Primary equity fundraising
Connect gross investment and pre-money value to issue price, new shares, investor ownership, and the percentage existing holders retain.
Compare simplified DCF, EBITDA, and revenue-multiple value ranges with advisory retainers, milestones, success fees, net financing proceeds, new shares, ownership, and dilution.
Purpose changes the planning boundary only; it does not apply statutory valuation rules.
Multiples and DCF respond to different assumptions, so cross-check both when evidence permits.
These are fictional examples, not market averages or fair terms. Replace them with management accounts, comparable evidence, the advisory proposal, cap table, and term sheet.
Align revenue, EBITDA, FCF, cash, and debt to one valuation date, currency, and accounting boundary.
Revenue for one consistent period and accounting boundary
Metric used by the EBITDA method; a loss may be entered as negative
First explicit free cash flow in the simplified DCF; may be negative
User-verified amount added when bridging enterprise to equity value
Align leases, preferred claims, and debt-like items with the transaction scope
Enter your reviewed comparable multiple and a fixed sensitivity range.
Your reviewed comparable-company or transaction input, not a market benchmark
Moves the base multiple down and up by the same percentage
Separate fixed and raise-linked fees, then align pre-round fully diluted shares with the term-sheet boundary.
Fixed fee payable regardless of financing outcome
Fixed fees for models, reports, presentations, or acceptance stages
Verified diligence, data, translation, travel, tax, or quote exclusions
Verify the contract base, minimum, cap, and tax separately
Investor cash before deducting advisory costs
Align option-pool and convertible treatment with the term sheet
Base pre-money equity value
$3,450,000.00
Enterprise value plus cash less debt, floored at zero
Total advisory cost
$82,500.00
Retainer + milestones + other cost + success fee
Net company proceeds
$1,417,500.00
Gross primary financing less total advisory cost
Existing-holder dilution
30.30303%
Gross investment divided by pre-money plus investment
The multiple method moves the base multiple by the selected range; DCF moves the discount rate by fixed percentage points. Lower value increases dilution for the same raise.
| Scenario | Applied assumption | Enterprise value | Pre-money equity value | Issue price | New shares | Investor ownership | Existing ownership | Net proceeds per 1pp dilution |
|---|---|---|---|---|---|---|---|---|
| Low value | 5.6× | $2,520,000.00 | $2,820,000.00 | $1.41 | 1,063,829.787234 | 34.722222% | 65.277778% | $40,824.00 |
| Base | 7× | $3,150,000.00 | $3,450,000.00 | $1.73 | 869,565.217391 | 30.30303% | 69.69697% | $46,778.00 |
| High value | 8.4× | $3,780,000.00 | $4,080,000.00 | $2.04 | 735,294.117647 | 26.88172% | 73.11828% | $52,731.00 |
Only advisory cost moves by ±20%; gross investment and base pre-money stay fixed. Contractual dilution therefore stays constant while net company proceeds change.
| Advisory-cost scenario | Total advisory cost | Net proceeds | Advisory cost rate | Contractual dilution | Net proceeds per 1pp dilution | Net proceeds per new share |
|---|---|---|---|---|---|---|
| Advisory cost -20% | $66,000.00 | $1,434,000.00 | 4.4% | 30.30303% | $47,322.00 | $1.65 |
| Current advisory cost | $82,500.00 | $1,417,500.00 | 5.5% | 30.30303% | $46,778.00 | $1.63 |
| Advisory cost +20% | $99,000.00 | $1,401,000.00 | 6.6% | 30.30303% | $46,233.00 | $1.61 |
The current IVS and IVS 200 materials from IVSC, the IFRS Foundation educational material for unquoted equity under IFRS 13, and GAO-20-195G were checked on 2026-08-08. They support purpose, basis, method selection, input provenance, documentation, and sensitivity boundaries—not a company value, fair multiple, discount rate, advisory price, or financing term. This calculator is not an IVS-compliant report, IFRS fair-value measurement, tax or statutory value, fairness opinion, investment recommendation, or contract review.
A business valuation proposal is not only the price of a report.
In a primary financing, the value conclusion flows into issue price, new-share count, investor ownership, and dilution, while retainers and success fees reduce the cash that actually reaches the company.
