over the Optimus programme after Milan Kovac's departure. The single most thesis-critical executive at the company — the entire premium above ~$100/share rests on his two programmes.

Business mix & divisional economics

Division FY25A rev FY30E rev CAGR Est. op margin
Automotive (sales + leasing + credits) $69.5B $142.0B +15% ~0.1%
Services, FSD & Robotaxi $12.5B $58.0B +36% ~0.12%
Energy generation & storage $12.8B $32.0B +20% ~0.16%
Figure 22 — Revenue mix by division (share over time)
Products & ServicesModel 3/Y at volume, Cybercab in production, Semi and Optimus arriving — and FSD as the only software line

Tesla’s product line divides cleanly into what is shipping in volume today, what is starting production now, and what is still a promise. The valuation depends almost entirely on the third category, which is why it is worth being precise about which is which.

Shipping at volume. Model 3 and Model Y are the business. In Q2-26 they accounted for 442,936 of 451,758 units produced and 467,762 of 480,126 delivered — 97% of volume. Installed annual capacity across the four vehicle plants is roughly 2.13 million units: Shanghai above 950,000, California above 550,000, Berlin above 375,000, and Austin above 250,000 for Model Y. The Model Y L, a longer variant, began first builds at Giga Texas during Q2-26 and is now available in the United States. This is a mature, competent, high-volume manufacturing operation, and in the quarter just reported it ran at roughly 85% of installed capacity — management described the constraint as electronics and battery supply rather than demand.

Starting production now. Four programmes moved from promise to plant in the last two quarters, and this is the strongest operational evidence in the bull case. Cybercab, the purpose-built two-seat autonomous vehicle with no steering wheel, entered continuous production at Giga Texas in April 2026, with installed capacity listed above 125,000 units; over 100 production units have been observed and employee autonomous rides were completed by July. Optimus first-generation production lines are installed at Fremont, with initial manufacturing runs guided to Q3-26 feeding an internal “Optimus Academy” for training-data collection. Tesla Semi has a factory in commissioning in Nevada with production targeted for end-2026. Megapack 3 remains on schedule for 2026 production, alongside a Megapack plant in Texas now commissioning and 40 GWh of installed Megapack capacity in California plus 20 GWh in Shanghai.

Still a promise. Cybercab has produced test units but has no announced customer delivery date and cannot legally drive itself unsupervised in most jurisdictions. Optimus has no external sales timeline, no pricing, and — per management — remains “one of their greatest engineering challenges,” with engineering samples expected in Q4-26 and volume production following in 2027. The next-generation Roadster is in design development. An affordable model below the Model 3 has been discussed for years and received no timeline on the Q2-26 call. Cybertruck’s listed capacity was reduced from 300,000 to 125,000 units, which is a quiet acknowledgement that the programme did not scale as intended.

Figure 23 — Revenue by driver

The software product is the one that matters, and it is small. Full Self-Driving (Supervised) is Tesla’s only meaningful software line. Active subscriptions reached 1.48 million exiting Q2-26, up 56% year over year, and management disclosed that over 55% of new North American deliveries included an FSD subscription at purchase — a genuinely strong attach rate. Cumulative FSD miles approach 12 billion. Robotaxis are running FSD V15, described as carrying seven major improvements over V14. Against roughly 9.7 million cumulative vehicles delivered, however, 1.48 million subscriptions is a 15% penetration of the installed fleet, and we estimate total FSD plus robotaxi revenue at approximately $3.6B in FY2026E — about 3% of total revenue. The software business is real, growing fast, and currently a rounding error against a $1.18 trillion market capitalisation.

Figure 24 — Robotaxi + FSD software revenue ramp (est.)

Energy is the underrated product line with a deteriorating margin. Storage deployments reached 13.5 GWh in Q2-26, the second-highest quarter in company history and up 41% year over year. Yet segment revenue grew only 13% to $3,139M, and gross margin collapsed from 39.5% to 20.4% on tariffs. That combination — volumes up 41%, revenue up 13%, margin down nearly 20 points — describes a business whose pricing and cost structure both moved against it in a single quarter. Megapack 3 and the new Texas plant should help on cost; the tariff exposure is a policy variable Tesla does not control. We model energy revenue growing from $12.8B in FY2025A to $32B by FY2030E, a 20% CAGR, with margins recovering only partially.

