Truck Parking Lot Business: How Landowners Turn Land Near Freight Corridors Into Managed Truck Parking
Written by John Davis, Content Writer
A truck parking lot business works when land sits near a busy freight corridor, can fit tractor-trailer turning and a strong surface, and is zoned for the use. The U.S. has roughly one truck parking space for every 11 drivers, so demand is documented, but profit depends on site cost, build quality, security and the ownership model you choose.
Facts on this page were last verified September 24, 2026. The Wins Parking semi rate is the published price effective September 14, 2026; shortage and cost figures are dated in the sources.
Is there really a truck parking shortage?
Yes, and it is one of the best-documented problems in American freight. Congress required the U.S. Department of Transportation to survey truck parking under Jason's Law, named for truck driver Jason Rivenburg, who was murdered in 2009 after parking at an abandoned gas station because he had nowhere safe to stop. FHWA's 2015 survey found that most states reported truck parking shortages and that the problem was worse at public rest areas than at private truck stops. The 2019 update found that more than 90 percent of drivers had trouble finding parking between 7 p.m. and midnight, and more than 60 percent between midnight and 5 a.m. The American Transportation Research Institute (ATRI), the trucking industry's research arm, puts the gap in simple terms: there is roughly one truck parking space for every 11 truck drivers in the U.S. In ATRI's 2025 survey of carriers and drivers, truck parking ranked fourth among all industry issues and second among drivers. FHWA's Truck Parking Development Handbook, citing ATRI research, says drivers give up an average of 56 minutes of drive time a day to secure parking early, which works out to about 9,300 revenue miles and $4,600 in lost wages a year. The shortage also creates safety and community costs. FHWA's handbook notes that the Large Truck Crash Causation Study found 13 percent of commercial drivers were fatigued at the time of a crash, and that drivers who cannot find authorized parking end up on shoulders, ramps and vacant lots, which damages pavement and angers neighbors. Public agencies are trying to add capacity, but ATRI reports that 74 percent of state DOTs have not acquired land for truck parking. That gap is why privately owned land near freight routes has a real role to play.
| Indicator | Finding | Source |
|---|---|---|
| Spaces per driver | About 1 truck parking space for every 11 drivers | ATRI, Expanding Truck Parking at Public Rest Areas (2025) |
| Evening difficulty | More than 90% of drivers struggle to find parking 7 p.m. to midnight | FHWA Jason's Law survey update (2019), via FHWA handbook |
| Lost productivity | 56 minutes of drive time a day, about $4,600 in wages a year | ATRI research, via FHWA handbook |
| Industry ranking | #2 issue for drivers, #4 overall | ATRI, Critical Issues in the Trucking Industry (2025) |
| Public land acquisition | 74% of state DOTs have not acquired land for truck parking | ATRI (2025) |
| Urban gap | The 32 urban areas with the most freight activity have 8.5% of spaces | FHWA Jason's Law survey update (2019), via FHWA handbook |
Figures are quoted from the named sources; the FHWA Truck Parking Development Handbook (September 2022, updated March 2026) summarizes the 2019 Jason's Law update and ATRI productivity research.
Why can land near a freight corridor earn money from truck parking?
Truck drivers must stop. Federal hours-of-service rules limit a property-carrying driver to 11 hours of driving after 10 consecutive hours off duty, inside a 14-hour on-duty window, with a 30-minute break after 8 hours of driving. Electronic logs enforce those limits, so every truck on a corridor needs somewhere to rest, wait for a delivery appointment, or park between loads. Warehouses and distribution centers add to the demand, because drivers often arrive early and stage nearby while they wait for a dock. Most truck stops give parking away and earn their money on diesel, food, repairs and showers, according to FHWA. That model leaves room for a different product: reserved, secured, lit parking that a driver or fleet pays for because it is guaranteed to be there. FHWA's handbook notes that the Washington State Joint Transportation Committee recommended promoting reservation apps precisely because they give private owners a financial incentive to open underused space to trucks for a fee, offsetting the extra maintenance that heavy vehicles cause. Here is one real market data point rather than a national average. Wins Parking's own published rate for a semi truck at its managed lots in Eagle County, Colorado, on the I-70 mountain corridor, is $795 per month with a 3-month minimum (effective September 14, 2026). It reflects one resort-area market with limited land and mountain-weather demand, not a benchmark for your county. Rates in other places depend on local supply, freight volume, security and amenities, so a site-specific market check should come before any revenue projection.
