Integrated three-statement model
Build a forecast in which the balance sheet balances because the cash flow statement is complete, and explain why.
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The three models that most analyst interviews test.
Build a forecast in which the balance sheet balances because the cash flow statement is complete, and explain why.
Value a company from its cash flows, compare the two terminal methods, and identify which assumptions drive the result.
Bring a peer set to one calendar year and one trailing period, compute and defend the multiples, and carry each range through a football field to an implied value per share.
Buying a company, paying for it and dividing what it returns.
Size a deal, run its debt schedule with a sweep, and decompose the return into EBITDA growth, multiple change and net debt reduction.
Price an offer, fund it, and say whether it is accretive, by how much, and how much synergy it would take to break even.
Allocate a purchase price across book assets, fair value write-ups and new intangibles, compute the deferred tax liability and goodwill in a stock deal and an asset deal, build the closing balance sheet, and say what the write-ups cost earnings and what a step-up is worth in cash.
Price a seed round with a converting SAFE and a pool top-up, say who paid for the pool, and run the exit waterfall for a non-participating preferred.
Lending against a business, and who is repaid when it fails.
Size a leveraged loan from three tests and name the one that binds, run the borrower through a downside, read covenant headroom as an EBITDA cushion, and say what must be refinanced and what the lenders recover in default.
Forecast a stressed company’s liquidity week by week, size the revolver inside its borrowing base, and say in which week the covenant breaks and how much new money would keep it whole.
Distribute a restructured company’s value by an assumed priority ranking across a range of enterprise values, identify the fulcrum security in each, and calculate the return on each traded class at an assumed purchase price.
Buying, building and owning property, from the rent roll up.
Underwrite an income-producing property from the rent roll to a levered IRR, size the loan to the tightest of three constraints, and run the sponsor’s promote through a waterfall.
Build a development budget and its draw profile, fund it equity first and then with a construction loan, lease the building up to stabilisation, refinance and sell it, and say what the development spread and the levered return are.
Build same-store and acquisition NOI, reconcile net income to FFO and AFFO, fund acquisitions with debt and new shares, and say what the REIT is worth against its NAV and whether its next acquisition is accretive.
Long-lived assets funded against their own cash flows.
Size a project loan by sculpting to a coverage target, run the reserve accounts and the lock-up through a full waterfall, and say what the equity earns on the base case and the downside.
Build an availability-based unitary charge with indexation and deductions, repay the debt as an annuity, smooth lifecycle costs through a reserve, solve the charge that delivers the target equity IRR, test lender coverage against the covenant, and compare the authority’s payments with a public sector comparator.
Drug pipelines valued on probability, and devices on their installed base.
Value a development-stage biotech programme by programme: build a launch curve from patients and price, risk-adjust by stage, discount to an rNPV, and sum the parts to a price per share.
Roll an installed base of sold and leased systems, drive procedures and consumables from utilisation, separate recurring from capital revenue, account for leased systems as capital, and decide whether a system is worth more sold or leased.
Recurring revenue and two-sided markets, built from customers.
Build a subscription business from sales capacity to ARR to a quarterly P&L, reconcile cash to revenue through deferred revenue, and read the unit economics an investor will ask for.
Build GMV from buyer cohorts with retention and frequency by tenure, take it to net revenue through the take rate and incentives, to contribution per order and EBITDA, and judge a buyer’s lifetime value against its acquisition cost.
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Around every model
Understand
A primer teaches the idea in the words an interviewer uses.
Inspect
The whole workbook in the browser, every sheet and every cell, before you download.
Build
A lab drills it against a clock, marked as you go.
Download
The worked model, formulas live, and a starter that leaves the hard part to you.
Check
Every model carries its own checks; the page tells you they hold before you open it.
Apply
A skill runs the same logic on a real company from its filings.
M&A and private equity models
4 models, 20 schedules, 12 labs and 16 guides: leveraged buyout model, merger model: accretion and dilution, purchase price allocation model, cap table and exit waterfall model.
Credit and restructuring models
3 models, 11 schedules, 4 labs and 4 guides: credit model, 13-week cash flow model, recovery waterfall model.
Real estate models
3 models, 14 schedules, 3 labs and 5 guides: property acquisition model, real estate development model, reit model: ffo, affo and nav.
Project finance and infrastructure models
2 models, 11 schedules, 2 labs and 4 guides: project finance model, ppp availability payment model.
Healthcare financial models
2 models, 10 schedules, 3 labs and 7 guides: biotech rnpv and sum-of-the-parts model, medtech installed-base and consumables model.
Technology company financial models
2 models, 9 schedules, 4 labs and 4 guides: saas operating model, marketplace model: gmv, take rate and contribution.
A schedule recurs across models. Learn the debt schedule once and you will recognise it in the LBO, the three-statement model and the credit case; each schedule page shows exactly where it sits in every model that uses it.
The statements
Operating schedules
Financing schedules
Valuation and returns
Transaction schedules
Venture schedules
Project finance schedules
Real estate schedules
Restructuring schedules
Healthcare schedules
Technology schedules
The house style
Inputs in one place. Drivers sit on the Assumptions sheet. Detailed schedules such as a rent roll, a claims register or a programme sheet carry their own inputs, and the cover lists every sheet that has them. Formulas carry no hardcoded numbers.
Three font colours. Blue for inputs, black for formulas, green for links to other sheets. Check rows are shaded and should read zero.
No circular references. Interest is charged on opening balances, as each cover states, so the workbook calculates without iteration. Each page shows whether every check reads zero.
Sensitivities as formulas. Each cell of a sensitivity grid recalculates the output in closed form, so it can be traced, and the centre cell is checked against the main sheet.
Tagged schedules. Rows are tagged to the schedule they belong to, which lets a starter workbook clear one schedule, such as the debt schedule, and leave the rest of the model intact.
Illustrative data. Each model uses illustrative data for a fictional company, property, project or transaction. The inputs are starting assumptions, not forecasts or market data.
To use online, yes. Anyone can preview every model on its page, sheet by sheet, without signing in. A free account works with every model online: change the inputs, switch the case, see every formula and watch the workbook recalculate. Every starter workbook downloads with a free L3VLUP account. A worked model downloads with L3VLUP Plus (one each billing month, kept for good) or L3VLUP Pro (every model). Signing in is one email, no password.
Each model is one node in a learning path. The primer teaches the idea, the lab drills it against a clock, the guide walks through the build, the worked model shows a finished version you can trace cell by cell, the starter workbook makes you build the hard part, and the skill applies the same logic to a real company. A template is only the fourth of those six.
Yes, for study, interview preparation and your own analysis. They are not for redistribution as templates. Each uses illustrative data for a fictional company, property, project or transaction; when you use one for a real company, replace the inputs and check the outputs yourself.
Interest is charged on opening balances throughout. That is a deliberate choice, stated on every cover sheet: a model that always calculates, at the cost of a one-year lag on interest, is the right trade for a model built to be learnt from, and it is the reason a formula engine can verify every check in every one of them before you download it.
A building block that recurs across models: a debt schedule, a working-capital build, a sources-and-uses table. The schedule pages explain each one, show exactly where it lives inside each model, and link the lab that drills it. Learn the schedule once and you can find it in every model that uses it.