Does the option pool shuffle change the headline valuation?

No. The pre-money and post-money numbers on the term sheet look identical either way; the shuffle changes who bears the dilution from the pool, not the stated valuation.

How large is a typical requested option pool?

Commonly discussed in the range of roughly 10-20% of post-money, sized to the company's hiring plan through the next round — though the right size depends on the specific hiring plan, not a fixed rule.

Can founders negotiate the option pool shuffle?

Yes. Common levers include sizing the pool to an actual hiring plan, crediting unused shares from a prior pool, and negotiating whether the pool is created pre-money, post-money, or split between the two.

Does the option pool shuffle affect the new investor's ownership too?

Only if the pool is created post-money — in that version the investor's stake gets diluted along with everyone else. Under the shuffle (pre-money pool), the investor's target ownership is protected.

What is the option pool shuffle? A practical definition

Q: What is the option pool shuffle?

It's when a new investor requires the employee option pool to be counted as part of the pre-money valuation, so existing shareholders — mainly founders — are diluted by the pool instead of the new investor.

Glossary · founder · 4 min read · last verified 2026-07-21

Reviewed before publication Editorial board — revision applied Independent commercial review

In shortThe option pool shuffle is when a new investor requires the option pool to be counted as part of the pre-money valuation, so founders alone absorb the dilution instead of the new investor. A worked example shows founders keeping 46.67% with

The option pool shuffle is when a new investor requires the employee option pool to be created or topped up before a financing round closes, and counted as part of the pre-money valuation — meaning the pool dilutes existing shareholders, mainly founders, rather than the new investor. It doesn't change the headline valuation printed on the term sheet, but it changes how much of the company founders actually keep.

General information about common priced-round mechanics, not legal or financial advice — always confirm the exact treatment with counsel and a cap table model before signing a term sheet.

The mechanic, in one sentence

A term sheet's "pre-money valuation" is supposed to represent the company's value before the new money comes in. The shuffle is a choice about whether the newly created or expanded option pool is counted as part of that pre-money value (so existing shareholders alone pay for it) or added after the new investment closes (so the new investor pays for part of it too). Both versions can show the exact same pre-money and post-money numbers on the term sheet — the difference only shows up once you work out the share counts.

Worked example: same headline valuation, two different outcomes

Say founders hold 7,000,000 shares before the round, and the term sheet reads: $5,000,000 investment, $10,000,000 pre-money, $15,000,000 post-money, with a 20% post-money option pool required.

Scenario A — the shuffle: pool created pre-money. The pool is carved out of the $10,000,000 pre-money bucket, so only existing shareholders (founders) are diluted by it.

Investor target: $5,000,000 ÷ $15,000,000 = 1/3 of post-money
Pool target: 20% of post-money
Founders' remaining share: 100% − 1/3 − 20% = 7/15 ≈ 46.67%
Solving for total shares so that founders' 7,000,000 shares equal 46.67%: total post-money shares = 7,000,000 ÷ (7/15) = 15,000,000 shares
Investor shares: 1/3 × 15,000,000 = 5,000,000 shares → price per share = $5,000,000 ÷ 5,000,000 = $1.00
Pool shares: 20% × 15,000,000 = 3,000,000 shares
Check: 7,000,000 (founders) + 5,000,000 (investor) + 3,000,000 (pool) = 15,000,000 ✓

Scenario B — no shuffle: pool created post-money, diluting the investor too. The investment is priced against the pre-money share count first, then the pool is added afterward and dilutes everyone, including the new investor.

Price per share: $10,000,000 pre-money ÷ 7,000,000 founder shares = $1.4286
Investor shares: $5,000,000 ÷ $1.4286 = 3,500,000 shares (still 1/3 of the 10,500,000 shares outstanding before the pool: 3,500,000 ÷ 10,500,000 = 33.3%)
Now add a 20% pool post-closing: total shares after pool = 10,500,000 ÷ (1 − 0.20) = 13,125,000; pool shares = 13,125,000 − 10,500,000 = 2,625,000
Founders' final share: 7,000,000 ÷ 13,125,000 = 53.33%
Investor's final share: 3,500,000 ÷ 13,125,000 = 26.67% (diluted down from their original 33.3% target)
Check: 7,000,000 + 3,500,000 + 2,625,000 = 13,125,000 ✓

The comparison: founders keep 53.33% without the shuffle versus 46.67% with it — a 6.67 percentage-point difference — on a term sheet that displays the identical $10,000,000 pre-money / $15,000,000 post-money headline in both cases. The investor's own ownership is protected at exactly their 1/3 target under the shuffle, but drops to 26.67% without it, which is precisely why investors ask for the pre-money version.

Why investors ask for it — and why it's not necessarily bad faith

Reserving an option pool for the hiring plan through the next round is a legitimate need; a company that's about to hire aggressively does need unallocated equity set aside. The shuffle isn't a dispute about whether a pool is needed — it's a dispute about who pays for it. Investors asking for the pre-money version are protecting their own ownership target from that dilution; founders footing the entire pool are effectively pricing the round slightly lower than the headline pre-money number suggests, since more of their own shares get diluted for the same dollars raised.

What to negotiate instead of accepting the standard ask

Size the pool to an actual hiring plan for the period until the next round, rather than accepting a flat, generic percentage.
Check whether unused shares from a prior pool should count toward satisfying the "new" pool requirement, rather than stacking a full new allocation on top.
Negotiate whether the pool is created fully pre-money, fully post-money, or split — a blended treatment is a legitimate middle ground.

How this interacts with stacked SAFEs converting into the same round

If stacked SAFEs are converting at the same priced round where a new pool is being carved out, both effects hit the founders' ownership in the same transaction, and the order in which a cap table model applies them changes the arithmetic. Model the SAFE conversions, the pool, and the new investment together rather than one after another. The resulting preferred stock terms from that round also determine what everyone actually walks away with at exit — see what is a liquidation preference stack.

The headline pre-money and post-money numbers on a term sheet are the same either way. Whether founders end up with 46.67% or 53.33% of the company (the two outcomes computed in the worked example above) depends entirely on a mechanic that never appears on the term sheet's front page.