Semi truck parking in ColoradoWins Parking pricesWhat does a site need to work as truck parking?
Location comes first. FHWA says the most important factor for a truck stop is proximity to a major highway, interstate or turnpike, and truck drivers will quickly find and use new capacity near places they already search for parking. Public site-screening studies summarized in the handbook looked for parcels of at least 5 acres, and in one case parcels larger than 9.5 acres within 1 mile of an interchange. Land farther away can still work for fleets that base trucks locally, but through-traffic demand falls off quickly with distance from the ramp. Access and geometry come next. The site must accept the AASHTO WB-67 design vehicle, a tractor with a 53-foot trailer, on the approach road, at the gate and through every turn. FHWA describes two access types: freeway-style ramps and arterial curb cuts with a low-speed, right-angle turn. Check the width of the local road, bridge weight limits, overhead clearances, sight distance at the driveway, and whether trucks can queue off the public road while the gate processes them. Then come the operating basics: a surface that can carry heavy axle loads, drainage, lighting, security and zoning. FHWA recommends lighting that averages at least 0.5 foot-candle with a maximum-to-minimum ratio of 3 to 1, full upward and lateral cutoff to protect neighbors, and 4000 to 5000 Kelvin color temperature. Drivers value visible security, controlled access and walkways. Zoning often decides the project, because many codes treat truck parking as an industrial or commercial use that needs a specific permit.
| Requirement | What the guidance says | What to check on your parcel |
|---|---|---|
| Corridor proximity | Proximity to a major highway is the top siting factor; screens used parcels within 1 mile of an interchange | Distance to the nearest interchange and truck volumes on the corridor |
| Acreage | Example screens used parcels of 5+ acres and 9.5+ acres | Usable acres after setbacks, drainage and access |
| Design vehicle | AASHTO WB-67 (53-foot trailer, 8.5-foot width) as the minimum | Turning paths at the entrance, aisles and exit |
| Access type | Freeway ramp or arterial curb cut with a low-speed turn | Road width, bridge limits, sight distance, queuing room |
| Surface | Existing lots may not be built for heavy weights | Pavement section or soils report for heavy axle loads |
| Lighting | 0.5 foot-candle average, 3:1 max/min, full cutoff, 4000–5000K | Pole locations, power supply, light trespass onto neighbors |
| Pedestrian safety | Striped walkway at least 6 feet wide along tractor noses | Room for walkways between rows and to any amenities |
| Zoning | Proactive zoning reduces conflicts with other land uses | Whether truck parking is permitted, conditional or prohibited |
Source: FHWA Truck Parking Development Handbook (September 2022, updated March 2026). A site-specific engineering and zoning review is still required.
How many trucks fit on an acre, and which layout is best?
Layout sets both capacity and driver appeal. FHWA's handbook compares herringbone drive-through slots, where a driver pulls in forward and pulls out forward, with straight back-in slots like those at many truck stops and distribution centers. It reports about 13.5 trucks per acre for 74-foot by 20-foot drive-through slots at 45 degrees, and about 26.7 trucks per acre for 12-foot straight back-in slots. Drive-through layouts use roughly twice the land per truck and cost proportionally more per slot, but drivers prefer them. The swept path of the truck drives the aisle design. FHWA reports that 62 feet of clearance lets a truck enter or leave a 20-foot angled slot without its swept path hitting the vehicle beside it. Rows are usually laid out in pairs to save circulation space, with a striped walkway along the tractor noses. Long-vehicle stalls in the California design manual cited by FHWA are 12 feet wide with about 8 feet between stalls for safe foot traffic. These numbers are planning values; the real layout must be checked with turning templates on your site plan. Choose the layout for the customer you want. A lot aimed at through drivers who arrive tired after dark benefits from drive-through slots, generous aisles and a simple one-way circulation pattern. A lot aimed at local fleets that park the same trucks every night can use back-in slots and pack in more spaces, because regular drivers learn the lot. Mixed sites often put drive-through rows near the entrance and back-in rows at the rear, and set aside a separate area for box trucks, shuttles and buses that do not need a full semi slot.
