Transporting someone in a wheelchair safely comes down to three things: getting them in and out of the vehicle without injury, securing both the person and the chair during the ride, and protecting your own body while you do it. Whether you’re helping a family member into a sedan for a doctor’s appointment or planning a cross-country flight, the basics of safe transfer and transport stay the same.
Transferring Someone Into a Car
The most common method for moving someone from a wheelchair into a standard car seat is the stand-pivot transfer, sometimes called a bear hug transfer. Position the wheelchair as close to the open car door as possible, angled so the person has the shortest distance to travel. Lock the wheelchair brakes and swing away or remove the footrests so they’re not in the way.
Squat down face-to-face with the person and wrap your arms under their armpits, clasping your hands behind their back. Place the foot that’s farthest from the car between the person’s feet for leverage, keeping your other foot shoulder-width apart for balance. Count out loud (“one, two, three”) so the person knows exactly when you’re going to lift, and let them help as much as they can. If they can bear weight on one or both legs, that makes the pivot significantly easier. Lift using your legs, pivot toward the car seat, and slowly lower them in, watching their head for clearance under the door frame.
A gait belt, which is a thick fabric belt that wraps around the person’s waist, gives you a much more secure grip during a single-person transfer. It’s inexpensive and widely available at medical supply stores. If the person has very limited ability to bear weight, a transfer board (a smooth, rigid board that bridges the gap between the wheelchair seat and the car seat) lets them slide across instead of being lifted.
Protecting Your Back During Transfers
Caregiver back injuries are extremely common, and most happen because of poor body mechanics during transfers. The American Academy of Orthopaedic Surgeons recommends keeping your head, neck, and back aligned in a straight line throughout the lift. Bend at your hips and knees, not your back, and make sure your knees don’t extend past your toes when you squat. Tighten your core muscles before you lift to stabilize your spine.
Keep the person as close to your body as possible. Reaching forward even a few inches dramatically increases the load on your lower back. Never twist your torso while carrying someone. If you need to change direction, pivot on one foot instead. Your arms should only support and guide the person. The actual lifting force should come entirely from your legs.
Using a Wheelchair-Accessible Van
If you’re transporting someone who stays in their wheelchair during the ride, an accessible van with a built-in ramp or lift is the safest option. These come in two main configurations, and each has practical tradeoffs.
Side-entry vans have a ramp that deploys from the sliding side door. They work well for curbside pickup and parallel parking, and they allow a wheelchair user to position themselves near the driver’s seat. The downside is that the row of seats next to the side door is typically removed to make room, reducing passenger capacity. You also need to leave enough clearance beside the van for the ramp to fully extend, which can be a problem in tight parking lots.
Rear-entry vans deploy the ramp from the back. They can accommodate wider ramps (up to 48 inches) and preserve second-row passenger seating, which is useful for families. Parking is simpler because you only need clearance behind the vehicle, so standard pull-through spots work fine. The tradeoff is that the wheelchair user sits in the back of the van, farther from the driver.
Ramp Safety and Slope
Whether you’re using a portable ramp to get into a van or a permanent ramp at a building entrance, slope matters more than most people realize. The standard set by the U.S. Access Board is a maximum ratio of 1:12, meaning for every inch of height, the ramp should extend at least 12 inches in length. A 6-inch curb, for example, needs a ramp at least 6 feet long.
Steeper than 1:12 and the wheelchair becomes difficult to control going down and exhausting to push going up. For outdoor ramps, a slightly gentler slope of about 7.5% (roughly 1:13) is recommended to account for surface irregularities from weather and construction. When pushing someone up a ramp, lean forward and use steady, even steps. Going down, face forward and keep a firm grip, walking slowly to control speed. On very steep portable ramps, it’s sometimes safer to back down so you can use your body weight as a brake.
Securing the Wheelchair and Passenger in Transit
If someone is riding in their wheelchair inside a vehicle, both the chair and the person need to be restrained separately. The wheelchair itself should be anchored to the vehicle floor using a four-point tie-down system: two straps at the front and two at the rear, each attached to designated anchor points on the wheelchair frame. These straps should be tight enough that the chair doesn’t shift in any direction during a sudden stop or turn.
The occupant also needs a separate seatbelt, and placement is critical. Research from the University of Michigan Transportation Research Institute specifies that the lap belt should sit low and snug across the pelvis, not across the abdomen. The shoulder belt should cross from the top anchor point over the middle of the shoulder, across the breastbone, and anchor near the opposite hip. A shoulder belt that slips off the shoulder or a lap belt that rides up across the stomach can cause serious injury in a collision. These restraints protect the person independently of the wheelchair tie-downs.
Flying With a Wheelchair
Airlines are required to transport wheelchairs at no extra charge, but the rules differ depending on the type of battery your chair uses.
Non-spillable or dry batteries (gel cell, absorbed electrolyte) are the simplest. The battery can stay installed in the wheelchair as long as it’s securely attached and the terminals are protected from short circuits. You’re allowed one spare battery per passenger.
Lithium-ion batteries have stricter rules from the FAA. If the battery is well-protected by the chair’s design, it can stay installed during transport in the cargo hold. If not, the battery must be removed, and the terminals must be protected from short circuits. In either case, spare lithium-ion batteries cannot be checked. You can bring one spare up to 300 watt-hours or two spares up to 160 watt-hours each, and they must travel in the cabin with you.
Spillable batteries (traditional lead-acid) can remain installed if the chair can be stored upright and the battery housing is intact. If the chair has to be tilted or laid down in the cargo compartment, the airline will remove the battery and package it separately in a leak-proof container.
Call your airline at least 48 hours before departure to confirm their specific procedures. Gate agents will typically have you transfer to an aisle chair at the jet bridge, and your wheelchair will be stored in the cargo hold or, on larger aircraft, in a designated onboard storage area.
Non-Emergency Medical Transport Services
If you need regular transportation for medical appointments and don’t have access to a wheelchair-accessible vehicle, non-emergency medical transportation (NEMT) services may be covered through Medicaid. These services use wheelchair-equipped vans with trained drivers and proper securement systems. Eligibility and booking processes vary by state, but your Medicaid plan or the facility you’re visiting can typically arrange rides. Private NEMT companies also operate in most metro areas for out-of-pocket transport, with costs varying by distance and level of assistance needed.