One structural point ties the product line to the financials. Tesla’s product strategy is now explicitly to build capacity ahead of demonstrated demand — Cybercab before autonomy is legal, Optimus lines before a customer exists, Semi before the fleet is large enough to justify autonomy investment. Management’s own framing on the Q2-26 call was to spend “as fast as it can, without it being wasteful.” That is a coherent strategy for a company that believes it is racing to a step-change. It is also the direct cause of the 1.4% operating margin and the negative free cash flow, and it means the product roadmap and the earnings problem are the same fact viewed from two angles.

Customers & Go-to-Market9.7M cumulative vehicles delivered; 1.48M FSD subscribers; the fleet is the data asset

Tesla’s customer base is best understood as three overlapping populations with very different economics: vehicle buyers, software subscribers, and — prospectively — riders who never buy anything at all.

Vehicle buyers: 9.7 million cumulative and finally growing again. Cumulative deliveries reached 9.7 million units exiting Q2-26, up 21% year over year on the metric as defined in the 2025 CEO Performance Award (which includes unsupervised robotaxis placed into commercial operation). The demand picture reversed sharply between 2025 and 2026. FY2025 deliveries fell 9% to 1,636,129, with Q4-25 down 16% year over year. Q2-26 delivered 480,126 units, up 25% and a Q2 record, and management stated Tesla exited the quarter with its largest order backlog in history, describing itself as production-constrained on electronics and batteries rather than demand-constrained. Global inventory fell from 27 days of supply at the end of Q1-26 to 15 days at the end of Q2-26.

That inventory swing deserves attention because it flatters the delivery number. Q2-26 production was 451,758 units against 480,126 delivered — Tesla shipped roughly 28,000 more vehicles than it built, drawing down the inventory that had accumulated in Q1-26 when it produced 408,386 and delivered only 358,023. Over the two quarters combined, production of 860,144 against deliveries of 838,149 is a much less dramatic picture than Q2 alone suggests. Q3-26 deliveries are therefore capped by production, not demand, and face a hard comparison: Q3-25 delivered 497,099 units because the $7,500 federal EV tax credit expiring on 30 September 2025 pulled demand forward.

Software subscribers: 1.48 million, attaching well, monetising thinly. Active FSD subscriptions grew 56% year over year to 1.48 million, and over 55% of new North American deliveries included an FSD subscription at purchase. Both figures are genuinely strong and represent the best evidence that Tesla can convert hardware buyers into recurring software revenue. The caveats are that 1.48 million represents roughly 15% penetration of the cumulative delivered fleet, the metric as defined includes both upfront purchases and monthly subscriptions, and unresolved product debt persists — Hardware 3 owners, who paid for FSD capability years ago, still lack a disclosed implementation plan. We estimate FSD and robotaxi software revenue at roughly $3.6B in FY2026E, growing to $24B by FY2030E in our base case, which would take software from 3% to about 10% of revenue.

Riders: approximately 2.5 million cumulative paid miles. This is the population the valuation depends on and the one that barely exists yet. Unsupervised robotaxi service is live in seven metropolitan areas — Austin, Dallas, Houston, Miami, Orlando and Tampa among them — with preparations continuing for Phoenix and Las Vegas. Cumulative paid miles reached approximately 2.5 million and management is targeting 10% weekly growth domestically, with an “impeccable safety record” claimed across 380,000 miles with no notable incidents. To put 2.5 million cumulative miles in perspective: a single Uber driver working full time covers roughly 30,000 to 40,000 paid miles per year. Tesla’s entire cumulative robotaxi history is equivalent to roughly 65 driver-years. It is early in the way that genuinely new businesses are early, and the safety record so far is a real asset — but there is no disclosed revenue per mile, fleet utilisation figure, or cost per mile, which means the unit economics that justify the market capitalisation cannot currently be underwritten by an outside analyst.

