Wheelchair lift inspection checklist: the daily cycle test, ramps, and scheduled service
A wheelchair lift inspection checklist has two parts. Before the first pickup, the driver runs the empty lift through one full cycle and checks the interlock, barriers, roll stop, handrails, lighting, and manual backup. The lift is then serviced on its maker's cycle-count schedule (BraunAbility recommends every 750 cycles). A lift that fails any check stays out of wheelchair service until it is fixed.
On this page
How to use this checklist
The sheet has three parts, and each one has an owner.
- Part 1, the daily cycle test. The driver runs it before the first pickup on every lift or ramp van they take out that day. It takes a few minutes once it becomes habit.
- Part 2, the monthly counter check and scheduled service. The office reads each lift’s cycle counter once a month and books service before the maker’s interval arrives. A technician authorized for that make of lift does the work.
- Part 3, the defect record. Whoever finds a problem writes it here, and the lift carries no wheelchair riders until the repair is signed off.
Keep the lift’s operator’s manual in the van. BraunAbility’s Century 2 operator’s manual, for example, says it belongs in the storage pouch mounted on the lift. Where this sheet and a maker’s manual disagree, the manual wins, and any item your broker’s vehicle list adds goes on the sheet too.
This sheet goes alongside the full vehicle inspection checklist, which covers the rest of the van. Some states put the daily lift check in rule. Minnesota’s special transportation service rules call for a visual inspection every day, and ramps, lifts, the lift’s wiring, grease points, and fluid reservoirs are all on the list, recorded with the date, mileage, and any repairs needed (Minn. R. 8840.5950). Wisconsin has the assigned driver or a mechanic inspect each specialized medical vehicle in writing, lifts and ramps included, at least every 7 days, and every deficiency must be fixed before a rider boards (DHS 105.39).
Part 1: the daily cycle test
Park on level ground away from traffic, put the transmission in park, set the parking brake, and leave the engine running. Those are the conditions the Century 2 operator’s manual sets before operating the lift. Then run the lift through one complete cycle with nobody on the platform.
Vehicle, driver, and counter
| Field | Entry | Field | Entry |
|---|---|---|---|
| Date | Driver | ||
| Vehicle or unit number | Lift make and model | ||
| Cycle counter reading | Rated load (from the lift decal) |
Platform lift
- Operating instructions and warning decals are posted beside the controls and readable
- The manual backup handle (pump handle) is on board, and the backup release valve is closed
- The control pendant cord has no cuts or crushed spots, and no button sticks
- The lift stays folded until the transmission is in park and the interlock engages, as your conversion manual describes
- The platform unfolds smoothly, without grinding, jerking, or new noises
- Releasing a button stops the platform at once
- The platform reaches the ground, and the outer barrier opens flat to form a ramp
- The threshold warning (light, buzzer, or both) comes on when someone stands at the doorway threshold while the platform is below floor level
- The outer barrier closes and locks before the platform rises off the ground
- The inner roll stop stays up while the platform travels and lowers only at floor level
- Side barriers on both edges are straight and undamaged
- Handrails are tight and move with the platform
- The antiskid surface is intact, with no bolts, burrs, or debris sticking up
- The contrasting stripe on the boarding edge is visible
- The platform and the ground below it are lit when the door is open
- The platform folds, stows, and latches, and the van cannot be moved until it does
- No hydraulic fluid on the platform, the floor, or under the pump
- The cycle counter went up by one
Ramp
- The ramp deploys and stows fully and locks when stowed
- The surface is slip resistant and unbroken, with no raised edges at the hinges
- Side barriers are in place along both edges
- The ramp sits firmly against the van, with no wobble and no gap at the floor
- Power ramps: the manual release works, and its tool is on board
- Portable ramps are stowed so they cannot slide into a rider during a hard stop
Result
Circle one: Pass / Fail, no wheelchair riders on this lift
| Driver signature | Reported to (name and time) |
|---|---|
What each check is testing
Each check traces to a federal design rule for accessible vehicles. Knowing what a part is supposed to do makes a failure easier to spot.
| Check | Rule behind it |
|---|---|
| Interlock | The lift controls are tied to the brakes, transmission, or door. The van stays put until the platform is stowed, and the platform will not unfold until that link is engaged (49 CFR 38.23(b)(2)). Lifts certified to FMVSS No. 403 also refuse to leave the stowed position until the transmission is in park, or the van sits in neutral held by the parking brake or by a service brake applied some way other than the pedal (49 CFR 571.403, S6.10). |
| Buttons | Controls are momentary contact, so the operator has to hold them. A raise or lower can be reversed midway, but an occupied platform can never fold or stow (38.23(b)(2)). |
| Manual backup | If power fails, an emergency method must still unfold the lift, bring an occupant down to ground level, and fold the empty platform back up (38.23(b)(3)). FMVSS No. 403 requires backup instructions near the controls (S6.7.8 and S6.9). |
| Outer barrier | Once a rider is on the platform and it is over 3 inches off the ground, the barrier has to be up, either raising automatically or because an interlock stops the platform going up until the barrier is closed (38.23(b)(5)). |
| Side barriers | 1 1/2 inches or taller on each exposed side of a lift platform, and 2 inches or taller along each side of a ramp (38.23(b)(5) and (c)(4)). |
| Threshold warning | The warning goes off when a person or wheelchair occupies the doorway threshold area while the platform sits over 1 inch below it. A private-use lift may use a visual or an audible signal, and a public-use lift must have both (FMVSS No. 403, S6.1). |
| Platform surface | Slip resistant, with no protrusion taller than 1/4 inch (38.23(b)(6)). |
| Handrails | Two rails that travel with the platform, each with a usable section at least 8 inches long, no lower than 30 inches and no higher than 38 inches above the platform (38.23(b)(13)). |
| Edge stripe and light | A contrasting color band across the boarding edge, and at least 2 foot-candles of light on a deployed lift or ramp (49 CFR 38.25 and 38.31). |
| Ramp attachment | Secured so it cannot shift under a heavy power chair, any gap no wider than 5/8 inch, and stowed where a sudden stop or swerve cannot throw it into a rider (38.23(c)(6) and (c)(7)). |
A buzzer is not an interlock. The U.S. Access Board’s guide to the vehicle rules treats any warning a driver can ignore, such as a light or buzzer tied to the lift or door, as falling short of the rule.
