ROBO.AI INC. (AIIOW) Stock Analysis
ROBO.AI INC.
▾ What's in the 31/100 risk score? (higher = riskier)
Contributions (weight × component score) sum to the total. This near-term score now includes fundamental health (leverage, FCF trend, DCF applicability). See the Financial Health section for the full balance-sheet read.
How to read AIIOW (speculative micro-cap)
No model can pin a precise fair value on a company this small — but that does not mean there is nothing to learn. The useful questions are what the price is betting on, and whether the company can survive long enough to deliver it.
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1
Reverse-DCF — what growth the price assumes ↓
The single most useful number here: it backs out the growth the market is paying for. If that figure is "historically unprecedented," the price is running on hype, not fundamentals.
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2
Cash runway ↓
A pre-profit micro-cap lives or dies on whether it can fund itself to profitability before running out of money and diluting you.
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3
The raw financial statements + the 10-K ↓
At this scale, the actual numbers, insider ownership, and share-count trend tell you more than any ratio.
What cash-flow improvement must the market believe? Reverse DCF — Instead of asking "what is this stock worth?", asks "what growth rate is the current market price already assuming?"
Why it matters: It crystallizes the bull thesis as a single number you can argue with. If the market expects 40% growth for 10 years and you do not believe that, the stock is overvalued.
Reference: 10–15% = sustainable for strong companies · 20–25% = exceptional · 30%+ = historically very rare
Reverse DCF treats today's price as correct and solves for the cash-flow path that justifies it. For a cyclical, read the result as the annual improvement in through-cycle free cash flow the price requires — which could come from stronger pricing, margin recovery, lower input costs (fuel, materials, labour), more volume, or reduced capex, not just organic growth. The starting base is our normalized mid-cycle median, not last year's number.
Why it matters: A company can show big profits on paper while burning through cash. FCF is what actually fills the bank account.
Reference: Healthy mature businesses convert 8–15% of revenue into FCF · Growth companies often negative
Full explanation → must improve by:
▾ Exactly how this 10-year figure is computed
Forecast length: 10 years, single flat growth rate (no fade)
Terminal growth after year 10: 2.5%
Discount rate: 14.6% (the rate the model used)
Price used: $0.02 — the live price shown on this page (not frozen)
Method: solve for the constant annual growth rate that makes the discounted 10-year FCF stream + terminal value equal today's price.
Market is pricing in shrinking cash flow — often a sign of undervaluation OR a dying business. Check leverage, the cash-flow trend and the measurable financial-health screens below to tell them apart.
For reference: The market is pricing in a material multi-year contraction in cash flow (≈25.0%/yr) — a significant decline, not a flat business.
▾ How we computed this · Reality check thresholds · Assumptions
- Starting FCF/share: $0.01 (mid-cycle estimate (median operating cash flow less estimated maintenance capex and stock compensation — by design NOT the table's FCF, which deducts every year's full capex))
- Discount RateDiscount Rate — The annual return you demand for taking single-stock risk instead of buying a safe Treasury or index fund.
Why it matters: Higher discount rate = stricter valuation (a stock has to produce more cash to be worth holding). Lower = more generous.
Reference: 8–12% is standard · 9–10% matches S&P 500 historical return · Below 7% is illogical for single-stock risk
Full explanation →: 14.6% — standard 8-12%; 9-10% matches S&P 500 historical return - Terminal Growth RateTerminal Growth Rate — The growth rate we assume the company holds forever, after the explicit 10-year forecast period ends.
Why it matters: It anchors the long-tail value. Cannot mathematically exceed long-term GDP growth or the company eventually becomes larger than the global economy.
