Wheelchair ramp cost per foot typically ranges from $100 to $300 for an installed ramp, with a national average near $175 per linear foot. Total price depends on ramp material, required length, landings, site preparation, labor, and local accessibility rules.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Installed ramp per linear foot | $100 | $175 | $300 | Standard residential scope |
| Short installed ramp, 10 feet | $1,000 | $1,750 | $3,000 | May need a landing or handrails |
| Ramp for 24-inch rise | $3,500 | $6,500 | $11,000 | About 24 feet of run plus landings |
| Portable threshold ramp | $50 | $150 | $500 | For small door thresholds, not a full access route |
Assumptions: U.S. residential prices, ordinary access, standard materials, and a contractor-installed ramp; unusual grading or structural work can increase the quote.
What installed wheelchair ramps cost per linear foot
For a permanent residential ramp, budget about $100-$300 per linear foot installed. A straightforward pressure-treated wood ramp often falls near $100-$200 per foot, while an aluminum modular system is commonly $150-$300 per foot. Concrete ramps can reach $200-$400 per foot when excavation, forming, drainage, and finishing are included.
A typical 20-foot ramp costs roughly $2,000-$6,000 before major site corrections. The quoted length usually measures the sloped travel surface, not just the horizontal distance from the door to the yard. Landings, turns, handrails, and connection work may be priced separately or folded into a project total.
The slope requirement is a major reason costs vary. A common accessibility planning benchmark is one inch of ramp run for each inch of rise, or a 1:12 slope. A 24-inch rise therefore calls for about 24 feet of ramp run, plus landings. A contractor may recommend a gentler slope for easier use, which requires more material and space.
Lower prices generally assume a short, straight ramp on firm, level ground. Higher prices are more likely for elevated doors, multiple turns, limited staging space, long routes, or ramps that need substantial foundations. Price basis: installed linear foot, with the exact rate affected by included landings, rails, and site work.
How wood, aluminum, and concrete divide the quote
Material choice changes both the initial estimate and the work needed to install the ramp. A modular aluminum ramp may arrive as prefabricated sections, while wood often requires more cutting and assembly at the property. Concrete requires excavation and curing time, but can provide a permanent route when the site and budget support it.
| Quote item | Typical price | What it covers | Common cost change |
|---|---|---|---|
| Wood materials | $20-$60 per sq ft | Framing, decking, fasteners | Rot-resistant lumber or composite decking raises material cost |
| Aluminum ramp system | $50-$140 per sq ft | Ramp sections, supports, rails | Custom turns and platform modules add expense |
| Concrete materials and placement | $80-$180 per sq ft | Base, forms, concrete, finish | Reinforcement, drainage, or demolition may be extra |
| Installation labor | $50-$100 per hour | Assembly, framing, setting, adjustments | Complex access or extra crew time increases charges |
| Delivery and disposal | $100-$800 per project | Transport, packaging, debris removal | Distance and disposal volume affect the fee |
Ask for material, labor, delivery, and landing charges to be listed separately. This makes competing bids easier to compare and helps reveal whether a low per-foot quote excludes important items. Rates per square foot in the table are component estimates, not a substitute for the installed linear-foot price; ramp width and configuration determine the surface area.
Handrails may be included in a system quote or charged separately, often adding $20-$60 per linear foot depending on design and material. A small concrete landing or wood platform may cost $300-$1,500, while a larger raised platform can cost more. If the ramp must connect to a porch or doorway, ask whether that transition is included.
Assumptions: Typical U.S. contractor rates; prices exclude unusually extensive grading, structural porch repairs, and local taxes where applicable.
Rise, ramp length, and turns that change the price
The height from the ground to the entry is one of the strongest price drivers because it determines how much ramp is required. At a 1:12 planning slope, a 12-inch rise needs about 12 feet of sloped run; a 30-inch rise needs about 30 feet. Landings at doors, turns, and route changes increase the footprint and often the total bid.
Measure vertical rise before comparing a per-foot estimate. A quote for a 12-foot ramp cannot be compared fairly with a quote for a 30-foot route, even if the rates look similar. Some residential layouts have limited yard space, so they need a switchback design with a platform rather than one long straight run.
Width also affects materials and support requirements. A 36-inch clear width is a common minimum planning reference for accessible routes, but wider ramps can improve maneuverability and may be required by the particular use or applicable code. Moving from a narrow configuration to a 48-inch-wide ramp increases decking or system area by roughly one-third, though labor and support costs do not necessarily rise by the same percentage.
Ground conditions can change a straightforward installation into a larger job. A slope across the yard, soft soil, tree roots, drainage problems, or a raised porch may require grading, footings, retaining work, or a different layout. A grade correction or foundation work can add hundreds to several thousand dollars, depending on the amount of excavation and materials involved.
Example: A 30-inch rise at a 1:12 slope requires about 30 feet of sloped run, before adding landings; a gentler slope needs more length.
Ways to lower a ramp quote without cutting access
Start by confirming the entry height, the route, and the space available. A measured plan helps prevent paying for a design that is longer or wider than necessary, while still preserving adequate turning and landing space. A contractor should verify slope, clear width, surface grip, rail needs, and the transition at the door rather than estimating only from a photograph.
Control the scope before selecting the cheapest material. Keep the route straight when the property permits it, avoid unnecessary decorative finishes, and ask whether existing sound steps or porch structures can remain. Repairing a stable porch may cost less than rebuilding it, but a contractor should confirm that it can safely support the ramp connection.
Compare at least three written bids using the same length, width, material, landing count, and handrail requirements. Check whether each price includes delivery, fastening, removal of old steps, disposal, permits, and final adjustments. A quote with a lower per-foot rate may have a higher total after exclusions are added.
