409A valuation
409A valuation and lookahead pricing
A 409A valuation sets the fair market value of a private company’s common stock for equity compensation. IRS rules describe reasonable valuation methods and safe harbors for illiquid stock, including independent appraisals within the past 12 months. [1][20] Preferred stock sold to investors carries extra rights (liquidation preference, dividends, conversion, and more), so the preferred price is not the same thing as common-stock value for employees.[2] [20]
In hyper growth periods, investor excitement can run ahead of 409A updates. In normal growth periods, the 409A tends to move more steadily and may track closer to the company’s operating reality. If you want to see the extra protections, benefits, and guarantees investors get that impact your common stock, review the investor terms.
Learn how it impacts your equity
To avoid 409A issues, most nonqualified stock options are granted at or above fair market value; discounted options are treated differently under the rules. [1] When stock from equity compensation becomes transferable or is no longer subject to a substantial risk of forfeiture, its fair market value is included in income. [3] That means a higher 409A can translate into more taxable income at vesting or settlement. [3]
For planning, treat the 409A as a baseline, not a guarantee. Your actual payout depends on the exit size, investor preferences, and any dilution between now and liquidity.
Investor terms and why they matter
Learn how it's used by investors
Preferred stock terms like liquidation preference and participation rights shape how proceeds are split between preferred and common.[2] [20]
Conversion rights can also change the payout waterfall when preferred converts to common.[2][20]
Liquidation preferences
Liquidation preferences decide how much investors get before common shareholders see any proceeds.[2][20] In hyper growth outcomes with large exits, preferences may get cleared quickly. In normal growth or smaller exits, the preference stack can absorb most of the proceeds.
Always ask how many times invested capital needs to be returned before common starts participating in the payout.[2] [20]
Hardware company with tough terms. The company struggled early, raised several rounds with heavy liquidation terms, and IPOs with just enough value to clear preferences.
Numbers
- IPO proceeds: $551M.
- Series A: 2x of $40M = $80M.
- Series B: 2x of $60M = $120M.
- Series C: 1.5x of $100M = $150M.
- Series D: 1x of $200M = $200M.
- Preference stack: $80M + $120M + $150M + $200M = $550M.
- Common pool: $551M - $550M = $1M.
- 1,000 employees split the $1M by ownership. Example: 0.10% of common is $1,000 (0.001 x $1M).
Mediocre exit. The company sells for a mid-range outcome that clears preferences but does not leave a huge common pool.
Numbers
- Exit value: $300M.
- Preference stack: 1x of $180M (A $40M + B $50M + C $60M + D $30M).
- Common pool: $300M - $180M = $120M.
- Example: 0.25% of common = $120M x 0.0025 = $300,000.
Strong common outcome. The exit is large enough that preferences are a small slice of the total.
Numbers
- Exit value: $1.2B.
- Preference stack: $200M.
- Common pool: $1.2B - $200M = $1.0B.
- Assume 10M common shares outstanding: $1.0B / 10M = $100 per share.
- Example: 0.25% of common = $1.0B x 0.0025 = $2.5M.
Strong hardware IPO, low employee ownership. The exit is huge, but the employee ownership slice is small. Most staff still land in the mid six-figures while executives capture the biggest wins.
Numbers
- IPO proceeds: $25B.
- Combined series investment: $2B, paid back at 1x = $2B.
- Common pool: $25B - $2B = $23B.
- Assume 230M common shares: $23B / 230M = $100 per share.
- Employee ownership: 2.6% of common = 5.98M shares = $598M.
- Average across 1,200 employees: $598M / 1,200 ≈ $498k.
Example employee share assumptions
- C-suite (6 people): 0.10% each = 230k shares ≈ $23M each.
- VP/SVP (24 people): 0.03% each = 69k shares ≈ $6.9M each.
- Directors (70 people): 0.01% each = 23k shares ≈ $2.3M each.
- Staff (1,100 people): split remaining 0.58% ≈ 1,213 shares each ≈ $121k.