Parking lot dimensions and layoutDesign-build parkingWhat surface, drainage and security does a truck lot need?
A truck lot carries loads that ordinary parking lots are not designed for. FHWA warns that parking lots at shopping malls and other large sites may not be built to support heavy weights, and that their pavement and access should be reviewed carefully before they are repurposed for trucks. Trailer landing gear concentrates load on small pads, drive axles scuff the surface when trucks turn in place, and freeze-thaw cycles open cracks. A geotechnical report and a pavement design for heavy axle loads are the starting point for any build or conversion. Owners can choose from heavy-duty asphalt, concrete, or a well-built aggregate surface for low-traffic back rows, and many sites use concrete pads where trailers drop their landing gear. The right choice depends on soils, climate, budget and how often trucks move. Drainage matters as much as the surface, because standing water softens the base and turns ruts into potholes. Stormwater rules may require detention or treatment, which uses land that would otherwise hold trucks, so include it in the capacity count from the first sketch. Security is part of the product drivers and fleets are paying for. That means perimeter fencing, a controlled gate, camera coverage of the entrance and rows, good lighting, and a clear way to reach someone when there is a problem. License plate recognition can tie each vehicle to a paid permit and flag unauthorized trucks without a staffed booth. Snow removal, lot sweeping and pothole repair keep the lot usable. These operating costs belong in the business plan from the start, not as an afterthought once the lot is open.
Asphalt vs concrete parking lotsParking lot drainage and stormwaterHow much does it cost to build a truck parking facility?
Public-sector numbers give a sense of scale. ATRI's 2025 survey of state transportation agencies found a median cost of $93,500 to build one truck parking space at a public rest area, a figure that includes rest-area amenities and public construction standards. ATRI also reports that about $752 million in federal grants went to truck parking projects from 2022 through 2024, and that funding, community pushback and finding suitable land were the most common barriers states reported to acquiring land. FHWA's handbook works through two hypothetical 100-space projects. In the Portland, Oregon case, a new truck parking facility with driver amenities was assumed to cost $7.5 million to build and $200,000 a year to operate. In the Tolleson, Arizona case, a vacant industrial lot repurposed into a low-cost truck parking facility was assumed to cost $3.5 million including land acquisition and construction, with $100,000 a year in operations and maintenance. Both are planning assumptions used for benefit-cost analysis, not bids. A private lot can cost much less or much more than these examples. Land you already own removes acquisition cost; rock, poor soils, long utility runs, stormwater detention and road improvements add to it. Amenities such as restrooms change the cost and the permit path. The honest answer is that cost is site-specific, and Wins Parking prices a truck lot the same way it prices any parking lot: with a site plan, a pavement design, and quantities for grading, drainage, lighting, fencing, cameras and access control.
| Figure | Amount | What it represents | Source |
|---|---|---|---|
| Median cost per public space | $93,500 | State DOT survey, public rest-area truck parking | ATRI (2025) |
| New 100-space facility, capital | $7.5 million | Hypothetical Portland, OR project with driver amenities | FHWA handbook |
| New 100-space facility, operations | $200,000 per year | Same Portland, OR project | FHWA handbook |
| Repurposed vacant lot, 100 trucks | $3.5 million incl. land | Hypothetical Tolleson, AZ low-cost facility | FHWA handbook |
| Repurposed lot, operations | $100,000 per year | Same Tolleson, AZ project | FHWA handbook |
| Federal grants awarded | About $752 million | Truck parking grants, 2022–2024 | ATRI (2025) |
Public and hypothetical figures are shown for scale only. A private project's cost depends on land, soils, stormwater, access and amenities; get a site-specific estimate.
Which ownership model fits: lease, revenue share or owner-operated?
