Burn Multiple Benchmarks (2026)

Burn multiple medians, top quartile, and bottom quartile by funding stage and ARR tier, plus the investor bar that determines whether a round gets done at the price you want.

Why burn multiple is the post-2022 efficiency screen

Burn multiple emerged as the single most-cited capital-efficiency metric for cloud businesses in the 2020 to 2022 window. It became the post-2022 fundraise screen because it cuts through the noise that other efficiency metrics carry. CAC isolates S&M efficiency. Magic number measures sales productivity over a quarter. Burn multiple measures the full capital efficiency of the entire operation: how many dollars of cash did you burn to produce one dollar of new ARR.

The formula:

Burn Multiple = Net Cash Burn / Net New ARR

Both terms measured over the same period (typically the trailing twelve months for the headline figure, with the trailing quarter shown as the leading indicator). The framework was introduced by David Sacks at Craft Ventures and has since become standard reference in Bessemer Atlas and Iconiq Growth reporting.

Burn multiple benchmarks by funding stage

Stage	Median	Top quartile	Bottom quartile	Investor bar	Notes
Seed / pre-Series A	1.8x	Less than 1.2x	More than 3.0x	Less than 2.5x	Wide distribution. Survival bias understates the worst.
Series A	1.4x	Less than 1.0x	More than 2.2x	Less than 2.0x	Tightest distribution across stages.
Series B	1.2x	Less than 0.9x	More than 1.8x	Less than 1.5x	Above 1.5x triggers diligence drag.
Series C	1.0x	Less than 0.7x	More than 1.5x	Less than 1.2x	Path to break-even should be visible.
Growth / pre-IPO	0.8x	Less than 0.5x	More than 1.2x	Less than 1.0x	Public SaaS comps anchor the upper bound.

Sources: Craft Ventures research, Bessemer State of the Cloud 2026, Iconiq Operating Metrics, KeyBanc CMS SaaS Survey 2024 cohorts. All numbers as of May 2026.

Burn multiple benchmarks by ARR tier

For founders whose funding stage label does not match their ARR, the tier view is more accurate. A $4M ARR Series B company should read both the Series A and the $5M ARR tier rows.

$1M ARR

1.9x

Median

Less than 1.4x

Top quartile

$5M ARR

1.4x

Median

Less than 1.0x

Top quartile

$10M ARR

1.2x

Median

Less than 0.9x

Top quartile

$25M ARR

1.0x

Median

Less than 0.7x

Top quartile

$50M+ ARR

0.8x

Median

Less than 0.5x

Top quartile

How investors actually price burn multiple

The relationship between burn multiple and the price an investor pays per dollar of ARR is roughly stepped. Three discrete bands:

Below 1.0x burn multiple

Investors treat this as a fundamentally efficient business. EV/ARR multiples are anchored to growth rate and NRR without a significant efficiency discount. This is the band where SaaS companies trade at premium multiples to peer growth profile.

1.0x to 2.0x burn multiple

The middle band. Investors model expected efficiency improvement into the underwriting and price closer to peer benchmark. Diligence focuses on whether the burn multiple is trending down (positive) or up (negative). Companies inside this band on a trending-down trajectory close rounds at peer-multiple pricing.

Above 2.0x burn multiple

The discount band. Investors apply explicit valuation discounts. The size of the discount scales with the burn multiple and with the difficulty of plausibly explaining the path back to efficiency. Above 3.0x is increasingly difficult to clear at any reasonable price in the 2025-2026 environment.

What good vs bad trajectories look like

A burn multiple of 1.8x trending toward 1.2x over four quarters tells a fundamentally different story than the same 1.8x trending toward 2.4x. Trajectory matters more than spot value for fundraise and board pack purposes.

Good trajectory signals: quarter-over-quarter burn multiple improving by 0.1x or more, driven by either ARR acceleration or cost discipline. Magic number stable or improving alongside. Pipeline coverage healthy. New cohort NRR consistent with prior cohorts. These signals combined indicate the efficiency improvement is real and structural, not a one-time accounting effect.