Material selection can make a meaningful difference. Pressure-treated wood may have a lower initial price than aluminum, while aluminum can reduce maintenance and allow sections to be reconfigured or removed. A rented or used modular system may lower the upfront cost if it fits the site and is in safe condition. Avoid choosing a portable product for a long, steep route it was not designed to serve.
Scheduling during a contractor’s less busy period may help with availability, but urgent work can carry a premium. If a ramp is needed quickly, ask whether a temporary threshold solution can safely bridge a short gap while a permanent design is planned. Potential savings depend on the site; do not remove landings, rails, or structural supports solely to reduce the bid.
Wood, aluminum, and concrete prices by ramp type
Wood ramps are often selected for custom residential layouts and can be built around existing porches or yard shapes. A typical installed range is about $100-$200 per linear foot, with a 20-foot project often costing $2,500-$5,000 after basic platforms and rails. Lumber quality, required footings, and finish affect the final number.
Aluminum often costs more upfront but can be easier to install or relocate. Installed modular systems commonly cost $150-$300 per linear foot, with small projects sometimes falling outside that range because delivery and setup are fixed charges. A 20-foot configuration with turns and landings may total $4,000-$8,000.
Concrete is suited to some permanent, ground-level routes, but it needs a prepared base and careful water management. A standard project may run $200-$400 per linear foot, and a 20-foot ramp can reach $5,000-$10,000 or more once landings and site preparation are included. Concrete is not automatically the lowest-maintenance choice if cracking, settling, or drainage is a concern.
| Ramp type | Installed per linear foot | Illustrative 20-foot total | Typical trade-off |
|---|---|---|---|
| Pressure-treated wood | $100-$200 | $2,500-$5,000 | Flexible layout, periodic upkeep |
| Modular aluminum | $150-$300 | $4,000-$8,000 | Quick assembly, higher initial price |
| Concrete | $200-$400 | $5,000-$10,000+ | Permanent finish, more site preparation |
These totals are examples rather than guaranteed installed prices. The ramp width, number of landings, and whether the quoted length includes the platform can shift the result. Assumptions: 20 feet of ramp run, residential property, ordinary access, and no major retaining wall or porch reconstruction.
Regional labor rates and site access in U.S. markets
Labor and contractor availability can shift ramp prices across the country. Large coastal metros and high-cost urban markets may run roughly 10%-25% above a national baseline, particularly when permits, parking, or constrained access add time. Smaller cities and rural areas may be 5%-15% below metropolitan rates, but long travel distances and limited contractor competition can erase some of that difference.
Regional price comparisons only help when the same ramp scope is being priced. A $150-per-foot quote in a rural area may exclude handrails or delivery, while a $220-per-foot urban bid may include them. Confirm total installed cost and included work before judging the rate.
Climate and local site conditions can also affect the design. Freeze-thaw regions may need deeper footings or drainage provisions; wet climates may require rot-resistant materials and better water management. In hot, sunny locations, surface temperature and material expansion may be worth discussing. Coastal exposure can favor corrosion-resistant hardware, which may add to the materials allowance.
Access for delivery and equipment matters. Carrying sections through a narrow side yard, lifting materials onto an elevated porch, or working around landscaping can add labor. Remote properties may face a mobilization or travel charge, often around $100-$500, depending on distance and crew policy. Regional ranges are directional comparisons, not fixed local tariffs.
How many labor hours a ramp installation takes
A basic straight wood ramp may take a two-person crew about 1-3 days, or roughly 16-48 combined labor hours. A modular aluminum installation can take around 8-24 crew hours for a simple layout, although custom platforms and difficult access extend the schedule. Concrete work may take several days across excavation, forming, placement, and curing; active labor may total 20-60 hours or more.
Labor is commonly budgeted at $50-$100 per worker hour. A rough labor estimate can be checked with . For example, 24 combined hours at $75 per hour equals $1,800 in labor before materials, delivery, and overhead.
Hours depend on the job, not only the ramp length. A straight ramp with firm ground is faster than a switchback with several platforms. Demolishing steps, relocating a downspout, building footings, correcting grade, or protecting landscaping can add a half-day or more. Ask whether a bid uses a fixed project price or bills for added work by the hour.
Weather and curing can affect the calendar even when labor hours are modest. Concrete needs time to set before use, and rain or freezing temperatures may delay placement. A modular ramp can often be assembled faster, but delivery lead times vary. Labor-hour examples assume ordinary residential access and exclude major excavation or structural repairs.
Landings, handrails, permits, and removal fees
Landings are not decorative extras: they may be needed at doors, turns, and route transitions. Depending on size and construction, a basic landing commonly adds $300-$1,500; larger or elevated platforms may cost more. Handrails can add about $20-$60 per linear foot when priced separately, and a complete rail package may total $500-$2,000 or more on a long ramp.
Check local rules before treating a residential ramp as permit-free. Permit and inspection charges may range from $0-$500 for a simple project, but local requirements differ. Some jurisdictions require plans or inspections for structural work, alterations to an entry, or public-facing access routes. Code obligations can depend on property use and scope, so a contractor should verify the applicable rules.
Removing old stairs, a failed ramp, or concrete can add $200-$1,500 for ordinary residential demolition and disposal. Larger concrete removal, difficult access, or hazardous materials can cost substantially more. Delivery fees often fall around $100-$800, especially for bulky aluminum sections or remote sites. Ask whether taxes, disposal, and permit administration are included.
Utility incentives or local assistance programs may be available for qualifying accessibility improvements, but eligibility, funding, and reimbursement vary. Verify program rules before relying on assistance in the project budget. Budget separately for uncertain removal, permit, and site-preparation charges until the contractor confirms the scope.