# Ski Resort Model

Model the economics of a ski resort, from season passes and visitor numbers to hospitality revenue and valuation.

- Canonical: https://finamodel.com/templates/ski-resort
- Excel download: https://finamodel.com/templates/ski-resort.xlsx
- Category: Consumer
- Model type: Valuation
- Difficulty: Intermediate
- Audiences: Investors & analysts, PE & buy-side, Founders & operators, Private equity investors, Resort and leisure operators, Corporate development teams, Credit analysts, Resort operators, Leisure investors, Equity research analysts, Resort CFOs
- Tags: ski resort, mountain resort, leisure, operating model, dcf, season pass, skier visits, DCF, capacity utilisation

## Overview

A ski resort earns far more than lift-ticket revenue. Season passes, ski school, food and beverage, rentals, retail, and lodging all depend on how many guests visit and how well the mountain can serve them.

This model helps operators and investors connect demand, capacity, spending, and costs in one plan. Use it to evaluate growth initiatives, weather-sensitive scenarios, or the value of a destination resort business.

## What's included

- Capacity: skiable acres with terrain expansion, comfortable visits per acre
- Pricing: season pass price, lift ticket price, ski school, F&B, retail and lodging per-visit spend, price escalation
- Cost structure: mountain operations, snowmaking and grooming, cost of goods (% of F&B and retail), marketing, G&A, insurance (% of revenue), depreciation %, amortisation %, tax
- Capital and working capital: maintenance capex %, growth capex %, NWC % of revenue growth, base-year revenue
- Valuation: WACC, terminal growth, net debt, shares outstanding
- Utilisation metric: capacity utilisation as the operating constraint with on-track and watch thresholds
- Dashboard with EV, equity value, per share, EV/EBITDA, EBITDA margin, capacity utilisation, and revenue mix with traffic-light status
- Visitation engine: season-pass units, pass visits per pass, and day-ticket visits
- Capacity and utilisation block: skiable acres, skier capacity, and capacity utilisation
- Six revenue streams: season pass, lift tickets, ski school, F&B, retail and rental, and lodging
- P&L from revenue through operating costs to EBITDA, then depreciation to EBIT, tax, and net income
- Unlevered free cash flow bridge and a WACC-based DCF (PV of UFCF plus a Gordon-growth terminal value)
- Visitation inputs: season pass units and growth, visits per pass, day-ticket visits and growth
- Operations sheet: pass units, pass visits, day visits, total skier visits, acres, visits per acre, capacity, utilisation
- Revenue sheet: season pass, lift tickets, ski school, food and beverage, retail and rental, lodging, total revenue
- P&L sheet: revenue to net income with the resort cost stack and per-revenue depreciation, margins, identity check
- FCF sheet: NOPAT, D&A add-back, capex, change in NWC, unlevered FCF, discount factor, PV
- Valuation sheet: sum of PV, terminal value, enterprise value, equity value, value per share, implied EV/EBITDA
- One-page dashboard: EV, equity value, value per share, implied EV/EBITDA, and capacity utilisation

## How the Ski Resort Financial Model Works: Drivers, Cash Flow, and Valuation

This ski resort financial model template gives a clear view of how a destination resort's economics fit together. It covers seven years of operations, from season pass and day-ticket demand through capacity limits, revenue streams, cost structure, free cash flow, and a discounted valuation.

The overview below explains the logic so you can assess whether the template matches your planning needs.

### Demand Drivers and Capacity Limits

The operating engine separates season pass units from day-ticket visits. Pass units grow on a network-effect input, while day-ticket visits grow more slowly and are scaled by a snow-year index.

- Pass visits are calculated from units multiplied by visits per pass, and they are unaffected by the current season's weather because they are pre-sold. Day-ticket visits represent the walk-up and destination cohort, making them the segment most exposed to actual conditions.

- Total skier visits are the sum of pass and day visits, capped by the resort's skier capacity. Capacity is skiable acres times a comfortable carrying capacity of 3.0 thousand visits per acre.

- Utilisation compares total visits to that capacity. Because total visits are capped, utilisation can never exceed 100 percent, even in an aggressive stress scenario.

A dashboard traffic light flags utilisation against comfortable and watch thresholds.