Real IPO example. Heart Test Laboratories (HeartSciences) priced its IPO in June 2022 at $4.25 per unit (one common share plus a warrant). [4][5] In a later filing, the company reported a Series C liquidation preference of about $11.6M (as of April 30, 2022).[4]
Comparison math (using the IPO price)
- IPO price: $4.25 per share (a rough yardstick for common). [4]
- 10,000 common shares x $4.25 = $42,500.
- 25,000 common shares x $4.25 = $106,250.
- 100,000 common shares x $4.25 = $425,000.
- 250,000 common shares x $4.25 = $1,062,500.
What that means for common
- The ~$11.6M preference is paid before common sees proceeds. [4]
- Example: if $50M were available to equity holders, common would split about $38.4M after the preference.
- Example: if $20M were available, common would split about $8.4M after the preference.
- These are simplified illustrations, but they show how preferences shrink the pool that common shares divide.
Participation rights
Participating preferred investors take their liquidation preference first and then share again in the remaining proceeds.[2] [20] This is a bigger drag on common in smaller or moderate exits.
In hyper growth exits, participation can still matter, but it is often less noticeable because the exit pool is larger.
Full participation. Same exit, same ownership, but preferred takes the preference and then shares again.
Numbers
- Exit value: $180M.
- Preferred invested $30M for 25% as-converted ownership.
- Preference payout: $30M.
- Remaining pool: $180M - $30M = $150M.
- Participation: 25% of $150M = $37.5M.
- Total to preferred: $30M + $37.5M = $67.5M.
- Common pool: $180M - $67.5M = $112.5M.
- Example: 0.50% of common = $112.5M x 0.005 = $562,500.
Capped participation (2x). Same inputs, but the cap limits the double dip.
Numbers
- Exit value: $180M.
- Preferred invested $30M for 25% as-converted ownership.
- Preference payout: $30M.
- Remaining pool: $150M.
- Participation: 25% of $150M = $37.5M.
- Uncapped total: $67.5M, but the 2x cap limits payout to $60M.
- Common pool: $180M - $60M = $120M.
- Example: 0.50% of common = $120M x 0.005 = $600,000.
Non-participating. Same inputs, but investors pick whichever is higher: preference or conversion.
Numbers
- Exit value: $180M.
- Preferred invested $30M for 25% as-converted ownership.
- Conversion value: 25% of $180M = $45M.
- Preference value: $30M, so investors convert.
- Common pool: $180M - $45M = $135M.
- Example: 0.50% of common = $135M x 0.005 = $675,000.
Seniority and stacking
Liquidation preferences can be layered by series, so different rounds may have different multiples and priority in the payout waterfall.[2] [20]
Hyper growth companies can accumulate multiple rounds quickly, so the stack can grow fast. Normal growth companies may raise fewer rounds but still face painful stacks if the exit is modest.
Fully stacked seniority. Same exit and same total preference, but later rounds are paid first. A small common carve-out keeps employee equity from being completely wiped out.
Numbers
- Exit value: $200M.
- Same contributions: Series D $120M, C $60M, B $30M, A $20M.
- Payout order: D $120M, remaining $80M.
- C $60M, remaining $20M.
- Common carve-out: $5M (small employee pool set-aside).
- B gets $15M (partial), A gets $0.
- Common pool: $5M.
- Example: 0.50% of common = $5M x 0.005 = $25,000.
- If the exit were $5M lower, common would be $0.
All rounds pari passu. Same exit and total preference, but every round shares pro rata after a modest common carve-out.
Numbers
- Exit value: $200M.
- Same contributions: Series D $120M, C $60M, B $30M, A $20M.
- Common carve-out first: $25M.
- Remaining $175M is shared pro rata by preferred.
- Series D: ~$91.3M (120/230 x 175).
- Series C: ~$45.7M (60/230 x 175).
- Series B: ~$22.8M (30/230 x 175).
- Series A: ~$15.2M (20/230 x 175).
- Common pool: $25M.
- Example: 0.50% of common = $25M x 0.005 = $125,000.
Two-tier seniority. Same exit and total preference, but later rounds are senior and earlier rounds sit in a junior tier that converts to common.