In a ground lease, the landowner rents the land to a truck parking operator who builds or improves the lot, runs it and keeps the parking revenue. The owner gets predictable rent and carries the least operating risk, but gives up most of the upside and control over how the lot is run. Lease terms should cover who pays for paving, lighting and stormwater work, who carries insurance, how the land is restored at the end, and whether the rent adjusts over time. In a revenue share, the owner keeps the land and the lot, and a management company runs pricing, permits, payments, enforcement and maintenance in return for a share of the revenue. The owner participates in the upside and keeps control of the asset, while the operator brings systems, marketing and staff. This is one of the models Wins Parking offers for managed lots; its published revenue-share terms are on the pricing page. An owner-operated lot keeps all of the revenue but also all of the work: marketing to fleets, handling payments and disputes, patrolling, and fixing the lot. Many owners combine models over time. A common path is to start with a managed revenue-share lot to prove demand, then decide whether to self-operate or lease once there is a revenue history. Owners who want to test the market cheaply can list spaces on reservation apps, which FHWA's handbook notes can help offset the extra maintenance trucks cause. Whatever the model, write down who is responsible for security incidents, damage, snow and towing before the first truck arrives.
| Model | Owner's role | Owner's income | Owner's risk | Best for |
|---|---|---|---|---|
| Ground lease | Landlord only | Fixed rent set in the lease | Lowest; operator runs the lot | Owners who want a passive income and no operations |
| Revenue share (managed) | Keeps land and lot; operator manages | Share of parking revenue | Shared; income rises and falls with occupancy | Owners who want upside without running the lot |
| Owner-operated | Runs everything | All parking revenue, less all costs | Highest; owner handles vacancies, damage and staffing | Owners with time, local trucking contacts and systems |
| Reservation-app listing | Lists spaces; app handles booking | Booking revenue, less app fees | Moderate; owner still handles the lot | Testing demand on land that is already paved |
This comparison describes structures, not market rates. Rent and revenue depend on local demand; get a site-specific assessment before signing.
How do zoning and neighbors shape a truck parking project?
Zoning is often the deciding factor. Many local codes treat truck parking as an industrial or heavy commercial use, and some ban it outright near homes. FHWA's handbook encourages local governments to zone and preserve land for truck parking proactively, and notes that the 32 urban areas with the most freight activity have only 8.5 percent of the nation's truck parking spaces. Before spending money on design, confirm with the local planning office whether truck parking is permitted, conditional or prohibited on your parcel, and what setbacks, screening and paving the code requires. Neighbors care about noise, lighting, idling and traffic. Full-cutoff lighting keeps glare off nearby homes, landscaping and fencing screen the rows, and a site plan that keeps the entrance away from residential streets heads off many objections. FHWA notes that truck parking facilities can be designed with power units that heat and cool the cab without running the engine, which reduces noise and emissions. ATRI found that community pushback was the second most common barrier states reported to acquiring truck parking land, so plan the outreach before the public hearing. A clear operating plan helps approval. Show the planning board who manages the lot, how access is controlled, how long trucks may stay, how complaints are handled, and how snow, trash and stormwater are managed. Commit to what you can deliver, such as camera coverage, a controlled gate and a staffed contact number, rather than promising amenities you may not build. A managed lot with visible security is usually easier to approve than an informal lot that neighbors already associate with trash and trucks parked on the shoulder.
Parking lot lighting and safetyParking lot security systemsLand near airports parking incomeContact Wins ParkingHow should a landowner evaluate a truck parking site?
Work through these steps in order, so each decision is made before money is spent on the next. 1. Screen the location: Measure distance to the nearest interchange, truck volumes on the corridor, and nearby warehouses or truck stops that are already full. 2. Confirm zoning: Ask the planning office whether truck parking is permitted, conditional or prohibited, and what setbacks, screening and paving are required. 3. Test access and turning: Check road width, bridge limits and sight distance, and run WB-67 turning templates at the gate, aisles and exit. 4. Plan the layout: Choose drive-through or back-in rows, then count trucks per acre after walkways, stormwater and setbacks. 5. Price the build: Get a geotechnical report and pavement design, then estimate grading, drainage, lighting, fencing, cameras and access control. 6. Choose the ownership model: Compare a ground lease, a managed revenue share and self-operation against your appetite for risk and involvement.
