How the market works
Most organizations that move people, equipment or goods run a fleet, whether it is service vans, pickup trucks, sales cars, box trucks or specialty vehicles. Fleet spend is spread across several markets that are often bought separately: vehicle acquisition, leasing and fleet management companies, upfitters, maintenance and repair networks, fuel cards and telematics providers.
Vehicles can be purchased outright or leased. Fleet leases typically come in two forms. Open-end leases place the residual value risk on the lessee and are common for work vehicles with high or variable use. Closed-end leases place residual risk on the lessor, with mileage caps and end-of-term condition charges. Fleet management companies often bundle leasing with maintenance programs, fuel cards, registration, accident management and reporting, each with its own fee structure.
Work vehicles usually require upfitting, such as shelving, racks, ladder mounts, lighting, towing packages and branding. Upfit specifications and vendors have a large effect on both acquisition cost and resale value.
The operating cost of a vehicle over its life, including fuel, maintenance, tires, insurance, downtime and depreciation, typically outweighs the purchase decision. That is why total cost of ownership and replacement timing, rather than the acquisition price alone, determine whether a fleet is well managed. Electric vehicles add new variables, including charging infrastructure, electricity costs, available models, duty-cycle fit and incentives that change over time.
Where cost and value leak
Vehicles are kept too long or replaced too early. Without lifecycle analysis, replacement follows budget availability rather than the point where rising maintenance and falling resale make a vehicle uneconomic.
Specifications multiply. Each department or region orders its own configuration and upfit, eroding volume leverage and complicating maintenance and remarketing.
Maintenance is unmanaged. Repairs are authorized at retail rates, preventive schedules are missed and warranty recoveries go unclaimed.
Fuel card controls are loose. Purchase limits, product restrictions and exception reports are not set or reviewed, so premium fuel, non-fuel purchases and out-of-pattern transactions go unchallenged.
Fees accumulate in the lease program. Management fees, administrative charges, end-of-term damage charges and interest rate terms are rarely benchmarked after the program is set up.
Utilization isn’t measured. Underused vehicles stay in the fleet because no one is looking at the telematics data already being paid for.
Illustration: a hypothetical regional services company runs several hundred vans across multiple branches, leased through one provider but specified and upfit branch by branch. A review finds more than a dozen distinct van configurations, a group of older vehicles whose annual repair costs now exceed what a replacement lease would cost, a telematics subscription that no one reviews, and fuel card transactions that include premium fuel and car washes with no policy either way. None of these issues shows up in the lease rate itself.
Negotiation and sourcing levers
- Acquisition and lease structure — compare purchase, open-end and closed-end leases on total cost of ownership by vehicle class and duty cycle.
- Lease program terms — benchmark management fees, interest rate spreads, administrative charges and end-of-term condition standards.
- Specification standardization — define a limited set of vehicle and upfit configurations by role to build leverage and simplify maintenance and resale.
- Upfit sourcing — source upfitters competitively on standard packages, with clear pricing, lead times and warranty terms.
- Maintenance programs — set labor rates and parts pricing across networks, enforce preventive schedules and capture warranty recoveries.
- Fuel card controls — set product and limit restrictions, review exceptions and align fuel programs with where vehicles actually operate.
- Telematics value — tie subscriptions to utilization, idle, routing, safety and maintenance decisions, and right-size the fleet using the data.
- Replacement cycles — set replacement timing by vehicle class based on lifecycle cost, resale value and EV readiness where relevant.
The S2V approach
Potential. We build a vehicle-level view of the fleet that brings together acquisition or lease cost, fuel, maintenance, telematics and utilization. The S2V Compass shows where lifecycle costs, specifications, fees and controls are out of line.
Priority. We rank opportunities by value, feasibility, capital required and timing. Lease terms, replacement cycles, budget periods and EV readiness shape the S2V Blueprint.
Performance. Through the S2V Accelerator, we standardize specifications, source leasing, upfitting, maintenance, fuel and telematics providers, renegotiate program fees and put replacement and utilization policies in place with operations leaders.
Value. With S2V Pulse, we track realized results in lease invoices, fuel card and maintenance data, monitor cost per vehicle and per mile, and flag the next set of replacement and right-sizing decisions before they become urgent.
Data you’ll need
We typically need a fleet inventory with VIN, unit number, class, assignment and in-service date, lease schedules and master lease agreements, fleet management company invoices and reports, fuel card transaction data, maintenance and repair records, telematics mileage and utilization data, and accident and insurance records.
The identifiers that break are common. Unit numbers differ between the lease provider, fuel card, telematics and maintenance systems, VINs are missing or mistyped, vehicles are assigned to departments that no longer exist, and fuel and repair spend is coded to general expense lines rather than to a vehicle.
Before analysis, we confirm whether those sources can be joined reliably, usually through a VIN-based vehicle master with consistent assignment and cost center data. If they can’t, we say so and scope the foundation work separately rather than hiding it inside a fixed fee. Once it exists, vehicle-level total cost of ownership becomes a standing capability instead of a one-time study.
Outcomes we target
- Lower total cost of ownership — acquisition, lease, fuel and maintenance managed together, by vehicle class.
- Replacement on the right schedule — lifecycle-based timing instead of budget-driven decisions.
- Standard specifications — fewer configurations, better leverage and simpler maintenance and resale.
- Controlled fuel and maintenance spend — contracted rates, enforced card policies and warranty recoveries captured.
- A right-sized fleet — utilization data used to remove or reassign underused vehicles.
- A practical EV path — transition decisions grounded in duty cycles, charging access and total cost.
Every result is tracked to realized value — measured in invoices and operating performance, not negotiated estimates.
Industries where this matters
How we help
- Assess — Assess establishes where your organization stands and where value is trapped.
- Advise — Advise determines where procurement should go and what deserves resources first.
- Execute — Execute turns strategy into implemented results.
- Develop — Develop builds your team's capability so results last after the engagement ends.
- Sustain — Sustain protects and extends value after implementation.
Frequently asked questions
Should we buy or lease our vehicles?
It depends on your cost of capital, how long you keep vehicles, how hard they are used and how much administrative work you want to carry. We compare ownership, open-end leases and closed-end leases on total cost of ownership over the expected life of each vehicle class.
What is the difference between an open-end and a closed-end lease?
In an open-end lease, the lessee carries the risk of the vehicle's value at the end of the term, which usually suits high-mileage or heavily used fleets. In a closed-end lease, the lessor carries that residual risk, subject to mileage limits and wear-and-tear charges. The right choice depends on usage patterns and how predictable they are.
How do you approach an EV transition?
As a total cost and operational question, not a slogan. We look at duty cycles, routes, charging access at depots and homes, available vehicles, utility costs and replacement timing, and build a phased plan where the numbers and operations support it.
Do telematics really pay for themselves?
Only if the data is used. Telematics can support routing, idle reduction, maintenance scheduling, utilization analysis and safety programs, but many fleets pay for devices and subscriptions that no one reviews. We tie the subscription to specific decisions it is expected to improve.
Where does an engagement usually start?
With an S2V Compass assessment of the fleet inventory, lease and acquisition terms, fuel, maintenance and telematics spend. The result is an opportunity portfolio sequenced around lease terms, replacement cycles and budget timing.