Numbers
- Exit value: $200M.
- Same contributions: Series D $120M, C $60M, B $30M, A $20M.
- Senior tier: Series D takes $120M.
- Junior tier (C/B/A) converts to common instead of taking preference.
- Remaining pool: $80M to common.
- Common pool: $80M.
- Example: 0.50% of common = $80M x 0.005 = $400,000.
Conversion rights
Preferred shares can convert to common under terms defined in the charter, and investors may choose to convert when it is worth more than taking the preference payout. [2][20] That decision changes how much is left for employee equity.
In large exits, investors often convert. In smaller exits, they may stay preferred, which pushes common further down the payout waterfall.
Small exit, investors stay preferred. The preference beats the conversion value.
Numbers
- Exit value: $80M.
- Preferred invested $25M for 20% as-converted ownership.
- Conversion value: 20% of $80M = $16M.
- Preference value: $25M, so investors take the preference.
- Common pool: $80M - $25M = $55M.
- Example: 0.50% of common = $55M x 0.005 = $275,000.
Middle exit, conversion wins. The conversion value is higher than the preference.
Numbers
- Exit value: $150M.
- Preferred invested $25M for 20% as-converted ownership.
- Conversion value: 20% of $150M = $30M.
- Preference value: $25M, so investors convert.
- Common pool: $150M - $30M = $120M.
- Example: 0.50% of common = $120M x 0.005 = $600,000.
Big exit, conversion is obvious. The upside for converting is much larger than the preference.
Numbers
- Exit value: $600M.
- Preferred invested $25M for 20% as-converted ownership.
- Conversion value: 20% of $600M = $120M.
- Preference value: $25M, so investors convert.
- Common pool: $600M - $120M = $480M.
- Example: 0.50% of common = $480M x 0.005 = $2.4M.
Explore scenarios and how it impacts your equity
Scenario planning helps you see how exit size changes your payout. A small exit may return only the preference stack, a medium exit may partially include common, and a large exit is where common equity starts to look more like headline value.
When you compare hyper growth vs normal growth, the biggest difference is how likely it is to reach the "large exit" scenario that clears preferences and dilution.
Hyper growth equity vs normal growth factors
Impacts to 409a valuation
Hyper growth can accelerate 409A increases as revenue growth and market comps rise, but the valuation still reflects conservative assumptions and risk discounts.
Normal growth tends to move 409A valuations more gradually. That stability can reduce tax volatility but may also signal slower equity appreciation.
Additional risk factors
Hyper growth adds execution risk, scaling challenges, and higher odds of down rounds or recapitalizations. Normal growth adds timeline risk: it may simply take longer to reach liquidity, which can erode the expected value of equity.
Both paths carry dilution risk, but hyper growth often trades speed for higher dilution while normal growth trades dilution for time.
- Hyper growth example: A company raises four rounds in 3 years and refreshes the option pool twice. A worker starts with 50,000 shares out of 10,000,000 (0.50%). After dilution, the company has 25,000,000 shares, so that worker’s 50,000 shares fall to 0.20%. If the common pool at exit is $1,000,000,000, the per‑share value is $40 and the worker gets about $2,000,000. Without dilution, that same 0.50% would have been $5,000,000. Liquidity comes faster, but the slice is smaller.
- Normal growth example: A company raises two rounds over 7 years and does one option pool refresh. The same worker starts with 50,000 shares out of 10,000,000 (0.50%). After dilution, the company has 20,000,000 shares, so the worker ends at 0.25%. If the common pool at exit is $400,000,000, the per‑share value is $20 and the worker gets about $1,000,000. The dilution is lighter, but the exit takes longer, so the payout is delayed and risk hangs around.
Forward lookahead valuation
A forward lookahead valuation is a fantasy price. It is made up, it is not official, and it is not a standard way to value common stock. When companies lean on it, it is usually hostile to workers because it makes the grant look bigger than it is and hides how small the equity really is.
