What Is Adaptive Equipment?
Adaptive equipment encompasses a wide range of modifications to motor vehicles, from relatively simple adjustments like hand controls or pedal extensions to major structural changes such as lowered floors and installed ramp systems. The goal is always the same: to enable people with physical disabilities to travel safely and independently.
In the United States, adaptive equipment installers are certified through the National Mobility Equipment Dealers Association (NMEDA), which maintains the Quality Assurance Program (QAP) — the industry standard for mobility equipment installation. All conversions on vehicles sold by Apple Ford Mobility Center meet these rigorous requirements.
Types of Adaptive Equipment
Types of Adaptive Equipment
Wheelchair Ramps
In-floor, fold-out, and manual styles for side or rear entry
Wheelchair Lifts
Platform lifts for full-size vans; supports heavy power chairs
Hand Controls
Push/angle controls for drivers with lower limb disabilities
Securement Systems
Four-point tie-downs and EZ-Lock docking stations
Transfer Seats
Rotate outward and lower for easier vehicle entry
Adaptive Driving Controls
Spinner knobs, reduced-effort steering for upper limb needs
Wheelchair Ramps
Wheelchair ramps are the most common accessibility feature in mobility vehicles. They deploy from the vehicle's doorway — either the side sliding door or the rear — to create a bridge between the ground and the vehicle floor. Ramps are available in several configurations:
- In-floor power ramps: Fold into a compartment below the floor for maximum interior space. Most common in BraunAbility conversions.
- Fold-out power ramps: Fold against the door frame or interior wall when stowed. Reliable and cost-effective.
- Manual fold ramps: Operated by hand rather than a motor. Lighter and less expensive, suitable for caregivers who can assist with deployment.
Wheelchair Lifts
Wheelchair lifts are platform-style devices that raise and lower a wheelchair vertically from the ground to the vehicle floor level. They are more common in full-size vans and are especially useful for individuals whose wheelchairs are too heavy or bulky to navigate a ramp. Lifts require more maintenance than ramps but provide reliable access for very heavy power chairs.
Hand Controls
Hand controls allow drivers with lower limb disabilities to operate a vehicle's accelerator and brake using hand movements rather than foot pedals. Push/right-angle hand controls are the most common type, allowing the driver to push forward to brake and rotate to accelerate. More advanced electronic hand controls are available for drivers with limited hand strength or range of motion.
Wheelchair Securement Systems
Wheelchair securement systems anchor the wheelchair to the vehicle floor to prevent movement during transit. The most common systems include the four-point tie-down, which uses belts at each corner of the wheelchair, and the EZ-Lock or Q-Straint pin-lock system, where the wheelchair snaps into a floor-mounted docking station automatically. Proper securement is mandatory under federal transportation safety guidelines.
Transfer Seats
Transfer seats rotate outward and lower toward the ground, making it easier for someone with limited mobility to enter or exit a vehicle without assistance. These are especially popular for ambulatory individuals who can walk short distances but struggle with standard vehicle entry. Transfer seats maintain a standard seat appearance when in the driving position.
Driving Controls for Upper Limb Disabilities
For drivers with upper limb disabilities, a range of adaptive driving controls are available, including reduced-effort steering systems, spinner knobs for one-handed steering, and voice-activated or touch-control systems. These advanced modifications are available through specialized adaptive driving programs affiliated with rehabilitation centers.
The Vehicle Conversion Process
Converting a standard vehicle to a wheelchair-accessible vehicle is a precise, multi-step process performed by certified technicians. Here is an overview of what a typical minivan conversion involves:
The Conversion Process
Floor Lowering
The vehicle floor is cut and the chassis modified to lower it 10–14 inches — the most structurally significant step.
Subfloor Installation
A new subfloor system is installed to support the ramp mechanism and create a level surface for wheelchair positioning.
Doorway Modification
The door opening is widened and heightened, and the door track is modified to work with the lowered floor.
Ramp Installation
The ramp mechanism is installed and tested for proper deployment, retraction, load capacity, and safety sensor function.
Interior Finishing
New flooring, kick panels, and trim installed to match the vehicle interior. Tie-down anchors installed at certified positions.
Safety Systems Testing
Rigorous testing including ramp load testing, structural integrity checks, and electrical verification before delivery.
OEM vs. Aftermarket Conversions
OEM-style conversions (Original Equipment Manufacturer) are performed on new vehicles directly from factory stock, often at conversion facilities approved by the vehicle manufacturer. For example, Toyota and BraunAbility have a formal partnership under which Sienna conversions are performed to Toyota's engineering specifications. These conversions carry the manufacturer's warranty on both the base vehicle and the conversion components.
Aftermarket conversions are performed on vehicles after the original sale and may be done on new or used vehicles by independent conversion companies. Reputable aftermarket converters, including all NMEDA QAP-certified shops, produce conversions of comparable quality — but buyers should verify that the conversion warranty is honored by the dealer selling the vehicle.
Warranty Considerations
When purchasing a mobility vehicle, it is important to understand how warranties apply to both the base vehicle and the conversion components. At Apple Ford Mobility Center, we work with manufacturers who stand behind their products:
- Base vehicle warranty: New vehicles carry the manufacturer's standard warranty (e.g., Ford's 3-year/36,000-mile bumper-to-bumper, or Toyota's 3-year/36,000-mile coverage). The conversion should not void the base vehicle warranty for systems unrelated to the modification.
- Conversion warranty: BraunAbility and VMI conversions carry their own limited warranty covering conversion components, typically for 3 years on the conversion and 5 years on the structural floor modification.
- Pre-owned vehicles: Our pre-owned mobility vehicles are inspected and serviced before sale. We disclose the condition of both the base vehicle and the conversion equipment at the time of purchase.
Questions about adaptive equipment?
Our mobility specialists in Columbia, MD can explain every option and help you find the right configuration for your needs.