Design, build and manage a truck parking lot with one team
Wins Parking takes a truck parking site from feasibility to a managed, revenue-producing lot, and runs its own truck parking in Colorado's I-70 corridor. Design — Site planning and feasibility: Test acreage, access, WB-67 turning paths, layout density, drainage, lighting and zoning before you commit capital. Build — Heavy-duty lot construction: Grade, pave, drain, light, fence and wire the lot for cameras and access control, with a pavement design for heavy axle loads. Manage — Managed truck parking: Permits, online payments, license plate recognition, enforcement, snow removal and reporting under a revenue-share or fixed-fee agreement.
Explore parking feasibility studiesExplore parking lot pavingExplore parking managementSources
Truck Parking Development Handbook — Federal Highway Administration, September 2022, updated March 2026. Jason's Law Truck Parking Survey Results and Comparative Analysis — Federal Highway Administration, August 2015. Truck Parking — Federal Highway Administration Office of Freight Management and Operations. Expanding Truck Parking at Public Rest Areas — American Transportation Research Institute, April 2025. Critical Issues in the Trucking Industry – 2025 — American Transportation Research Institute, October 2025. Summary of Hours of Service Regulations — Federal Motor Carrier Safety Administration.
Federal Highway Administration: Truck Parking Development HandbookFederal Highway Administration: Jason's Law Truck Parking Survey Results and Comparative AnalysisFederal Highway Administration Office of Freight Management and Operations: Truck ParkingAmerican Transportation Research Institute: Expanding Truck Parking at Public Rest AreasAmerican Transportation Research Institute: Critical Issues in the Trucking Industry – 2025Federal Motor Carrier Safety Administration: Summary of Hours of Service RegulationsIs a truck parking lot a good business?
It can be, when the land is close to a busy freight corridor, fits tractor-trailer turning and a heavy-duty surface, and is zoned for the use. Demand is well documented: ATRI estimates about one truck parking space for every 11 drivers. Profit depends on site cost, construction, security and the ownership model, so run a site-specific feasibility check first.
How much land do I need for truck parking?
FHWA's handbook reports about 13.5 trucks per acre with drive-through angled slots and about 26.7 per acre with straight back-in slots, before setbacks, drainage and access. Public screening studies it summarizes looked for parcels of 5 acres or more, and in one case more than 9.5 acres within 1 mile of an interchange.
How much does it cost to build truck parking?
Costs are site-specific. ATRI found a median of $93,500 per space for public rest-area truck parking, and FHWA's hypothetical 100-space projects ranged from $3.5 million including land for a repurposed lot to $7.5 million for a new facility with amenities. Private lots on owned land can cost much less; get an estimate based on a site plan.
How much can I charge for truck parking?
It depends on your market. The only rate cited here is Wins Parking's own published price in Eagle County, Colorado: $795 per semi per month with a 3-month minimum. That is one real data point from a resort-area mountain corridor, not a national benchmark, so check local supply and demand before projecting revenue.
Should I lease my land or run the truck lot myself?
A ground lease gives predictable rent with the least risk but little upside. A managed revenue share keeps the land and upside with you while an operator runs permits, payments and enforcement. Self-operating keeps all revenue but also all of the work. Many owners start managed, build a revenue history, then decide.
Can I convert an existing parking lot to truck parking?
Sometimes. FHWA warns that pavement and access at shopping malls and other large sites may not be designed for heavy weights, so review the pavement section, drainage, turning paths and gate access for a WB-67 tractor-trailer before converting. Zoning may also treat truck parking differently from car parking.
What lighting does a truck parking lot need?
FHWA's handbook cites IES guidance for truck parking: an average of at least 0.5 foot-candle, a maximum-to-minimum ratio of 3 to 1, full upward and lateral cutoff to protect neighbors, and a 4000 to 5000 Kelvin color temperature. Good lighting also supports camera coverage and driver safety.
Does Wins Parking build truck parking outside Colorado?
Yes. Wins Parking's design, build and management services are available to landowners outside Colorado, and the company runs its own semi and box truck parking in Colorado's I-70 corridor. Send the parcel location and acreage, and the team will start with a feasibility review.