In-Depth Business Case — Ridgeline Catering

About This Reference

The business case framework in Chapter 2 introduced the financial tools: return on investment, payback period, net present value, and internal rate of return. Chapter 43 applied them to the Meridian Advisory Group office relocation, where all three options faced the same type of decision (which space?) and the numbers fell close enough together to require judgment about qualitative factors. This page takes a different scenario where the three options have genuinely different financial profiles, so you can see how the same tools produce different guidance depending on what you are comparing. Read this alongside Chapter 2 and Chapter 43. The goal is to make the math feel like a decision-making instrument, not an exercise.

The Business Situation

Company: Ridgeline Catering | Industry: Event catering | Size: 14 full-time staff, 8 to 12 contracted event workers | Current annual revenue: $640,000

Ridgeline Catering has operated for seven years, building a strong client base in corporate events, weddings, and private gatherings. The business runs out of a shared commercial kitchen facility where it rents time and storage on a scheduling basis at $4,000 per month ($48,000 per year). The arrangement worked well in the early years. It no longer does.

At current volumes, Ridgeline is turning away approximately $240,000 in annual booking requests because kitchen availability conflicts with existing commitments. The shared facility cannot guarantee the time slots Ridgeline needs, and the arrangement gives no flexibility to take on back-to-back or same-week events. The owner has estimated that the business is operating at roughly 75 percent of the market it could realistically serve. The shared kitchen lease expires in six months.

The owner has identified three paths forward. Each requires a different level of capital commitment, carries a different risk profile, and produces a different financial outcome over time. The business case analysis below evaluates all three using consistent assumptions so the comparison is apples-to-apples.

Key Assumptions

A business case is only as reliable as its assumptions. State them explicitly so readers can challenge them and decision-makers know what they are accepting when they approve the recommendation.

Option A: Status Quo

Renew the shared commercial kitchen arrangement at its current terms ($4,000 per month) and continue operating within existing scheduling constraints.

Investment required: None.

Option A looks like the safe choice because it requires no capital. The business continues as it is, with no new obligations and no execution risk. The financial case against it is not found in what it costs but in what it forgoes. The $240,000 in annual bookings being turned away represents $84,000 in net annual contribution after variable costs. That is not a line item on any financial statement, which is precisely why it tends to be underweighted in informal decisions. A business case that evaluates only what money goes out misses what money stays out.

Option A also carries a structural risk: as competitors gain kitchen capacity and the client base expects a certain level of availability, the cost of constrained capacity compounds. The current revenue base of $640,000 is not endangered by Option A in the near term. The long-term competitive position may be.

Option B: Lease a Dedicated Commercial Kitchen

Vacate the shared kitchen arrangement and take a five-year lease on a 3,000 square-foot dedicated commercial kitchen at $7,500 per month ($90,000 per year). Ridgeline would have exclusive use and scheduling control.

Investment required: $85,000 one-time (two months' security deposit plus minor buildout improvements and equipment additions to the new space).

The incremental annual cost compared to Option A is $42,000 per year: the new lease costs $90,000 annually, and the shared kitchen at $48,000 per year is vacated, so the net increase in occupancy cost is $42,000. Against this cost, the business captures $240,000 in additional annual revenue at a 65 percent variable cost rate, producing $84,000 in additional net contribution. The net incremental annual benefit after the occupancy premium is $84,000 minus $42,000, or $42,000 per year.

The lease path has a strong short-term financial profile. A 41% IRR means the return is more than five times the cost of capital, which signals that the investment is financially sound even under pessimistic assumptions. The payback period of two years means the risk exposure is short: if the revenue does not materialize as expected, the loss is contained to a two-year window rather than a multi-year commitment.

The main limitation of Option B is that it builds nothing permanent. At the end of the lease term, Ridgeline faces the same decision again, likely at higher lease rates in a market that may have tightened. The lease also creates an ongoing cost obligation that disappears the moment a lease is not renewed. This is not a fatal flaw, but it is the structural trade-off of choosing a leased arrangement over ownership.

Option C: Purchase a Commercial Kitchen Property

Purchase a commercial property with an existing kitchen build-out for $520,000 and invest $55,000 in renovations and equipment to bring it to operational standard. Total investment: $575,000, funded from a combination of owner equity and commercial financing.

Investment required: $575,000 one-time (purchase price plus improvements, before financing costs).

This analysis treats the investment as an all-cash purchase for comparison purposes and uses the 8% discount rate as the opportunity cost of capital. The incremental annual benefit calculation changes slightly from Option B because property ownership eliminates both the shared kitchen cost and creates a tax and maintenance obligation. The shared kitchen ($48,000 per year) is vacated. Additional revenue of $240,000 per year is captured at 65 percent variable costs. Property taxes, insurance, and routine maintenance are estimated at $18,000 per year. Net annual incremental benefit: $240,000 minus $156,000 plus $48,000 minus $18,000, or $114,000 per year.

