# Moving Company Model See how local and long-distance demand, crew capacity, pricing, and claims affect a moving company. - Canonical: https://finamodel.com/templates/moving-company - Excel download: https://finamodel.com/templates/moving-company.xlsx - Category: Operating Businesses - Model type: Operating model - Difficulty: Intermediate - Audiences: Investors & analysts, Founders & operators, Moving and relocation company owners, Household-goods and van-line operators, Small-business buyers and lenders, Logistics and field-services investors - Tags: moving, household-goods, logistics, operating-model, dcf ## Overview This model helps a moving company plan both local and long-distance jobs while managing a shared pool of crews and trucks. It shows how demand, pricing, capacity, subcontracting, and protection claims work together to shape performance. Use it to test hiring, fleet investment, and the mix of local and long-distance work. The summary shows the resulting revenue, margin, cash flow, and value. ## What's included - Crew inputs: crew count by year, new-crew productivity lag, hours per crew per day, operating days, utilization - Local move inputs: job demand and growth, hours per job, hourly crew rate and escalation - Long-distance move inputs: job demand and growth, load/unload hours per job, shipment weight, distance, cwt-mile tariff rate and escalation, broker fee rate - FVP and claims inputs: attach rate ramp, declared-value-per-pound rate, valuation premium rate, claim incidence, average claim severity, payout-lag split - Cost stack: crew wage rate, linehaul driver pay, fuel/maintenance per mile, packing materials, liability insurance, dispatch and corporate labor, marketing, G&A, admin - Capital and working capital: truck and facility capex, useful lives, AR/AP days, Year-0 seed methodology - Valuation: WACC, terminal growth, net debt, shares outstanding - Operations sheet: crew roll-forward, capacity split between in-house and brokered long-distance volume, FVP and claims-reserve roll-forward, working capital, capex and depreciation - Revenue sheet: local revenue, in-house and brokered long-distance revenue, FVP valuation-premium revenue, mix KPIs - P&L sheet: revenue to net income with volume-derived cost of revenue, the opex stack, margins, identity check - FCF sheet: NOPAT, depreciation add-back, capex, the working-capital balance (net of the claims reserve) and its change, unlevered FCF, discount factor, PV - Valuation sheet: sum of PV, terminal value, enterprise value, equity value, value per share, implied EV/EBITDA - Dashboard with crew count, brokered share and FVP attach Year 1 vs later years, revenue, EBITDA, EBITDA margin, claims reserve, enterprise value, value per share ## Moving Company Financial Model: Local and Long-Distance Operations This moving company financial model captures the operating dynamics of a regional household-goods mover running its own crews and trucks. It explores how two distinct service lines compete for a shared crew-hours pool, and how subcontracting, valuation coverage, and claims reserves feed into a seven-year cash flow and valuation view. Rates and financial results described here reflect illustrative model settings, not industry benchmarks. ### One Crew-Hours Pool, Two Pricing Engines The model separates local and long-distance moves into two revenue engines that draw on the same finite crew-hours. Local jobs are priced as jobs multiplied by hours per job and an hourly crew rate. - Long-distance jobs use a weight-and-distance tariff, calculated as weight in hundreds of pounds times miles times a rate per hundredweight-mile. Local demand is always served first in-house. - Any remaining crew-hours cap how many long-distance jobs the company handles directly, with excess long-distance demand brokered to partner agents for a fee. That broker valve prevents turning away business, but brokered loads earn only a fraction of the equivalent in-house revenue, tying total revenue and margin directly to crew availability. ### Full Value Protection and Claims Reserve Mechanics On in-house long-distance jobs, the company sells Full Value Protection, a priced liability product. The model rolls a claims reserve forward by estimating claims incurred from FVP jobs, an incidence rate, declared value, and average severity, then paying those claims with a one-year lag. - The reserve grows as FVP attach rises, but remains modest in absolute terms. This liability is netted against working capital as a source of cash, reflecting money owed but not yet paid. - Brokered loads carry the partner agent's liability, so the FVP line only applies to in-house long-distance jobs. Valuation premium revenue is also modeled as a separate line, growing with attach rate on in-house long-distance jobs. Together, these mechanics make the