How it can hide low equity: A company says the “lookahead” price is $50 even though the 409A is $10. They give you 10,000 shares and pitch it as “$500,000 of equity.” At the 409A value, that same grant is closer to $100,000. The higher fantasy price makes the grant feel bigger while your actual ownership is still small.
What happens if hyper growth doesn’t happen: Say the company uses a $50 lookahead price and gives you 10,000 shares. If the company exits at $12 per share, you are not “made whole.” You just get $120,000 and the rest of the fantasy upside never existed. That can leave you worse off than a public‑company job that paid more cash and delivered real equity at market value.
Startup worker risk factors
Claw back provisions
Clawbacks and forfeiture clauses are designed to pull equity back to the company. They shrink what you actually receive and make the grant look bigger on paper than it ends up in real life. That extra complexity also makes it harder to value your equity, and it is usually a hostile move toward workers.
Some shareholder agreements also label exits as “good leaver” or “bad leaver,” which can change whether shares are forfeited or bought back at a discount. Good leaver examples often include death, disability, redundancy, or retirement. Bad leaver examples often include breach of contract, gross misconduct, or leaving to compete with the company.[16]
Employment agreements define what “for cause” means. Definitions often include fraud, theft, willful misconduct, felony convictions, or material breach after notice. [17] Read the exact definition in your agreements because it controls whether you keep any equity and how much the company can claw back.
Example: You work 3 years, earn $1,000,000 in equity value, and you are a top-rated performer. Without a clawback, you could receive the full $1,000,000 and pay taxes (for example, 30%), leaving about $700,000 net. With a 25% clawback tied to leaving, $250,000 gets pulled back to the company. Your gross drops to $750,000 and after the same tax rate you keep about $525,000. Same performance, very different outcome.
Liquidity
Tender offers are formal offers to buy a set amount of shares at a fixed price for a limited time. They can be real liquidity windows, but they are usually one-off and capped in size.[10] [20]
Secondary sales can still be blocked or slowed by transfer restrictions and right of first refusal rules. You may have to give notice and let the company (or investors) buy first, or get written consent before any transfer is allowed. [14][20]
After an IPO, lock-up agreements often prevent insiders from selling for a set period, commonly around 180 days.[11] [20]
Transfer restrictions, ROFR, and ROFO
Private-company equity often comes with transfer restrictions. Unvested shares may not be transferable without prior written consent, which means the company can block a secondary sale even if you find a buyer.[14] [20] In practice, this keeps equity locked inside the company and limits how much workers can actually turn into cash.
A right of first refusal (ROFR) lets the company or investors match your outside offer and buy the shares first.[14] [20] This consolidates ownership back to insiders and can reduce the value you capture.
A right of first offer (ROFO) flips the order: you must offer the shares to the company or investors before shopping them to a third party.[15] It adds extra steps and makes timing and pricing harder to predict.
RSU expiration
RSU awards can expire if settlement does not happen by a deadline, even after you have put in the service time. This is another way equity can be pulled back to the company, shrinking what you actually receive and making the grant harder to value. Expiration is relatively rare; when it does show up, it often means the company does not really want workers to hold a meaningful slice of equity. If your grant includes this, ask why it is there and whether they would remove it.
Example: You have $2,000,000 worth of RSUs on paper, but the plan says they must settle within 7 years. The company stays private and never triggers settlement. The deadline hits, the RSUs expire, and the value goes from $2,000,000 to $0.
Common patterns to look for:
- Some plans require settlement by a fixed deadline (for example, March 15 after the vesting year). Units that cannot be settled by that date are forfeited. [8]
- Some awards are tied to a change in control and settle within a short window (for example, 60 days) or by a hard cap like the seventh anniversary of the grant. [9]
Longer timelines make these deadlines more likely to matter, especially in normal growth periods. The end result is usually less equity for workers, not more clarity.
These deadlines can be tough because they . Settlement timing changes when you actually receive shares or cash. If settlement is delayed, the gap between “earned” and “received” can stretch for years, which is confusing for workers and often favored by the company.