The five-year NPV is negative. This is not an error and it is not a misreading of the numbers. It reflects a simple arithmetic reality: the total undiscounted cash flow over five years is $570,000 ($114,000 times five), which barely falls short of the $575,000 investment. Discount those same flows at 8 percent, and the present value drops further to $455,172. The investment does not pay back in five years on an operating cash flow basis alone.

The picture changes substantially over a ten-year horizon. The 10-year NPV at 8 percent is positive $189,940, and the IRR rises to approximately 15 percent. This is because the high initial investment becomes proportionally smaller relative to the accumulated cash flows as more years are added. A 15 percent return compares favorably to the 8 percent cost of capital, confirming that Option C creates financial value when evaluated over the right time horizon.

There is a further dimension the cash flow tables do not capture: the property itself. Commercial real estate in most markets appreciates over time. At a modest 3 percent annual appreciation rate, the $520,000 property would be worth approximately $603,000 after five years and $699,000 after ten years. This is equity, not cash flow, but it is real value that the business builds through ownership. Adding the five-year appreciation gain to the five-year operating cash flows produces a combined picture: roughly $455,172 in present value from operations plus $410,000 in present value of the terminal property value, against the $575,000 investment. That combined view is strongly positive. Whether to include property appreciation in a business case depends on whether the organization is using the business case to evaluate the investment as an operating decision or as an asset-building strategy. Both are legitimate frames. The business case should state which frame it uses.

Side-by-Side Comparison

What the Numbers Show — and What They Don't

Three patterns emerge from this analysis that are worth naming explicitly, because they appear in real business cases repeatedly.

First, the "safe" option has a hidden cost. Option A looks risk-free because it requires no capital. But a business case that stops at zero investment and zero return is incomplete. The $84,000 per year in foregone net contribution is real money that the business is declining to earn. Over five years at an 8 percent discount rate, the present value of that foregone contribution is approximately $335,000. Option A is not financially neutral. It is the option with the largest opportunity cost of the three.

Second, the time horizon determines which option "wins." At five years, Option B clearly outperforms Option C on every financial metric. At ten years, Option C's accumulated cash flows and property appreciation close the gap substantially. This is a recurring feature of capital investment decisions: high-investment options look weaker in short-horizon analyses and stronger in long-horizon ones. A business that expects to operate in the same location for twenty years may reasonably prefer Option C even with a negative five-year NPV. A business that expects to renegotiate its strategy in three to five years should choose Option B. The financial analysis does not make this judgment. It provides the numbers that make the judgment possible.

Third, IRR and NPV can point in different directions. Option B has a dramatically higher IRR (41 percent versus 15 percent for Option C over ten years). Option C has a dramatically higher ten-year NPV in absolute dollar terms ($189,940 versus $289,466, but Option C also generates substantially more cash per year once the investment is recovered). The IRR measures the efficiency of the return; the NPV measures the absolute size of the value created. A business choosing between a small high-return investment and a large moderate-return investment has to decide whether it wants to maximize the return rate or the total value. That is a strategy question, not a math question. The IRR and NPV give the business the data to answer it clearly.

What the numbers do not cover: the execution risk of each option. Option B requires finding, leasing, and fitting out a suitable commercial kitchen in six months before the current arrangement expires. That is a real operational constraint. Option C requires securing commercial financing, completing a property purchase, and managing a renovation while maintaining current operations. These are not insuperable challenges, but they are not captured in the financial projections. A complete business case acknowledges them.

The Recommendation

Option B is the recommended path for a business with a five-to-seven year planning horizon and no stated goal of building real estate equity. The financial case is straightforward: a $85,000 investment, a two-year payback, a positive NPV, and a 41 percent IRR. None of these require assumptions about property appreciation or a ten-year timeline to validate. The risk is proportional to the investment and manageable within the business's current cash position.

Option C becomes the preferred choice if two conditions are met: the business has a genuine long-term commitment to operating from a fixed location (ten years or more), and the owner wants to build real estate equity alongside operating cash flows. These are not uncommon goals for owner-operated businesses. They are simply different goals from pure operating return optimization, and the business case should say so explicitly rather than letting the NPV table appear to disqualify Option C on its own.

Option A is not recommended. The financial case against it is not that it costs money. It is that the business is already spending $84,000 per year in foregone net contribution by operating within constrained capacity. That cost continues every year Option A remains in place, with no asset and no improvement in competitive position to show for it.