### Revenue Streams and Cost Structure

Revenue comes from six streams, each escalated at a price-growth factor. Season pass revenue is pass units times pass price; lift ticket revenue is day visits times effective ticket price.

- Ski school, food and beverage, retail and rental, and lodging revenues are each driven by total skier visits multiplied by a per-visit spend. On the cost side, mountain operations and snowmaking and grooming form the resort cost base.

- Snowmaking and grooming cost intensity rises as the snow-year index falls below neutral, because a low-snow year requires more machine-made snow; a deep-snow year eases that cost. Cost of goods sold applies only to food, beverage, and retail revenue, keeping merchandise margin separate.

Marketing, general and administrative, and insurance and property costs are revenue-linked. EBITDA margin results from these relationships.

### Free Cash Flow and Working Capital

The unlevered free-cash-flow bridge starts with EBIT, subtracts unlevered tax to reach NOPAT, adds back depreciation and amortisation, and then deducts maintenance capex and growth capex. The change in net working capital is modelled as a small negative percent of the year's absolute revenue change.

- This reflects the advance-commitment pass model: season passes are sold and collected before the ski season begins, so working capital releases cash as the business grows. The bridge is a grey-font row labelled as a revenue-change bridge rather than a headline growth-rate metric.

- Year-one unlevered free cash flow is approximately $623 million, rising to approximately $872 million by year seven under base-case assumptions.

### Valuation and Practical Use

Valuation discounts the unlevered free cash flow stream at an 8.0 percent WACC and adds a Gordon-growth terminal value at 2.5 percent. This produces an enterprise value of approximately $13.3 billion.

- A net-debt bridge of $2.5 billion leads to an equity value of approximately $10.8 billion, or about $269.60 per share on 40 million shares. The implied EV/EBITDA multiple is 10.3 times, in line with the sector's high-single to low-double-digit range given the asset-heavy, weather-exposed model.

- The model is designed for operators and investors to evaluate growth initiatives, weather-sensitive scenarios, or the value of a destination resort business. Every driver is a single named-range input, so you can flex pass units, pricing, per-visit spends, cost stack, capex, the snow-year index, or the discount rate to test specific operators or conditions.

## The season pass anchors the model

The destination-resort business now runs on advance-commitment season passes sold before the snow falls, so this template drives pass revenue off pass units times price while ancillary spend follows skier visits. That split keeps the recurring, pre-paid pass economics distinct from the on-mountain capture, and analysts can flex pass penetration without disturbing the per-visit spend.

## Designed for one-edit responsiveness

Every input - season pass units and growth, visits per pass, the day-ticket cohort, skiable acres, the full price and cost stack, capex, working capital, and the WACC - is a named-range cell. Edit one and the operations, revenue, P&L, free-cash-flow bridge, valuation, and dashboard all recompute. No formula rewrites are needed to test a pricing or expansion scenario.

## An unlevered DCF, not an EBITDA shortcut

Resorts run healthy EBITDA margins but real depreciation and capex on lifts, snowmaking, and lodging, so the model bridges to unlevered free cash flow and discounts it at a WACC with a Gordon-growth terminal value. Enterprise value bridges through net debt to equity value and a per-share figure, and the implied EV/EBITDA falls out as a sanity check against the high-single to low-double-digit sector range.

## Visitation and capacity

A season-pass and day-ticket visitation engine drives total skier visits, while skiable acres and a carrying capacity set the utilisation ceiling the resort manages.

## Six revenue streams

Season pass and lift tickets plus ski school, F&B, retail and rental, and lodging are each escalated at a price-growth factor, so the recurring base and ancillary spend are separated.

## Unlevered DCF and dashboard

A NOPAT plus D&A less capex and working-capital bridge feeds a WACC-based DCF, summarised on a one-page dashboard of EV, equity value, value per share, and capacity utilisation.

## Workbook structure

### Cover

Workbook overview, sheet legend, units, and tab-colour key.

- Title and scope framing
- Sheet-by-sheet purpose summary
- Units and tab-colour legend

### Assumptions

Every driver in one sheet: visitation, capacity, pricing, costs, capital, valuation.