Supporting infrastructure as a customer moat. Tesla operated 8,704 Supercharger stations with 82,357 connectors exiting Q2-26, up 18% and 17% respectively. This is the largest fast-charging network in the world, is now partially opened to other manufacturers under the NACS standard, and generates services revenue while raising switching costs for existing owners. It is one of the clearest durable competitive advantages Tesla holds and is unaffected by anything in our valuation argument.

Concentration and mix. Tesla has no customer concentration risk in the conventional sense — it sells to millions of retail consumers. The relevant concentration is geographic and model-level: two vehicle models generate 97% of unit volume, and roughly 68% of revenue comes from the United States and mainland China combined. A demand shock in either market, or a competitive product that specifically attacks the Model 3/Y price band, has an outsized effect. The energy business does carry genuine customer concentration — Megapack sales are to utilities and large developers in lumpy multi-hundred-megawatt-hour orders, which is part of why energy revenue growth (13% in Q2-26) can diverge so far from deployment growth (41%).

The through-line for the thesis: Tesla’s vehicle customer relationships are healthy and re-accelerating, its software attach rate is improving faster than we would have expected, and its rider population is real but roughly four orders of magnitude smaller than it needs to be to support the current price. Sections 4 and 5 put dates and numbers on how quickly that third population would have to scale.

Industry OverviewA maturing global BEV market plus an autonomy market that does not exist yet

Tesla operates at the intersection of three industries with radically different structures: a maturing global battery-electric vehicle market, a grid-storage market growing faster than anyone can build capacity for, and an autonomous mobility market that does not yet meaningfully exist. Understanding the thesis requires holding all three at once, because Tesla’s valuation is set by the third while its cash flows come from the first two.

Battery-electric vehicles: growth intact, economics compressing. Global BEV market value has roughly tripled from an estimated $390B in CY2022 to approximately $690B in CY2025, and we model continued growth to about $1.02 trillion by CY2028. But the character of that growth has changed. Between 2020 and 2022, EV demand exceeded supply and manufacturers earned scarcity rents — Tesla’s operating margin peaked near 17% in 2022. Since 2023 capacity has caught up, Chinese manufacturers have driven aggressive price competition, and industry pricing has compressed continuously. Tesla’s own operating margin fell from 17% in FY2022 to 9.2% in FY2023, 7.2% in FY2024, 4.6% in FY2025, and 1.4% in the quarter just reported. That is a five-year trajectory, not a one-quarter event, and it reflects an industry transitioning from scarcity to competition.

Figure 25 — Global battery-electric vehicle market value ($B)

The policy tailwind has reversed, and this is structural. The single most important industry change in the last twelve months is fiscal. The $7,500 United States federal EV tax credit expired on 30 September 2025, and a change in federal law zeroed out the penalties automakers pay for missing corporate average fuel economy standards. The first change removed a direct consumer subsidy; the second destroyed the market for regulatory credits, because manufacturers who previously bought credits from Tesla to avoid fines no longer face fines. Tesla’s regulatory-credit revenue fell 67% year over year to $146M in Q2-26, the lowest in years. This revenue carried close to a 100% gross margin. For context, credits contributed roughly $2.8B in FY2025 — meaning a business line worth nearly two thirds of FY2025 operating income has largely evaporated for structural, not cyclical, reasons. Separately, tariffs drove Tesla’s energy gross margin from 39.5% to 20.4% in a single year.

Grid storage: the best industry Tesla is in. Global demand for utility-scale battery storage is being driven by two forces that are not slowing — renewable intermittency requiring firming capacity, and data-centre load growth requiring grid reinforcement. Tesla deployed 46.7 GWh in FY2025, up 49%, and 13.5 GWh in Q2-26 alone, up 41%. Installed Megapack capacity is 40 GWh in California and 20 GWh in Shanghai with a Texas plant commissioning. The industry problem is that this is a manufactured commodity with Chinese competition (CATL, BYD, EVE) and, currently, adverse tariff economics. Volume growth of 41% translating to revenue growth of 13% is the signature of a market where Tesla is winning share and losing price simultaneously.