This calculator builds low, base, and high value cases using simplified DCF, EBITDA multiples, or revenue multiples, then connects them to advisory cost, net proceeds, and a single primary equity round.
The central discipline is to keep contractual dilution separate from fee leakage.
If gross investment and pre-money value stay fixed, a higher advisory fee does not reduce the investor’s contractual percentage; it reduces net company proceeds and financing efficiency per percentage point diluted.
Connect gross investment and pre-money value to issue price, new shares, investor ownership, and the percentage existing holders retain.
Organize advisory scope and a value range while reviewing the actual secondary price, taxes, representations, and closing terms separately.
Explore an internal value range without treating the output as a statutory exercise price, tax value, or accounting measurement.
Plan evidence, methods, deliverables, and budget before commissioning formal work without predicting approval, inspection, or tax treatment.
Enterprise value is the starting indication for the operating business, while equity value is the amount attributed to holders after the selected capital-structure bridge.
The calculator adds cash and non-operating financial assets, then subtracts debt and user-selected debt-like claims.
Real engagements may debate whether leases, shareholder loans, preferred claims, unpaid bonuses, working-capital adjustments, or non-operating assets belong in that bridge, so record the exact boundary beside every result.
Equity value = enterprise value + cash − debt
Post-money equity value = pre-money equity value + gross primary investment
The method multiplies reference EBITDA by a comparable multiple reviewed by the user.
Comparability can break when capital intensity, growth, recurring revenue, one-time items, accounting policy, or required reinvestment differ materially.
If EBITDA is zero or negative, a positive multiple does not produce a useful positive value, so cross-check revenue, detailed DCF, asset evidence, and actual transactions.
Revenue multiples can create a scenario before profit stabilizes, but equal revenue does not mean equal economics.
Gross margin, customer concentration, growth quality, churn, cash burn, and future capital needs can justify very different values.
Treat the revenue multiple as a transparent comparable-data assumption, not a substitute for profitability and cash-flow analysis.
The calculator grows year-one free cash flow at one explicit rate, discounts each year, and adds a Gordon-growth terminal value.
It does not accept separate annual revenue, margin, tax, working-capital, or capital-expenditure schedules, so it cannot replace the detailed DCF in a professional engagement.
A narrow gap between discount rate and terminal growth can make terminal value dominate the answer; always inspect low, base, and high discount-rate cases and the terminal-value present value.
FCF(t) = year-one FCF × (1 + growth)^(t − 1)
Explicit FCF PV = Σ FCF(t) ÷ (1 + discount rate)^t
Terminal value = FCF(n) × (1 + terminal growth)
÷ (discount rate − terminal growth)
Even the high-value discount rate, calculated as base rate less the sensitivity in percentage points, must be positive and above terminal growth.
The interface reports an input error instead of silently clamping an invalid combination.
A one-line advisory quote is difficult to compare unless deliverables and payment conditions are separated.
The model combines retainers, milestone fees, and other direct costs as fixed advisory cost, then calculates a separate success fee as a percentage of gross primary financing.
If the real contract applies its rate to enterprise value, equity value, an increase above a threshold, collected proceeds, or a minimum-and-cap structure, calculate the expected payment on that contractual basis before using this field.
Pre-money is the equity value immediately before new investor cash; post-money adds gross primary investment.
Dividing pre-money by pre-round fully diluted shares gives the issue price, and dividing investment by that price gives new shares.
The term sheet must determine whether an option-pool increase and convertible instruments enter the pre-round denominator, because those ordering rules can materially change ownership.
Issue price = pre-money equity value ÷ pre-round shares
New shares = gross primary investment ÷ issue price
Investor ownership = investment ÷ (pre-money + investment)
Existing ownership retained = pre-money ÷ (pre-money + investment)
The Korean fictional default applies an 8× multiple to KRW 300,000,000 of EBITDA, producing KRW 2,400,000,000 of enterprise value.
Adding KRW 500,000,000 of cash and subtracting KRW 300,000,000 of debt produces KRW 2,600,000,000 of pre-money equity value.
With KRW 1,000,000,000 of gross primary investment, post-money is KRW 3,600,000,000 and contractual dilution is 27.777778%.