Reference: 2–3% (matches long-term US GDP growth) · Above 4% is mathematically problematic
Full explanation →: 2.5% — matches long-term GDP growth - Forecast horizon: 10 years explicit + terminal perpetuity
| ≤ 0% | Priced for decline — likely undervalued OR dying business |
| 5-12% | Reasonable; sustainable for quality businesses |
| 12-18% | Demanding — strong execution required |
| 18-25% | Exceptional — few companies sustain for a decade |
| 25-35% | Heroic — historically very rare |
| 35%+ | Borderline impossible at scale |
Sustaining 30%+ cash-flow growth for a full decade at scale is exceedingly rare — the bar is brutally high.
Use the interactive calculator below to change the discount rate, growth and terminal-growth assumptions and watch the value move.
⚠ Standard industry multiples (the bars below) collapse toward $0 at this scale, so they aren't the useful read. For a micro-cap with sales, lean on the Reverse-DCF (what revenue growth that price implies), the Momentum trend, and cash runway — see 📍 What to focus on.
Football field: where does the price sit?
Different valuation methods produce different fair-value ranges depending on assumptions. Plotting them together lets you see at a glance whether the current price is reasonable across approaches, or only one specific lens.
Industry multiples sourced from: broad market average (sector unknown). See the Peer Basket section below for the peer comparison and its limited-comparables caveat.
How to read a company this small
AIIOW is too small and/or too volatile for the valuation lenses we use on larger, more stable companies. The numbers shown below should be taken as rough orientation only.
- Market cap $325,384 — nano-cap territory (below $50M)
- Latest annual revenue $950K — too small for meaningful growth percentages
Growth percentages on tiny revenue bases (1000% going from $200K to $2M is not predictive). P/E and ROE swing wildly with small earnings changes. Peer comparisons fail because there often aren't comparable companies at this scale.
Start with the Reverse-DCF above — it backs out the growth the price is betting on; if that figure is "historically unprecedented," the price is running on hype, not fundamentals. Then the cash runway (can it fund itself to profitability before diluting you?). Then the raw Financials table and the 10-K on SEC EDGAR — at this scale, insider ownership and the share-count trend often matter more than any ratio.
Classified as Speculative Nano / Micro-cap (confidence 80%). Disagree? An admin can override via the post edit screen.
⚠ Genuine comparables are scarce at this size, so peer multiples are unreliable here. Treat as rough context only — see 📍 What to focus on above.
How does AIIOW stack up against its closest peers?
Ideally we compare AIIOW only to same-industry peers, but too few exist in our universe right now, so the basket below mixes in broader-sector names. Treat the multiples as rough context, not a valuation.
▾ What's "EV / Sales" in plain English?
EV (Enterprise Value) = market cap + total debt − cash. It's "what you'd pay to buy the entire company outright" — you pay the market cap to shareholders and take over their debt, but you keep their cash. EV is fairer than market cap alone because it includes the debt the new owner inherits.
EV / Sales = EV ÷ annual revenue. So "2.5×" means investors pay $2.50 of enterprise value per $1 of yearly sales. Higher = market is paying more per dollar of sales (usually because they expect future growth or fat margins).
p25 / median / p75 are the 25th, 50th (middle), and 75th percentile of the peers' multiples. Half the peers fall between p25 and p75. The median (p50) is the typical peer — that's the benchmark we compare to.
Bold middle number = median peer. Half the peers trade above it, half below. Based on the single available name (broad — see caveat) we could price — with one company there is no median, so read it as a single data point.
⚠️ Important caveat: peer multiples only work if the peers are genuinely comparable. Always check the peer list below — if the auto-picker grabbed micro-caps or unrelated businesses, the comparison is noise. A medical-device giant priced against tiny biotech startups won't produce a useful signal.
▾ View peer list (1)
| Ticker | Company | Industry | Mcap | EV/Sales | EV/GP | EV/EBIT | FCF Yield |
|---|---|---|---|---|---|---|---|
| GGROW | Gogoro Inc. | Auto Manufacturers | $0M | — | 0.0x | — | — |
Bankruptcy + quality screens
Cheap stocks can be cheap for a reason. These screens warn when a low valuation comes paired with structural fragility.