Autonomous mobility: a market being created, with two credible participants. This is where the valuation lives, and the honest characterisation is that commercial robotaxi service exists at demonstration scale in a handful of American metros operated by two companies. Alphabet’s Waymo is the established leader by paid-mile volume and operates in more markets with a fully driverless product built on lidar-heavy sensor suites and high-definition mapping. Tesla’s approach — camera-only, no lidar, no pre-mapping, running the same neural network stack across a fleet of millions — is architecturally different and, if it works, radically more scalable: Waymo has to build and deploy expensive vehicles city by city, while Tesla in principle can enable a fleet it has already sold. That scalability argument is the entire bull case, and it is genuinely strong in theory.

What the industry lacks is a demonstrated unit economic model. No participant has publicly disclosed revenue per vehicle-mile, fleet utilisation, cost per mile including depreciation and remote supervision, insurance loading, or the cost of the regulatory approval process per market. Regulation remains state-by-state in the United States and considerably more restrictive elsewhere; Tesla received FSD (Supervised) approval in the Netherlands only in April 2026. An industry where the leading participants have not disclosed unit economics after several years of operation is an industry where an outside analyst cannot responsibly capitalise the outcome — which is exactly why our approach is to probability-weight scenarios rather than to model a single autonomy revenue line and discount it.

Humanoid robotics: pre-industry. Optimus is targeted at what Musk has called potentially “the biggest product ever,” and there is no serious way to size it today. Competing programmes exist at Figure, Agility, Unitree and within Chinese state-backed efforts, but no participant has an external commercial product at scale. Tesla’s stated path is internal deployment first, then external commercialisation in 2027. We assign it real value in our bull case and almost none in our base case, which is a statement about evidence rather than about ambition.

The industry conclusion that drives our view: Tesla’s two cash-generating industries are growing in volume while compressing in economics, its policy subsidies have structurally reversed, and its two potentially transformative industries have no disclosed unit economics. That combination argues for owning the company at a price that pays for the cash-generating businesses and treats the transformative ones as free optionality. At $313, the pricing is the other way around.

Competitive LandscapeBYD on price and volume, Waymo on autonomy, legacy OEMs on nothing much

Tesla faces three separate competitive contests, and its position in each is different enough that a single “competitive advantage” statement would be misleading.

Against BYD, on volume and cost: Tesla is losing, and this is the underrated risk. BYD produces roughly 22% of global battery-electric volume against Tesla’s approximately 15%, is vertically integrated further up the stack (it makes its own cells, semiconductors and increasingly its own ships), and trades at about 15x forward earnings on 24% growth while remaining consistently profitable. BYD’s structural advantage is a cost base built for a price point Tesla does not currently serve: it sells profitably in segments below the Model 3, in markets — Southeast Asia, Latin America, increasingly Europe — where Tesla’s cheapest vehicle is priced above the volume band. Tesla’s answer has been an affordable model discussed for several years, which received no timeline on the Q2-26 call. Until it exists, Tesla competes for the top slice of a market BYD is taking from underneath.

Figure 26 — Global battery-electric vehicle share (CY25, est.)

Against legacy OEMs, on the automotive business: Tesla is winning comfortably, and it barely matters. General Motors trades at approximately 5x forward earnings with revenue down 1%. Ford trades at roughly 8x with EV losses still cross-subsidised by internal-combustion and fleet operations. Toyota, the most profitable automaker in the world by absolute operating income, trades at about 9x on a hybrid-led strategy that has proven commercially shrewd. None of these companies is a competitive threat to Tesla’s electric franchise in the way BYD is, and several have retreated from announced EV targets. But the read-across is uncomfortable rather than reassuring: this is what the market pays for the business of building and selling cars, even when that business is executed well. Toyota earns roughly a 10% operating margin — better than Tesla has managed in any year since 2022 — and receives a 9x multiple. Tesla’s automotive segment cannot be the source of a 151x forward multiple, which is precisely why the argument has to be about something else.