insurance-like side of moving explicit rather than treating it as deferred revenue. ### Operating Assumptions and Cost Structure Crews are the core capacity driver. The model starts with 10 crews, holds them flat for three years, then expands to 15 by Year 7. - New crews are only 50% productive in their first year, reflecting real onboarding time. Local demand grows 4.5% annually, while long-distance demand grows 7.0%, creating a squeeze on crew-hours until the hiring catch-up phase. - Costs are volume-derived: crew wages track hours worked, linehaul driver pay covers multi-day transit separately, and fuel/maintenance scales with miles. Other operating expenses include insurance, marketing, G&A, dispatch labor, and corporate overhead, each with their own growth rates. This structure shows how capacity constraints ripple through revenue and margins rather than assuming smooth growth. ### Cash Flow Bridge and Valuation Outputs The model builds an unlevered free cash flow bridge starting from NOPAT, adding depreciation, subtracting capital expenditures and changes in working capital. Working capital nets accounts receivable, accounts payable, and the claims reserve, with the reserve treated as a liability that provides cash. - Capex covers new-crew trucks, fleet replacement, and facility buildout. The discounted cash flow uses a WACC of 10.5% and a terminal growth rate of 2.5% to arrive at enterprise value, then subtracts net debt to get equity value and value per share. - The dashboard summarizes crews, brokered share, FVP attach, revenue, EBITDA, EBITDA margin, claims reserve, and valuation metrics, offering a compact view of operating and financial outcomes. ## One crew-hours pool, two pricing engines, and a broker valve instead of a hard wall Local hourly moves and long-distance weight-times-distance tariff moves draw on the same finite crew-hours pool. Local is always served in-house first; long-distance demand beyond remaining capacity is brokered to a partner network for a 14% fee instead of the full rate - brokered share rises from under 1% to a 28% trough as a deliberate three-year crew-hiring freeze bites, then falls back to zero as a catch-up hiring phase resolves the constraint, dragging both revenue and EBITDA margin down in the same trough years. ## A claims reserve, not a deferred-revenue proxy Full Value Protection - the legally required cargo-valuation coverage movers sell - is modeled as a real insurance-style liability: a claims-incidence roll-forward (protected jobs times an incidence rate times average claim severity, paid on a same-year/next-year lag) builds a reserve that nets against working capital as a genuine source of cash, distinct from every deposit- or breakage-based deferred-revenue mechanic elsewhere in this library. ## Designed for one-edit responsiveness Every input - the crew-hiring schedule, local and long-distance demand growth, the broker fee rate, FVP attach and claims assumptions, the cost stack, capex and the WACC - is a named-range cell. Edit one and the operations build, revenue, P&L, free-cash-flow bridge, valuation, and dashboard all recompute. ## 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 ### Dashboard Headline metrics, the capacity-squeeze trend, and claims-reserve build. - Crew count and brokered share Year 1 vs the trough year - FVP attach rate Year 1 vs Year 7 - Revenue, EBITDA and EBITDA margin - Claims reserve, enterprise value and value per share - Seven-year trend grid ### Assumptions Every driver in one sheet: crews, demand, pricing, FVP, cost, capital. - Crew count by year and new-crew productivity lag - Local and long-distance demand growth, hours per job, tariff and rate escalation - FVP attach ramp, declared-value rate, claim incidence and severity - Cost stack rates: wages, fuel/maintenance, insurance, marketing, G&A, admin - Capex, useful lives, AR/AP days; WACC, terminal growth, net debt, shares ### Operations Crew roll-forward, capacity split, claims reserve, and working capital. - Crew roll-forward with new-crew productivity lag - Local demand served in-house; long-distance in-house vs. brokered split - FVP attach, claims incurred, claims paid, closing reserve - Working capital net of the claims reserve; capex and depreciation ### Revenue Revenue by product and channel. - Local revenue at an escalating hourly crew rate - In-house long-distance revenue at the cwt-mile tariff - Brokered long-distance revenue at the fee rate - FVP valuation-premium revenue and mix KPIs ### P&L Revenue to net income. - Revenue from the Revenue sheet - Crew wages, truck fuel/maintenance, linehaul driver pay, packing materials as cost of revenue - Gross profit and gross margin - Insurance, dispatch, corporate labor, marketing, G&A, admin to EBITDA - Depreciation, EBIT, tax, 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 