- Season pass units and growth, visits per pass, day-ticket visits and growth
- Skiable acres with terrain expansion, comfortable visits per acre
- Pass price, lift ticket price, ski school, F&B, retail and lodging per-visit spend, price escalation
- Mountain operations, snowmaking, cost of goods, marketing, G&A, insurance, depreciation, amortisation, tax
- Maintenance and growth capex, NWC %, base-year revenue
- WACC, terminal growth, net debt, shares
- EBITDA-margin and capacity-utilisation status thresholds

### Operations

Skier visits and capacity.

- Season pass units with annual growth
- Pass skier visits equal pass units times visits per pass
- Day-ticket visits with annual growth
- Total skier visits equal pass visits plus day visits
- Skiable acres, visits per acre, skier capacity, capacity utilisation

### Revenue

Revenue by stream.

- Season pass equals pass units times pass price times escalation
- Lift tickets equal day visits times ticket price times escalation
- Ski school, food and beverage, retail and rental, lodging equal total visits times per-visit spend times escalation
- Total revenue

### P&L

Revenue to net income.

- Total revenue from the Revenue sheet
- Mountain operations, snowmaking, marketing, G&A and insurance as % of revenue
- Cost of goods sold on food-and-beverage and retail revenue only
- EBITDA equals revenue less total operating costs
- Per-revenue depreciation and intangible amortisation
- EBIT, tax on positive EBIT, net income, margins, identity check

### FCF

Unlevered free cash flow bridge.

- EBIT and unlevered tax from the P&L
- NOPAT equals EBIT less unlevered tax
- Add back total D&A
- Maintenance and growth capex on revenue
- Change in net working capital on revenue growth
- Unlevered free cash flow
- Discount factor and PV of UFCF

### Valuation

Discounted cash flow.

- Sum of PV of explicit UFCF
- Gordon-growth terminal value and its PV
- Enterprise value
- Less net debt to equity value
- Shares outstanding and value per share
- Implied EV/EBITDA

### Dashboard

Headline metrics with traffic-light status and revenue mix.

- Enterprise value, equity value, value per share
- Implied EV/EBITDA
- Y7 revenue and EBITDA margin with On-track / Watch / Stretched flag
- Capacity utilisation with On-track / Watch / At-capacity flag
- Y7 revenue mix across the six streams

## Features

- **The season pass anchors the model:** The destination-resort business now runs on advance-commitment season passes sold before the snow falls, so the model drives pass revenue off pass units times price while ancillary spend follows skier visits. That split keeps the recurring, pre-paid pass economics distinct from the on-mountain capture, and analysts can flex pass penetration without disturbing the per-visit spend.
- **Built on skiable acres, a fixed capacity:** A resort carries a largely fixed terrain and lift base, so the incremental visit drops through at high margin until the mountain fills. The model reads capacity utilisation - total visits over a comfortable carrying capacity - as the operating metric, surfaces it on the dashboard against a traffic-light threshold, and captures the terrain-investment decision that relieves a resort running near capacity.
- **Unlevered DCF, not an EBITDA shortcut:** Because resorts are capital-intensive and carry negative working capital from pre-paid passes, the model bridges EBITDA to cash through NOPAT, D&A, capex, and the change in working capital, then discounts the unlevered free-cash-flow stream at a WACC with a Gordon-growth terminal value to a defensible enterprise and equity value.
- **The season-pass model:** Season-pass units grow on a network-effect input, capturing the advance-commitment pass model (Epic, Ikon) that now anchors resort revenue and de-risks weather.
- **Terrain as a capacity constraint:** Skiable acres times a comfortable carrying capacity set skier capacity; capacity utilisation is the operating constraint a resort manages with terrain investment.
- **Six-stream revenue:** Season pass, lift tickets, ski school, F&B, retail and rental, and lodging are each driven off visits and a per-visit or per-pass price, so ancillary spend is explicit.