Against Waymo, on autonomy: genuinely contested, with different architectures and different risks. Alphabet’s Waymo is ahead on cumulative driverless paid miles, operates a fully driverless commercial service across more markets, and sits inside a company generating enormous free cash flow that can fund the programme indefinitely — Alphabet trades at 24x forward earnings with Waymo effectively free inside it. Waymo’s approach uses lidar, radar and cameras with high-definition prior mapping, which produces high reliability per market at high cost per market and per vehicle.

Tesla’s approach is camera-only, without lidar or pre-mapping, running one neural network across a fleet of millions of customer-owned vehicles that generate training data continuously — roughly 12 billion cumulative FSD miles. If this works, the scaling economics are structurally superior to Waymo’s by a wide margin, because Tesla enables vehicles it has already sold rather than building and deploying purpose-built ones city by city. That is the strongest argument in the bull case and we do not dismiss it. The counter-arguments are that Tesla is behind on demonstrated unsupervised miles (approximately 2.5 million cumulative paid, versus Waymo’s substantially larger base), that camera-only perception has a heavier burden of proof with regulators after several years of driver-assistance investigations, and that Tesla has disclosed no unit economics while Waymo at least operates inside a parent with obvious capacity to absorb losses. Uber, at 16x forward earnings, is the third participant by a different route — it aggregates demand and can partner with whoever wins the supply side, which makes it a useful reminder that owning the autonomy stack is not automatically the same as owning the profit pool.

On energy storage: fragmented, commoditising, Chinese-advantaged. Tesla’s Megapack competes with CATL, BYD, EVE, Fluence, Sungrow and a growing field. Tesla’s advantages are software integration (Autobidder for energy-market participation), brand credibility with utilities, and scale. Its disadvantage is cell cost against Chinese incumbents and, currently, tariffs — which took segment gross margin from 39.5% to 20.4% while deployments grew 41%. First Solar at 9x forward earnings is the read-across for how the market values clean-energy hardware manufacturing: not generously.

Competitive moats that are real and durable. Three deserve explicit credit. The Supercharger network — 8,704 stations and 82,357 connectors, now partly opened to other manufacturers under NACS — is the largest fast-charging infrastructure in the world and raises switching costs for the installed base. The manufacturing capability itself is genuinely world-class: Tesla ramped four continental plants to over two million units of installed capacity in roughly a decade, and 4680 cell production is now supporting the Cybercab and Semi ramps. And the fleet data asset is unreplicable by anyone who has not already sold millions of camera-equipped vehicles.

The competitive conclusion. Tesla holds a strong, defensible position in electric vehicles that is under real pressure from BYD on cost; a world-class charging and manufacturing infrastructure; and a contested but architecturally distinctive position in autonomy where it may well win and has not yet demonstrated the economics. What it does not hold is a position that the peer set can be used to value. The auto and mobility block trades at 5x to 16x forward earnings. Tesla trades at 151x. No amount of peer analysis bridges that, and we say so plainly in Section 6 rather than manufacturing a premium multiple to make the comparison work.

Figure 27 — Peer forward P/E
Market OpportunityThe bull case needs robotaxi and Optimus. Neither is billing at scale today.

The bull case for Tesla rests on two addressable markets that are large enough to justify almost any valuation and specific enough that we can state what has to happen. This section takes both seriously and then asks what is actually being billed today.

The autonomous ride-hailing opportunity. Global ride-hailing gross bookings run in the region of $200B annually and the broader human-driven mobility market — including personal vehicle miles that could be substituted — is measured in trillions of vehicle-miles. The bull argument is straightforward arithmetic: if Tesla can operate an autonomous vehicle at a marginal cost meaningfully below a human driver’s wage, it can take share from ride-hailing, then from personal vehicle ownership, at a software-like incremental margin on an asset base it already manufactures. A fleet of 500,000 robotaxis running 40,000 paid miles a year at $1.20 of net revenue per mile to Tesla would generate roughly $24B of high-margin revenue. At two million vehicles it approaches $100B. Those numbers are large enough to support the current market capitalisation on their own.