Why it matters: Cheap-looking stocks (low P/E or P/B) often have low Z-scores because the market knows the company is dying. Z-score warns you before you fall into a value trap.
Reference: > 3.0 = safe zone · 1.81–3.0 = grey zone · < 1.81 = distress zone
Full explanation →
Distress zone under the classic Altman thresholds — scores here have historically preceded a high rate of financial distress within ~2 years. This is a warning signal, not a direct bankruptcy probability, and its reliability varies by industry. Be very skeptical of any "cheap" valuation on this name.
The classic Z-score was calibrated on manufacturers. It is less reliable for asset-light or non-manufacturing businesses (broadcasters, media, software, services) and not applicable to banks, REITs, or insurers — for those the coefficients and the asset-turnover term distort the result. Read it as one screening input, not a verdict.
Read with caution for this industry. Automakers (and airlines) run a large captive finance arm, which inflates total assets and liabilities and depresses Altman Z — it routinely reads "distress" even for investment-grade names with full access to capital markets. Treat it as one input, not a literal bankruptcy probability. Weigh it against the company's cash position, near-term debt maturities, and where it sits in the economic cycle.
Why it matters: High score = fundamentals improving. Low score = deteriorating. Especially powerful for filtering cheap stocks: cheap + high F-score historically outperforms; cheap + low F-score is often a value trap.
Reference: 7–9 = strong · 4–6 = mediocre · 0–3 = weak
Full explanation →
▾ The checks — what passed, what didn't (and what we couldn't measure)
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✗ Positive net incomeNet income -$167.3M in FY2025.Why this matters: Does the company actually earn a profit? Sustained losses eventually force it to raise money — diluting you — or take on debt.
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✗ Positive operating cash flowOperating cash flow -$5.1M (was $33.6M the prior year).Why this matters: Profit can be an accounting figure; cash from running the business is harder to fake. Negative operating cash flow means the core business consumes cash and must be funded externally.
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✓ Cash flow backs up reported profitOperating cash flow -$5.1M vs net income -$167.3M.
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✗ Return on assets improvingReturn on assets -1,981.8% vs -416.1% a year ago.Why this matters: Is the company squeezing more profit out of each dollar of assets than last year? Rising = getting more efficient; falling = the opposite.
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✓ Debt load (vs assets)The filing reports no interest-bearing debt in either year (total assets $8.4M).
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✗ Short-term liquidity (current ratio)Current ratio 0.06x vs 0.32x a year ago — below 1.0, a caution flag.Why this matters: The current ratio compares assets it can turn to cash within a year against bills due within a year. Below 1.0 means it may struggle to cover near-term obligations.
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✗ Share count (dilution)Share count rose 8.1% (14.6M → 15.8M year-over-year).Why this matters: Issuing lots of new shares splits the pie into more pieces, shrinking your slice. Stable or falling share count protects existing owners.
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✓ Pricing power (gross margin)Gross margin 62.5% vs 22.2% a year ago.
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✗ Sales per asset (asset turnover)Asset turnover 0.11x vs 0.29x a year ago.Why this matters: Asset turnover measures how much revenue each dollar of assets generates. Rising = more productive use of the asset base.
Missing data is never counted as a pass or a fail — it's shown as n/a and excluded from the denominator. Each check compares the company against its own prior year.
Plain English: the company holds about $4M in cash and is burning roughly $5M/year in operations. At that pace, the cash lasts 10 mo before it must raise capital (diluting shareholders), take on debt, or cut spending.
Assumes constant burn and ignores financing/asset sales. For pre-profit biotech and growth companies, this matters more than a DCF — a great drug pipeline is worthless if they run out of money before approval.
This stock looks cheap by our DCF (~75% below intrinsic value) but the financial health scores show structural weakness. Many cheap stocks are cheap because the market correctly sees what's coming. Be very skeptical of a "deep value" thesis here without an explicit catalyst.
What if you assume different inputs?
