Car Wheelchair Ramps

Start with the vehicle and the complete loading route

Choosing a car wheelchair ramp begins with the route between the ground and the vehicle, rather than with the ramp label. Identify whether the chair will be pushed into a boot, over a side door threshold or towards another load area. Note who will place the ramp, who will push or pull the chair and where the ramp will be stored between journeys.

Measure the vehicle as it is actually used. Seats, trim, boot floors, luggage and a folded tailgate can change the available approach. A ramp that fits an empty car may be unsuitable when the user's normal equipment is present. Write the route down before comparing specifications.

Understand the main ramp arrangements

Portable wheelchair ramps may be single-piece, folding, telescopic or roll-up designs. A threshold ramp deals with a small raised edge, while a longer pair or single ramp may span a larger height difference. These categories describe construction and use, not automatic suitability for a particular chair, person or vehicle.

Ask what the manufacturer says about placement, support points, surface conditions, load direction and storage. Some ramps are intended for an attendant pushing a manual chair; others may be used with a mobility scooter or powered chair only within specific instructions. Do not transfer a load limit from one model to another.

Which type suits a car threshold?

First establish the rise, available run and width of the threshold. A small lip may need a short threshold ramp, while a boot or side-door approach may require a different length and support arrangement. The ramp must rest securely at both ends and leave enough room for the chair and helper to move in a controlled line.

Measure the rise and available run

Measure vertically from the ground or lower landing to the actual contact point on the vehicle. Then measure the clear distance available for the ramp, including the space needed for the helper to stand and control the chair. Do not measure to a decorative trim edge if the ramp must rest on a stronger load surface.

Record the measurement with the vehicle in its normal loading position. Recheck it if the tailgate angle, suspension, parking surface or chair position changes. Small differences in rise can affect the angle, the length required and the space left at the top.

Match ramp length to the rise

Ramp length, rise and user capability work together. A longer ramp may reduce the angle, but it also needs more ground space, weighs more and may be harder to place. A short ramp can be easier to carry while creating a steeper approach that is unsuitable for the chair or helper. Use the manufacturer's stated guidance and any advice from a qualified professional.

Keep the ramp's open length separate from its folded or telescopic storage length. Check where hinges, locking pins and end lips sit when the ramp is in use. A stored measurement does not describe the contact distance available during loading.

How should the slope be assessed?

Do not decide by appearance alone. Compare the measured rise and run with the manufacturer's guidance for the exact chair and loading method. Consider stopping distance, the attendant's strength, the surface, the user's posture and the ability to keep the chair straight. If the route is steep, restricted or difficult to control, pause for specialist advice.

Check clear width and load capacity

Compare the ramp's usable width with the chair's wheel track, castors, foot supports and any hand rims. Usable width can be narrower than the outside edge-to-edge measurement because of raised sides, hinges or a central join. Leave room for small corrections without allowing a wheel to run onto an unsupported edge.

Read the load guidance for the whole moving arrangement. Add the user's weight, chair, cushion, battery if present and any equipment carried on the chair where the instructions require it. A stated capacity may depend on how the load is distributed or whether the ramp is supported at approved points.

Consider the chair and the person pushing it

Different chairs approach a ramp differently. Check wheel size, castor position, footrest clearance, ground clearance and whether the chair can remain straight over the transition. A compact transport chair, self-propelled manual chair and powered chair may place loads in different positions even when their overall widths look similar.

Consider the user's seating and posture throughout loading. Keep hands, feet and clothing clear of hinges and side edges. If the person cannot remain stable on the gradient or the attendant cannot control the chair without strain, the ramp arrangement needs review before use.

Review grip, surface and weather conditions

Ask what surface the ramp uses, how it performs when wet and how it should be cleaned. Grooves, raised edges and transitions can influence tyre and castor movement. A ramp that feels secure in a dry garage may require a different approach on wet paving or a sloping roadside.

Check that the ground at both ends is firm, level enough for the instructions and free from loose gravel, ice or objects. Set the vehicle's parking brake and follow the ramp manufacturer's placement procedure. Never treat an anti-slip finish as a substitute for secure support and controlled handling.

What should be practised first?

Practise without a person on board where the instructions allow it, then use the intended chair and a trained helper in a controlled setting. Work through placement, checking, ascent, transition, descent and removal. Stop if a wheel lifts, the ramp moves, the chair veers or the helper loses a clear view of the route.

Secure the ramp and chair during loading

Identify every contact point that is intended to carry the ramp and any lip or hook that must engage. Ask whether straps, retaining pins or another restraint is required and how it should be checked before each use. A ramp resting against a bumper or trim panel without approved support may move or cause damage.

Keep the chair's brakes and any attendant controls set according to the relevant instructions at each pause. Do not rely on a ramp to hold a chair unattended on a gradient. Once loaded, secure the folded or occupied chair using the vehicle and chair guidance that applies to the exact arrangement.

Plan carrying and storage after the trip

Measure where the ramp will travel when it is removed: from the vehicle to the home, storage room or hotel. Check its folded length, mass, carrying points and whether two people are needed. A ramp that works at the vehicle can still be impractical if it cannot be lifted safely or dries poorly after wet use.

Keep hinges, locking parts and contact surfaces clean and inspect them for damage before storage. Ask how the ramp should be protected from moisture, extreme temperatures and impacts. Record who is responsible for the check so a worn or altered ramp is not put into service by assumption.

Compare specifications and current terms

For each ramp, record the model, usable width, open and stored length, weight, rise guidance, load conditions, surface, support method, carrying process and vehicle route. Add the exact chair and loading method used for the comparison. This prevents a single capacity figure from being separated from the conditions that make it meaningful.

Read the current warranty, return and support terms for the ramp and ask who can answer fitting or technical questions. Confirm what is included in the supplied package and whether any accessory is required for the planned vehicle. Keep written answers with the dated comparison because a general description may omit a condition that matters to the route.

Questions to ask before choosing

Is one car ramp universal?

No. Vehicle height, approach space, chair design, load distribution, user ability and surface conditions vary. A ramp should be compared with the exact rise, run, chair and helper routine, using the manufacturer's guidance for that arrangement.

Does a longer ramp always make loading safer?

Length can affect the angle, but it also changes storage, carrying and placement. Compare the measured rise and run with the guidance, then consider whether the helper can position and control the full ramp safely.

What if the vehicle measurement is close to the limit?

Recheck the measurement in the normal loading position and ask for the precise contact points and tolerances. Do not round a close result into a pass. If the route, chair or person's stability remains uncertain, obtain appropriate professional advice before use.