Figure 28 — Competitive positioning: share vs growth

The humanoid robotics opportunity. Optimus is aimed at global labour rather than a product market, which is why Musk has described it as potentially the biggest product Tesla will make. There is no credible way to size it, and we will not pretend otherwise. If humanoid robots become general-purpose industrial and eventually domestic labour, the addressable market is a share of global wages. If they remain specialised industrial automation for another decade, the market is a fraction of the existing $60-70B industrial robotics industry. The distribution of outcomes is genuinely enormous in both directions.

What is actually being billed. Against those two markets, here is the current revenue reality. FSD and robotaxi software revenue is approximately $3.6B in our FY2026E — roughly 3% of total revenue — of which robotaxi itself is a small fraction, since cumulative paid miles across the entire history of the programme total approximately 2.5 million. At a generous $2.50 per mile of gross fare, 2.5 million cumulative miles is about $6M of lifetime gross bookings. Optimus has produced no units for external sale and has no announced price. Cybercab has produced test vehicles and delivered none to customers.

This is the gap that defines the investment case. The opportunity is real and enormous; the revenue is real and tiny; and the market capitalisation of $1.18 trillion already prices a substantial fraction of the opportunity. Our base case models FSD and robotaxi revenue reaching $24B by FY2030E — a 46% compound growth rate from a $3.6B base, embedding a genuine robotaxi ramp — and that base case still supports only $190 per share.

What the bull case requires, stated concretely. For $500 per share to be right, we need FY2030E revenue of approximately $335B rather than our $232B, gross margin of 32% rather than 24.5%, and diluted EPS of roughly $13.20 rather than $5.14. Decomposed, that means: robotaxi at hundreds of thousands of revenue-generating vehicles rather than the low thousands; FSD attach rising well beyond the current 55% of new North American deliveries and extending internationally; Optimus generating external revenue from 2028; and Cybercab running near its 125,000-unit installed capacity with a second facility. Every one of those is a plausible 2030 outcome. Requiring all of them simultaneously is what a 25% probability represents.

Adjacent opportunities worth crediting. Two markets get too little attention in the Tesla debate. Grid storage is a genuinely excellent business Tesla is already winning — 46.7 GWh deployed in FY2025 growing 49%, with a credible path to $32B of revenue by FY2030E in our model — and it is the one segment where Tesla’s product leadership is uncontested by another Western manufacturer at scale. And the Supercharger network, at 8,704 stations, is becoming a third-party utility as other manufacturers adopt NACS, converting a cost centre into a services annuity. Neither is large enough to change the valuation conclusion, but both deserve credit in a report that argues the stock is expensive.

The insurance and fleet-services option. If Tesla operates a large owned fleet, it captures insurance, maintenance, charging and financing economics on its own vehicles rather than ceding them to third parties. The Q2-26 outlook language is explicit that allocation decisions between “sale to customers or use for our owned and operated fleet” will affect deliveries — meaning Tesla may increasingly retain vehicles rather than sell them. That is strategically sensible and financially awkward in the near term: retaining a vehicle converts an immediate revenue recognition into a depreciating asset generating revenue over years, which depresses reported revenue and margin exactly when investors are watching both.

Conclusion on the opportunity. We are not arguing the market is small or that Tesla will fail to address it. We are arguing that the addressable market is being capitalised as though the execution risk, the regulatory risk, the competitive risk and the timing risk have already been resolved, when the disclosed unit economics needed to assess any of them do not exist. A market opportunity is not a valuation. Section 6 is where those two things are reconciled.

8 · Risks to the Target

Because our view is Cautious, the most important risks are the ones that would make us wrong. We lead with those.