## Use cases

- **Intrinsic valuation:** Set pass units and price, visits per pass, the day-ticket cohort, the per-visit ancillary spends, the cost stack, and a WACC, and read the enterprise value, equity value, value per share, and implied EV/EBITDA. Sense-check the multiple against the high-single to low-double-digit range resorts trade at.
- **Capacity and utilisation sensitivity:** Flex visitation and skiable acres to watch capacity utilisation cross the watch threshold, and see how much margin the operating leverage on a fixed terrain base adds before guest experience and crowding force terrain investment.
- **Pass-mix stress test:** Change pass unit growth, visits per pass, and the pass price to model a shift from day tickets toward advance-commitment passes, and read the revenue, EBITDA, working-capital, and valuation impact with the traffic-light flags surfacing any margin or capacity breach.
- **Resort valuation:** Flex pass growth, ticket price, per-visit ancillary spend, and terrain capex and read EV, equity value, and value per share off the DCF.
- **Terrain investment ROI:** Model the visit and utilisation uplift from new lifts or runs and test the payback against the capex.
- **Operating plan:** Benchmark per-visit ancillary spend and cost structure against peers and quantify the EBITDA impact of pass and pricing strategy.

## Frequently asked questions

### What is a ski-resort model?

A ski-resort model captures the seven-year operating economics and intrinsic value of a mountain ski-resort operator - the destination-resort business that runs lift, pass, ski school, food and beverage, retail and lodging revenue across a terrain estate. It builds skier visits from season-pass units times visits per pass plus a day-ticket cohort, frames capacity against skiable acres, prices six revenue streams, runs the cost stack to EBITDA, and discounts an unlevered free-cash-flow stream to enterprise value, equity value, and value per share. It is how a private-equity associate, operator CFO, or lender values a resort.

### Why is the season pass modelled separately from visits?

The season pass is sold once before the season for unlimited or multi-day access, so pass revenue is driven by pass units times the pass price, not by how many days each holder skis. Ancillary revenue - ski school, food and beverage, retail and rental, and lodging - follows the actual skier visits a pass generates plus the day-ticket cohort. Keeping the two separate lets the model capture the advance-commitment pass economics and the pre-paid cash float without double-counting attendance.

### Why is capacity utilisation the key operating metric?

A resort carries a largely fixed terrain and lift base, so the incremental visit drops through at high margin until the mountain fills. Capacity utilisation - total visits over a comfortable carrying capacity of skiable acres times visits per acre - is the metric that signals whether a resort is under- or over-skied, and the model surfaces it on the dashboard against a traffic-light threshold so a visitation or expansion scenario shows up against the constraint.

### Why an unlevered DCF instead of an EBITDA multiple?

Resorts run healthy EBITDA margins but carry real depreciation and capex on lifts, snowmaking, and lodging, so EBITDA overstates cash. The model bridges to unlevered free cash flow - NOPAT plus D&A, less capex, less the change in working capital - and discounts it at a WACC, then adds a Gordon-growth terminal value. The implied EV/EBITDA falls out as a sanity check against the high-single to low-double-digit range the sector trades at rather than as the valuation input.

### Can I make it a levered or single-resort model?

The template is a multi-stream unlevered DCF. For an equity-IRR view, add a debt schedule and bridge to levered free cash flow; for a single resort, set the visitation, acres, and pricing to that mountain. The net-debt line already bridges enterprise value to equity value, so a financing layer slots in cleanly.

### Why does the season pass matter so much?

The advance-commitment pass (Epic, Ikon) is sold before the season, so it locks in revenue regardless of snowfall and smooths the weather risk that historically made ski operators volatile. Pass units are a core growth driver.

### What is capacity utilisation in a ski resort?

Skiable acres times a comfortable carrying capacity (visits per acre) set skier capacity; utilisation is total skier visits over that capacity. It is the operating constraint a resort manages with terrain investment.

### What are the revenue streams?

Season pass (units times pass price), lift tickets (day visits times ticket price), and four ancillary streams - ski school, food and beverage, retail and rental, and lodging - each driven off total skier visits times a per-visit spend.

### What drives the valuation?

Pass-unit growth, day-ticket visits, ticket and pass pricing, per-visit ancillary spend, and terrain capex, set against the operating cost base. The DCF flexes them together.

### Who uses a ski resort operating model?

Resort operators and CFOs running operating plans, leisure investors underwriting acquisitions, and equity research analysts covering the listed operators (Vail Resorts, Alterra/Ikon) and regional ski areas.

## Related templates

- [Theme Park Operating Model](https://finamodel.com/templates/theme-park-model)
- [Hotel Operating Model](https://finamodel.com/templates/hotel-model)
- [DCF Model](https://finamodel.com/templates/dcf-model)
- [Golf Course Model](https://finamodel.com/templates/golf-course)