Here's where we land — and what happens if you change the assumptions. Drag the sliders to set your own Discount RateDiscount Rate — The annual return you demand for taking single-stock risk instead of buying a safe Treasury or index fund.
Why it matters: Higher discount rate = stricter valuation (a stock has to produce more cash to be worth holding). Lower = more generous.
Reference: 8–12% is standard · 9–10% matches S&P 500 historical return · Below 7% is illogical for single-stock risk
Full explanation → (the annual return you demand for single-stock risk) and terminal growth; the value updates live so you can see whether the stock looks cheaper or richer. The discount rate starts at 14.6%, the figure our model used for AIIOW. Open Advanced to also change beta, growth and the rate path.
Note: the calculator opens at our published value of $0.08 — it is initialised to the same scenario-weighted result, so the two match exactly on load. The moment you move a slider, the value below becomes a single-path what-if at your assumptions (not the three-scenario weighting), which is why it can differ from the headline once you've touched it.
15.8% — beta-based (CAPM), from this stock's BetaBeta — How much the stock moves when the overall market moves. 1.0 = moves with the market; 1.5 = moves 50% more than the market.
Why it matters: Higher beta = more volatile = should demand higher discount rate. Low beta stocks (utilities, consumer staples) move less.
Reference: Most stocks 0.5–1.5 · Defensives ~0.3 · High-vol tech ~1.5–2.0
Full explanation → of 2.05. The safe Treasury rate plus a premium scaled by how much more (or less) volatile the stock is than the market.
13.5% — sector/quality tier. A simpler hurdle set by industry and business durability: lower for stable, wide-moat companies; higher for speculative or micro-caps.
The headline value and this calculator start at 14.6% — the mid-point of the two (we use the more conservative sector/quality rate when model applicability is limited or the balance sheet is stretched). Drag the slider to the other rate to see the full range.
-75.0%
At the default assumptions the flat path lands near our published value of $0.08. Move any slider to recompute it with your own.
Move any slider above to recompute this against your own assumptions.
⚙ Advanced — tinker with every input (beta, growth, rate path, margin → full intrinsic value)
ROBO.AI INC. is deeply undervalued by the model, with the price 75.0% below intrinsic valueIntrinsic Value — Our DCF model's estimate of what each share is mathematically worth based on projected cash flows.
Why it matters: Compare to current price. Below IV = potentially undervalued. Above IV = priced for growth that must actually happen.
Reference: Model-derived; quality depends on data and assumptions.
Full explanation → (a 69.7% discount / margin of safetyMargin of Safety — How much room there is between the current price and intrinsic value, in your favor.
Why it matters: Benjamin Graham's core idea: only buy when there is enough discount that you can be wrong about your assumptions and still not lose money.
Reference: 20%+ is the classic Graham target · 30%+ for higher-risk companies
Full explanation →); equivalently the intrinsic value is about 230% ABOVE the price. The market is likely discounting the stock due to its deteriorating financial health, specifically its negative operating cash flow and declining revenue over recent periods. The biggest risk to our model's base assumptions is that the company's operating cash flow continues to be negative, rather than stabilizing or growing as modeled.
As of 7 days ago
Anatomy of a share
What you're buying per share. Bars are at the same scale so you can see the relative size of revenue, costs, cash flow, and debt — not just read them in a table.
What's free cash flow / what do these mean?
Revenue per share — how much the business earns from customers, divided by the number of shares outstanding. Top of the income statement.
Earnings per share — profit left after operating costs, interest, and taxes, per share. Two versions appear on this page and are not interchangeable: GAAP diluted EPS uses the company's weighted-average diluted share count during the reporting period (this is the "earnings" in "price-to-earnings"); net income per current share divides annual net income by today's share count. They differ whenever the share count has changed.