Risks to our Cautious view

1. Robotaxi economics prove out faster than we model. This is the primary risk and it is substantial. Unsupervised service is live in seven metros, management targets 10% weekly domestic growth, and the claimed safety record — no notable incidents across 380,000 miles — is genuinely impressive for an early-stage autonomous deployment. Tesla’s camera-only, no-pre-mapping architecture, if it works, scales far better than Waymo’s per-market build-out because Tesla can enable vehicles it has already sold. If 2027 rather than 2029 is the year robotaxi economics become visible, our base case is wrong and $500 is the right anchor. We hold 25% on this; 40% would be defensible and would produce a Neutral view at roughly $290.

2. Optimus is a real product sooner than guided. First-generation lines are installed at Fremont with initial runs guided to Q3-26 and external commercialisation to 2027. Our base case gives Optimus almost no revenue through FY2030E. If humanoid robots reach external commercial sale at any meaningful volume within the window, the addressable market is large enough that no valuation framework in this report would constrain the outcome. This is the single largest upside asymmetry we are carrying.

3. Tesla has repeatedly grown into valuations that looked indefensible. In 2019 the stock traded near $28 on a split-adjusted basis with the company close to insolvency. Anyone applying the analysis in this report at various points since would have been wrong for extended periods. Valuation-based caution on Tesla has a poor historical track record, and we hold our view with appropriate humility about that record. A short position on the basis of this analysis would be a materially riskier proposition than the analysis itself supports.

4. The demand signal is genuinely strong. The largest order backlog in company history, production constraints rather than demand constraints, 15 days of inventory, deliveries +25%, and services +50% are not the fingerprints of a decaying franchise. If Tesla resolves the electronics and battery bottlenecks, FY2027 volume could exceed our 2.25 million assumption meaningfully, and operating leverage on a 24.5% gross margin base would flow through faster than we model.

Risks to the company

5. Structural margin impairment from policy reversal. Regulatory-credit revenue fell 67% to $146M in Q2-26 after the $7,500 federal EV credit expired on 30 September 2025 and CAFE penalties were zeroed. That line contributed roughly $2.8B at close to 100% margin in FY2025 — nearly two thirds of FY2025 operating income — and it is gone for structural, not cyclical, reasons. Separately, tariffs took energy gross margin from 39.5% to 20.4% while deployments grew 41%. Both are policy variables outside management’s control and neither is assumed to reverse in our model.

6. The depreciation air pocket in FY2027-28. This is the risk we think is most under-appreciated. Over $70B of capex across 2026-27 arrives on the income statement as depreciation regardless of whether the revenue it enables materialises. PP&E rose $4.0B in Q2-26 alone against quarterly D&A of $1,619M. We model D&A tripling from $6.3B to $18.5B between FY2025A and FY2030E. If revenue growth decelerates from Q2-26’s 26% toward the low teens while that fixed-cost base lands, operating margin could stay in the low single digits well into 2028 — a scenario in which the stock has neither earnings nor a growth narrative to defend it.

7. Competitive pressure from BYD in the segment Tesla does not serve. BYD holds roughly 22% of global BEV volume against Tesla’s 15%, is more vertically integrated, trades at 15x forward earnings on 24% growth, and sells profitably below the Model 3 price point. Tesla’s affordable model received no timeline on the Q2-26 call. Cybertruck’s listed capacity was cut from 300,000 to 125,000 units. Two models generate 97% of Tesla’s volume, and a competitive product aimed squarely at that band has outsized effect.

8. Dilution and governance. Stock-based compensation reached $1,151M in Q2-26 and is rising on the 2025 CEO Performance Award. Weighted-average diluted shares of 3,540M compare with 3,755,723,871 cover-page shares outstanding, including 423,743,904 award shares and 286,428,773 restricted shares subject to service vesting — roughly 6% of the company outside the current diluted count. Separately, Tesla purchased $2,002M of SpaceX equity in Q1-26 and recognised a $1,005M unrealized gain on it in Q2-26, a ~50% markup in one quarter on an unlisted related party sharing Tesla’s chief executive. The accounting is permitted and the disclosure is clear, but Tesla’s reported earnings now depend partly on its own valuation of a private affiliate, and the CEO’s attention is divided across xAI, SpaceX, X and Neuralink.