Triggers
Triggers define when equity actually settles. A single-trigger award usually means time-based vesting only, with shares delivered on a set schedule after each vest date. [8][20]
A double-trigger award typically requires a change in control plus a second event, such as a qualifying termination or awards not being assumed by the acquirer. [6][20] Double triggers can delay or block settlement, which reduces what workers receive and makes the payout harder to estimate. That is why many people see them as worker-unfriendly.
Example: The company is acquired, but you keep your job and the acquirer assumes your RSUs. The second trigger never happens, so the RSUs do not settle. You can end up working years after the “exit” without ever getting paid on those shares.
Some agreements only treat a transaction as a trigger if it meets the 409A change-in-control definition. If the deal does not qualify, settlement can be delayed to a later date or deadline.[7][9] This narrow definition can be used to avoid paying out on real exits.
Example: A buyer purchases 49% of voting power and pays investors in a large secondary. It feels like a real exit, but it does not meet the 409A threshold, so RSUs do not settle and workers get $0 at that time.
Change-of-control definitions that exclude many exits
The 409A definition of a change in control includes specific thresholds, such as a change in ownership of more than 50% of voting power or a sale of substantially all assets.[7] Smaller asset sales, minority investments, or internal restructurings can fall outside that definition.
Many plans reference the 409A definition, and some RSU agreements delay settlement if a transaction does not meet it. That means a real-world exit can happen without triggering the payout you expected.[9] This is another example of a clause that cuts worker outcomes and adds confusion around what the equity is actually worth.
Taxes: what gets taxed when
RSUs are typically taxed when they settle into shares. Many plans settle shortly after vesting or by a fixed deadline, so the tax event can happen even while the company is still private.[18][8]
Stock options have different timing. Nonqualified stock options are generally taxed at exercise on the spread, while incentive stock options are generally taxed at sale but can trigger AMT at exercise.[19]
Why it matters: you can owe taxes before you have cash from a sale, so plan for withholding or out-of-pocket payments.
Opportunity costs
Opportunity cost is the compensation you give up by choosing equity-heavy roles. Compare the cash you could earn elsewhere with the risk-adjusted value of your equity.
Hyper growth can justify a larger tradeoff if the upside is real, but normal growth often requires patience and a tighter cash plan.
Dilution
Dilution increases the number of total shares, which reduces your ownership percentage. New rounds, option pool refreshes, and down rounds can all contribute. [12][13] [20]
Simple example:
- Start: 10,000,000 shares outstanding, you own 100,000 (1.00%).
- Option pool refresh adds 2,000,000 shares. You now own 100,000 / 12,000,000 = 0.83%.
- Down round issues 6,000,000 new shares. You now own 100,000 / 18,000,000 = 0.56%.
Hyper growth often means more rounds and faster dilution. Normal growth may dilute more slowly but can still reduce your ownership over time.
Citation glossary
Sources used for definitions, examples, and policy references on this page.
- [1] 26 CFR 1.409A-1 (valuation safe harbors)
- [2] ILPA glossary (preferred terms)
- [3] 26 U.S.C. §83 (tax timing for property transfers)
- [4] SEC S-1 (Heart Test Labs)
- [5] HeartSciences IPO pricing press release
- [6] SEC DEF 14A (double-trigger RSU example)
- [7] 26 CFR 1.409A-3 (change in control definition)
- [8] RSU award agreement (settlement deadline & forfeiture)
- [9] RSU award agreement (change in control / 7th anniversary)
- [10] Investor.gov glossary: Tender offer
- [11] Investor.gov glossary: Lock-up agreement
- [12] Cooley GO glossary: Option pool
- [13] Cooley GO: Down round financings
- [14] Equity plan example (transfer restrictions & ROFR)
- [15] Latham & Watkins Book of Jargon: Global M&A (ROFO/ROFR)
- [16] Russell-Cooke: Good leaver / bad leaver overview
- [17] Employment agreement example (Cause definition)
- [18] Fidelity NetBenefits: RSU taxation basics
- [19] IRS Topic 427: Stock options
- [20] Latham & Watkins Book of Jargon: Emerging Companies