Owner-earnings free cash flow per share — the cash the business produces for shareholders. Savng's owner-earnings FCF subtracts capital expenditures and stock-based compensation from operating cash flow (SBC is a real dilution cost even though it's non-cash). This is deliberately more conservative than "standard" FCF, which subtracts only capital expenditures — so our figure is lower than the headline FCF you'll see elsewhere. FCF funds dividends, buybacks, debt repayment, and acquisitions; a company can report positive earnings yet negative FCF.
Debt per share — total interest-bearing borrowings divided by shares. High debt-per-share next to thin FCF-per-share is a fragility signal.
What you actually need to decide
Every stock price is a disagreement. Here's the single thing that must go right for the bulls, the single thing that breaks the thesis, and the concrete signposts to watch so you can update your view as real results arrive.
- Return to positive operating cash flow in upcoming quarters
- Significant revenue growth from new product launches
- Improvement in current ratio above 1.0
The trend, in plain numbers (FY2024 → FY2025, latest reported)
Straight from the financial statements — no model, no opinion. For a small or unprofitable company, the direction of these numbers usually tells you more than any single valuation.
- Gross margin improved to 63% (+40 pts).
- Still unprofitable at -$167.3M — loss narrowing.
- Revenue fell -92% to $950K.
- Free cash flow is negative at -$122.1M — the cash burn widened vs last year.
Management & Leadership
Limited executive data available. ROBO.AI INC. operates in the automotive sector, focusing on AI and robotics applications.
What They Make
ROBO.AI INC. develops and sells AI and robotics solutions primarily for the automotive industry. Its paying customers are likely automotive manufacturers and related businesses seeking advanced technological integration.
End Markets
Revenue Drivers
Why Is It Priced Like This?
Why Customers Pay
The market prices AIIOW at a 75.0% discount to the model's intrinsic valueIntrinsic Value — Our DCF model's estimate of what each share is mathematically worth based on projected cash flows.
Why it matters: Compare to current price. Below IV = potentially undervalued. Above IV = priced for growth that must actually happen.
Reference: Model-derived; quality depends on data and assumptions.
Full explanation →. This is likely due to significant concerns about its financial health, as evidenced by negative operating cash flow in the latest period (positive only 1/5 years) and net income being negative in the latest period (profitable 0/5 years). Separately, the reverse DCFReverse DCF — Instead of asking "what is this stock worth?", asks "what growth rate is the current market price already assuming?"
Why it matters: It crystallizes the bull thesis as a single number you can argue with. If the market expects 40% growth for 10 years and you do not believe that, the stock is overvalued.
Reference: 10–15% = sustainable for strong companies · 20–25% = exceptional · 30%+ = historically very rare
Full explanation → implies the price is consistent with roughly a -20.0% annual per-share cash-flow decline, reflecting market expectations of continued deterioration.
Three Scenarios, Weighted
| Scenario | IV | Upside from today's price | Weight |
|---|---|---|---|
| Conservative | $0.08 | 264.1% | 40% |
| Base | $0.08 | 300.5% | 35% |
| Optimistic | $0.10 | 373.3% | 25% |
| Weighted | $0.08 | 300.5% | 100% |
Reading the last column: it is the move from today's price to each value (IV ÷ price − 1). The headline "premium/discount to model IV" measures the same gap from the value's side (price ÷ IV − 1), so the two percentages differ in size and sign by construction — e.g. a price 8% above value is a value 7.4% below price.
Business Model & Valuation
How They Make Money
The company likely funds its operations through equity raises or debt, given its negative operating cash flow and lack of dividend or buyback activity.
Normalized FCF Medium
Cyclical/commodity sector (Auto Manufacturers) with negative current FCF: normalized FCF uses multi-year median to smooth through the cycle.