9. Autonomy regulatory and safety tail risk. A single high-profile fatality involving an unsupervised Tesla robotaxi could halt expansion across multiple jurisdictions and would arrive at a moment when the entire equity value above roughly $100 per share rests on the programme. Camera-only perception carries a heavier regulatory burden of proof than lidar-based approaches after several years of driver-assistance investigations. Approval remains state-by-state in the United States and considerably slower internationally — FSD (Supervised) reached the Netherlands only in April 2026. Separately, Hardware 3 owners who purchased FSD years ago still have no disclosed upgrade path, which is a latent warranty and litigation exposure.

10. Execution concentration and key-person risk. Ashok Elluswamy runs both Autopilot/FSD and, following Milan Kovac’s departure, the Optimus programme — an extraordinary concentration of thesis-critical responsibility in one executive. Elon Musk’s departure or incapacity would be a first-order event for the equity in a way that is true of almost no other company of this size.

11. Financing and rate risk. Tesla plans to borrow up to $30B. Interest expense rises in our model from $337M in FY2025A to $1,900-2,300M annually from FY2027E. That is manageable against a $34B net cash position, but it converts a company with no meaningful leverage into one with real fixed charges precisely as free cash flow goes negative. A materially higher rate environment, or a credit-market disruption during the drawdown period, would tighten the strategy’s funding assumptions.

What we are explicitly not arguing

We are not arguing insolvency risk: net cash of approximately $34B, equity of $86.9B, operating cash flow of $18.3B in FY2026E and access to capital markets make financial distress a remote scenario. We are not arguing the strategy is wrong: spending aggressively to reach a step-change first is the correct behaviour for a company that believes one is close. And we are not arguing the addressable markets are small — they are enormous, which is why our bull case is $500. We are arguing that at $313 the shares already own the successful outcome, and that the distribution of outcomes around that price is unattractive.

Catalysts to watch

  • {'when': 'Q3 2026', 'what': 'First Optimus production runs at Fremont — the test is whether units exist and what they are used for'}
  • {'when': 'Oct 2026', 'what': "Q3-26 earnings — first clean read on H2 capex, FCF burn, and whether Q2's backlog converted"}
  • {'when': 'Q4 2026', 'what': 'Tesla Semi production start and Megapack 3 ramp; Cybercab first customer deliveries still unscheduled'}
  • {'when': 'Q4 2026', 'what': 'Robotaxi expansion to Phoenix and Las Vegas; watch for any disclosure of per-mile economics'}
  • {'when': 'Jan 2027', 'what': 'FY2026 10-K — full-year capex, the SpaceX stake carrying value, and FY2027 capex guidance'}
  • {'when': '2027', 'what': 'Guided external commercialisation of Optimus — the single largest swing factor in our scenario set'}

Upcoming events

  • 2026-07-23 — Shares fall 14.5% to $319.69 (Roughly $140B of market value erased — one of the sharpest single-day declines in over a year)
  • 2026-07-22 — Q2-26 results (Record revenue $28.2B (+26%); op margin 1.4%; non-GAAP EPS $0.33 vs ~$0.53 consensus; FCF -$1.1B; FY26 capex guide raised above $25B)
  • 2026-04-22 — Q1-26 results (Revenue $22.4B (+16%), gross margin 21.1%, FCF +$1.4B; deliveries 358,023 missed and inventory rose to 27 days)
  • 2026-04-01 — Cybercab continuous production begins at Giga Texas (Installed capacity listed above 125,000 units; no customer deliveries yet)
  • 2026-01-28 — FY2025 results (Revenue $94.8B (-3%), deliveries 1.64M (-9%), operating income $4.4B (-38%); FY26 capex first guided to $20B)
  • 2025-09-30 — $7,500 federal EV tax credit expires (Pulled demand into Q3-25 (497,099 deliveries) and structurally removed near-100%-margin credit revenue)