depreciation - New-crew truck capex, fleet replacement, and facility buildout - Change in working capital, net of the claims reserve - Unlevered free cash flow, discount factor, and PV ### 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 ## Features - **One crew-hours pool, two pricing engines, and a broker valve instead of a hard wall:** Local hourly moves and long-distance weight-times-distance tariff moves draw on the same finite crew-hours pool. Local is always served in-house first; long-distance demand beyond remaining capacity is not turned away but brokered to a partner network for a 14% fee instead of the full rate - so brokered share rises from under 1% to a 28% trough as a deliberate three-year crew-hiring freeze bites, then falls back to zero as a catch-up hiring phase resolves the constraint, dragging both revenue and EBITDA margin down in the same trough years. - **A claims reserve, not a deferred-revenue proxy:** Full Value Protection - the legally required cargo-valuation coverage movers sell - is modeled as a real insurance-style liability: a claims-incidence roll-forward (protected jobs times an incidence rate times average claim severity, paid on a same-year/next-year lag) builds a reserve that nets against working capital as a genuine source of cash, distinct from every deposit- or breakage-based deferred-revenue mechanic elsewhere in this library. - **A squeeze-then-relief arc, not a smooth ramp:** Because brokered long-distance revenue earns a fraction of in-house revenue on the identical job, total revenue is nearly flat for three straight years (Year 1 to Year 3) and EBITDA margin dips from 12.5% to an 11.4% trough in lockstep - both effects trace to the same one driver, the crew-hiring schedule, and both are reported rather than smoothed over. ## Use cases - **Intrinsic valuation of a regional moving company:** Set the crew-growth, demand, pricing and cost assumptions and a WACC, and read enterprise value, equity value and value per share off the unlevered free-cash-flow bridge. - **Crew-hiring and broker-mix sensitivity testing:** Flex the crew-hiring schedule or the broker fee rate to see how brokered share, blended revenue and EBITDA margin respond to a faster or slower fleet-buildout pace. - **Cargo-liability and claims-reserve planning:** Flex the FVP attach rate, claim incidence, or average severity to see how valuation-premium revenue and the claims reserve - and the cash it ties up - respond to a richer or leaner coverage mix. ## Frequently asked questions ### What is a moving company financial model? A moving company financial model captures the seven-year operating economics and intrinsic value of a regional household-goods mover running its own crews and trucks. It prices local and long-distance moves on two different real-world pricing structures, caps both against one crew-hours capacity pool, brokers out excess long-distance demand instead of turning it away, and builds a claims reserve for the cargo-liability coverage it sells, then discounts an unlevered free-cash-flow stream to enterprise value, equity value and value per share. ### Why is long-distance revenue priced differently from local revenue? Real household-goods interstate carriers price on a regulated tariff structure - weight in hundredweight times distance in miles times a rate per hundredweight-mile - a fundamentally different formula from a local hourly crew rate. Modeling both explicitly, rather than collapsing them into one blended price, is what lets the shared-capacity mechanic and the brokered-margin dilution actually show up in the numbers. ### Why does brokering long-distance jobs hurt EBITDA margin? A brokered long-distance job still shows up as revenue (the 14% broker fee), but the company's own crew, truck and linehaul driver never touch it - so it carries almost no cost of revenue but also almost none of the tariff value an in-house job would earn. As the brokered share rises during the crew-hiring freeze, blended revenue per long-distance job falls and EBITDA margin compresses even though total demand keeps growing. ### Why is Full Value Protection a reserve instead of deferred revenue? Deferred revenue resolves into a service the company will still deliver later. A moving claim resolves into a cash payout for damage that has already happened - a real, incidence-driven liability, the same category as an insurer's loss reserve. The model rolls it forward from claims incurred and claims paid rather than treating the valuation-premium cash collected as a simple deposit. ## Related templates - [Freight Trucking](https://finamodel.com/templates/freight-trucking) - [Driving School Operator Model](https://finamodel.com/templates/driving-school) - [Car Rental Economics Model](https://finamodel.com/templates/car-rental-economics-model)