Bad trajectory signals: burn multiple improving on the surface because a one-time accounting reclassification moved costs out of opex (treated by investors as cosmetic). Burn multiple improving because growth collapsed faster than burn (a real efficiency failure dressed as improvement). Magic number falling while burn multiple flat (sales engine breaking even as the headline holds). Investors detect each of these in diligence.

Calculate your burn multiple

The free calculator plots your number against the benchmark cohort and shows the trajectory. The formula breakdown is on the dedicated formula page.

Burn multiple calculator Burn multiple formula Net new ARR formula Runway calculator All benchmarks by ARR tier Fundraise diligence view

Frequently Asked Questions

What is a good burn multiple for a SaaS company in 2026?

Below 1.5 is the broad investor benchmark across stages. Below 1.0 is top quartile. Above 2.0 is increasingly worrying in the post-2022 environment, where 2.0 used to be a borderline-acceptable seed-stage number and is now flagged at every stage. The right number depends on stage: seed and early Series A can defend 1.5 to 2.5; Series B should be running 1.0 to 1.7; Series C and beyond should be below 1.5. Anything above 3.0 at any stage is a serious capital-efficiency problem.

Where did the burn multiple framework come from?

David Sacks at Craft Ventures coined the metric in 2020 as a single-number summary of capital efficiency for cloud businesses. The formula is net cash burn divided by net new ARR over the same period. The framework's appeal is its simplicity: it cuts through the noise of growth rate vs margin vs cash, and gives one number that says how many dollars of cash you spent to produce one dollar of new ARR. The framework took off because it scales naturally across stage, unlike CAC or payback which depend heavily on the cost mix you choose to include.

How did the post-2022 reset change burn multiple expectations?

Materially. The 2021 cohort tolerated burn multiples of 2 to 3 across early-stage SaaS because growth was the primary screen and capital was plentiful. The 2026 cohort has flipped the priorities. Burn multiple has become the primary efficiency screen alongside growth. The acceptable threshold tightened roughly half a turn at every stage, and the discount for being above 2.0 widened materially. Bessemer commentary on the 2025-2026 vintage explicitly cites burn multiple as the second metric (after NRR) investors look at when deciding whether to take a meeting.

Should I use trailing-quarter or trailing-year burn multiple?

Trailing year for the headline number, trailing quarter for the trend. A single quarter's burn multiple is too volatile to use as the primary metric (a large expansion contract or a one-time cost can move it dramatically). The trailing-twelve-month figure smooths the volatility and is what investors will compute themselves anyway. The trailing quarter is useful as a leading indicator. Both should appear in a board pack or fundraise deck. A trailing year of 1.6 with a trailing quarter of 1.1 tells a different (and better) story than a trailing year of 1.6 with a trailing quarter of 2.4.

How does burn multiple relate to other capital efficiency metrics?

Burn multiple is the most general capital-efficiency metric. CAC payback measures S&M efficiency specifically. Magic number measures sales productivity over a quarter. Burn multiple measures total capital efficiency including R&D, G&A, and everything else. The three are complementary, not substitutes. A company with strong CAC payback (under 12 months), strong magic number (above 1.0), and weak burn multiple (above 2.5) has an efficient sales engine but is over-spending on R&D or G&A. The combination tells the story; no single metric does.

What causes a burn multiple to spike unexpectedly?

Three common causes. One: a soft new-logo quarter without a matching cost reduction, which inflates the ratio because the denominator (new ARR) fell while the numerator (cash burn) stayed flat. Two: an opex investment ahead of the corresponding revenue inflection (new sales hires before they ramp, a market expansion before it produces ARR). Three: a one-time cost that should have been adjusted out (litigation settlement, restructuring, one-time bonus). The first is a real signal; the second is a planned investment that should normalise; the third should be excluded from the trailing-twelve-month figure with a disclosed bridge.