Show advanced inputs
| Revenue Growth | -84.1% |
| Sector Default | 8.0% |
| Sector Default Source | Consumer Cyclical sector default |
| Best Estimate | 8.0% |
| Method | sector_default |
| Growth Basis | total |
What this model does NOT do: this is a consolidated owner-earnings FCF model. Standalone segment assumptions: none. It does not project its revenue segments independently; their combined effect is embedded in the historical revenue and cash-flow trend the model extrapolates. The calculator above can only approximate a segment's impact through the single consolidated growth rate — it cannot model any one line separately. For a true segment-level view, build a separate model from the company's segment disclosures.
Maturity & Competitive Position
Moat Signals
The company has a weak track record, with net income negative in the latest period and operating cash flow negative in the latest period.
Geography & Markets
Not available from current data sources. Given its industry, it likely operates in major automotive manufacturing regions globally.
Geographic Risks
Market Signals
These are timing signals, not value signals — they describe the stock's recent price behavior, not what the business is worth. Use them for the "the thesis looks good, but is now the moment?" question. Each tile below explains what it's saying.
Why it matters: Short-term contrarian indicator. Extreme readings often precede mean reversion, though not always.
Reference: 30–70 normal · >70 overbought · <30 oversold
Full explanation → (14)45.7NeutralMomentum is balanced — neither overbought nor oversold.
Why it matters: When the fast line crosses above the slow line, short-term momentum is turning up; below, turning down. A timing cue, not a value signal.
Reference: Line above signal = bullish momentum · below = bearish
Full explanation →BullishLine above signalThe fast trend is above the slow trend — short-term momentum is currently upward.
Technicals describe price, not the business. A great company can have a "bearish" tape (a buying chance) and a weak one a "bullish" tape (a trap). Pair these with the valuation and health sections above.
QUALITY
Data Quality & Risk Flags (7 notes — click to expand/collapse)
Guardrail Notes (5)
- Median OCF is negative — OCF-based normalization not applicable.
- Normalized OCF-capex was negative. Falling back to median raw FCF.
- No positive normalized FCF. Using EPS as proxy.
- Model implies no positive equity value under these assumptions. Valuation is speculative/low-confidence.
- Illiquidity discount 25% applied (small/micro-cap — harder to exit, demand a margin).
FINANCIALS
Financial Statements (5-year tables — click to expand)
From ROBO.AI INC.'s SEC filings (EDGAR).
Income (5yr)
| Year | Revenue | Net Income | EPS |
|---|---|---|---|
| 2025 | 950,000 | -167.3M | $-10.59 |
| 2024 | 12.0M | -172.5M | $-11.81 |
| 2023 | 37.3M | -265.3M | $-18.50 |
| 2022 | — | -47.7M | $-0.19 |
| 2021 | — | -12.4M | $-0.05 |
Cash Flow (5yr)
Capital expenditure isn't tagged in this filer's machine-readable data (the CapEx column shows "—"). The free-cash-flow column is therefore operating cash flow less stock-based compensation only — an upper bound on true owner earnings, not the real figure. Companies that report capex under a custom label (some large IFRS filers do) look better here than they are.
| Year | Operating CF | CapEx | − SBC | Free Cash Flow |
|---|---|---|---|---|
| 2025 | -5.1M | — | 117.0M | -122.1M |
| 2024 | 33.6M | 160,000 | — | 33.4M |
| 2023 | -138.0M | 5.5M | 23.3M | -166.9M |
| 2022 | -178.0M | 1.2M | 3.2M | -182.4M |
| 2021 | -6.1M | 22,000 | — | -6.1M |
How we define FCF: operating cash flow − capital expenditure − stock-based compensation (owner-earnings basis — SBC is a real cost to shareholders even though it's non-cash). Latest year: -5.1M − — − 117.0M (stock-based comp) = -122.1M. This is the same owner-earnings FCF definition the valuation model uses, though the DCF's starting value is a mid-cycle estimate (median operating cash flow less estimated maintenance capex and stock compensation — by design NOT the table's FCF, which deducts every year's full capex), not this single year.
Balance Sheet
| Total Assets | 8.4M |
| Total Liabilities | 124.6M |
| Equity | -111.8M |
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