Fixed advisory cost is KRW 30,000,000 and a 2% success fee is KRW 20,000,000, leaving KRW 950,000,000 of net proceeds.
| Default set | Enterprise value | Pre-money equity | Advisory cost | Net proceeds | Dilution |
|---|---|---|---|---|---|
| Korean KRW example | KRW 2,400,000,000 | KRW 2,600,000,000 | KRW 50,000,000 | KRW 950,000,000 | 27.777778% |
| English USD example | USD 3,150,000 | USD 3,450,000 | USD 82,500 | USD 1,417,500 | 30.30303% |
The independent USD default uses USD 450,000 of EBITDA at 7×, USD 700,000 of cash, USD 400,000 of debt, and USD 1,500,000 of gross financing.
Pre-money is USD 3,450,000, post-money is USD 4,950,000, issue price is USD 1.725 on 2,000,000 pre-round shares, and approximately 869,565.217391 new shares produce 30.30303% investor ownership.
These independent currency examples are not exchange-rate conversions, market observations, or recommended terms.
Moving the Korean default 8× multiple by ±20% creates 6.4×, 8×, and 9.6× cases.
After the same net-cash bridge, pre-money values are KRW 2,120,000,000, KRW 2,600,000,000, and KRW 3,080,000,000, while dilution on the same KRW 1,000,000,000 raise is 32.051282%, 27.777778%, and 24.509804%.
A higher headline value is not automatically a better overall deal because liquidation preference, participation, anti-dilution, conversion, governance, option-pool sizing, and future financing capacity can change economics and control.
Preferred financing economics cannot be summarized by ownership percentage alone.
Liquidation preference, participation, conversion, anti-dilution, redemption, dividends, board rights, protective provisions, and transfer rights can change both proceeds and control at the same stated percentage.
Verify that you Define purpose, basis of value, valuation date, currency, intended users, and distribution limits in writing.
Verify that you Identify methods performed, methods excluded, and the reason each method fits the available evidence.
Verify that you Preserve comparable selection, outlier treatment, and size, growth, profitability, and risk adjustments.
Verify that you Confirm forecast version, management interviews, sensitivity, and evidence-validation scope.
Verify that you Reconcile the enterprise-to-equity bridge for cash, debt, debt-like claims, and non-operating assets.
Verify that you Separate retainer, milestones, success fee, minimum, cap, tax, expenses, cancellation, and refund terms.
Verify that you List draft, final report, model files, presentations, revisions, acceptance criteria, and delivery dates.
Verify that you Review third-party reliance, liability limits, confidentiality, retention, deletion, reuse, and conflicts.
No. If pre-money and gross investment are unchanged, contractual investor ownership is based on gross investment. Advisory fees reduce net company proceeds and financing efficiency, not that stated percentage.
Read the contract. The base may be gross commitments, collected cash, value above a threshold, enterprise value, or a minimum-and-cap formula. Convert the real clause to an expected payment before using a different simplified base.
A positive multiple applied to negative EBITDA does not create a useful positive operating value. Cross-check revenue, detailed DCF, assets, milestones, and observed transactions with a qualified valuer.
WACC is a common starting point for enterprise free cash flow, but the correct rate depends on the cash-flow definition, capital structure, risk, currency, and purpose. This calculator does not estimate it.
Use the fully diluted definition in the term sheet. The treatment and timing of ungranted pools, granted options, SAFEs, notes, and preferred conversion can materially alter issue price and dilution.
It reduces immediate percentage dilution when investment and rights are equal, but an unsupported value can increase milestone pressure, down-round risk, or restrictive terms. Review price and non-price rights together.
No. It is an internal scenario, not a statutory, tax, accounting, compensation, fairness, or formal appraisal conclusion for any jurisdiction.
This is a global, user-entered planning model, not a statutory-rate table or a database of market multiples and advisory prices.
The following official materials support the boundaries for purpose, basis, method choice, input provenance, documentation, complete cost, and sensitivity only.
References were checked on August 8, 2026.
The result is not an IVS-compliant report, IFRS fair-value measurement, tax or statutory value, fairness opinion, investment recommendation, legal advice, accounting conclusion, or contract review.
Align the valuation date, financial evidence, comparables, discount-rate support, advisory scope, and cap-table definition before entering values.
A conclusion that remains understandable across low, base, high, and fee-sensitivity cases is easier to explain, negotiate, revisit, and improve.