Part 2: monthly counter check and scheduled service
Lifts wear with use, not with miles or months, so service follows the cycle counter. FMVSS No. 403 requires a counter on every certified lift, logging each full raise and lower, and the maker’s owner’s manual insert must tie at least part of the service schedule to its reading (S6.11 and S6.12).
BraunAbility recommends maintenance every 750 cycles and counts one deployment and one stow as a cycle. Its Century 2 operator’s manual lists the work at set counts up to 4,500 cycles and then repeats every item every 750. The same manual says lifts exposed to harsh weather, contamination, or heavy use may need service more often, and that the counter on top of the pump module is there so the attendant can track cycles during daily inspections. Other makers set their own intervals, so pull the manual for each lift you run.
Monthly office check
| Vehicle | Lift make and model | Counter at last service | Counter today | Cycles since service | Next service due at | Booked for |
|---|---|---|---|---|---|---|
An example of why monthly matters: a van carrying 10 wheelchair riders a day uses about 20 cycles (one to board each rider, one to let them off) plus the morning test. At 21 cycles a day it reaches 750 in about 36 service days, roughly every seven weeks on a five-day schedule. A busy lift van can come due between two routine shop visits.
At each service visit (technician)
- Date, odometer, counter reading, and technician’s name recorded
- Every inspection and lubrication item the maker lists for this count
- Hydraulic fluid level checked the way the manual says (the Millennium 2 manual checks it with the platform fully lowered), topped up only with the fluid the maker names
- Hoses, fittings, and cylinders free of leaks and wear
- Wiring, fuses, relays, and microswitches secure and adjusted
- Pins, snap rings, and cotter pins in place
- Interlock and threshold warning tested
- Worn, missing, or unreadable decals and antiskid replaced
- Open recalls checked by lift make, model, and serial number
BraunAbility’s manuals limit maintenance and repairs to its authorized service people. Minnesota writes the same idea into rule: lifts are kept to the maker’s manual, and the provider must instruct the mechanic to work on the lift according to the maker’s instructions (Minn. R. 8840.5975). Minnesota also requires service records per vehicle and per lift, each listing the date, the mileage, and what was inspected, repaired, or serviced, kept for three years; daily inspection records only need to be kept three months (Minn. R. 8840.6100). The vehicle maintenance log has a lift section for those entries, and the preventive maintenance guide covers the chassis side.
Cleaning is part of the service. The Millennium 2 manual allows only mild detergent and water, rules out solvents, and calls for lubrication after every cleaning.
Part 3: defects and out-of-service rules
A lift that fails any daily check stops carrying riders until it is fixed. BraunAbility’s manuals tell operators to stop using a lift at once when an interlock fails, or at any sign of wear, damage, or improper operation.
Federal rules set the minimum:
- Every provider. Public and private carriers alike have to keep lifts, ramps, and tiedowns in working order, repair a broken one promptly, and take reasonable steps to accommodate the riders who depend on it while it is down (49 CFR 37.161).
- Public entities and their contractors. Operators report a lift breakdown on the road immediately, using the quickest means they have, and the van is pulled before its next day of service begins. With no spare, it may keep running up to three days where the service area has more than 50,000 residents, or five days in a smaller area (49 CFR 37.163). A private company running demand-responsive service under contract with a public entity has to meet the rules that apply to that entity (49 CFR 37.23).
- Finishing the day. FTA’s ADA circular allows a demand-responsive van with a broken lift to stay on the road for the rest of that day, provided each trip for a rider who needs a lift is reassigned to another lift-equipped vehicle.
Broker and state rules can be tighter. Virginia’s fee-for-service requirements (updated May 26, 2026) require the interlock system on each wheelchair van to be in working order and let DMAS or its broker pull any noncompliant vehicle from service on the spot until the fix is confirmed. MTM Health, which arranges Virginia’s fee-for-service trips from October 1, 2026, repeats the interlock rule for every wheelchair station in its provider handbook. Minnesota and Wisconsin both require deficiencies to be corrected before the van carries riders.
Know each lift’s rated load before you accept a heavier rider. ADA lifts must have a design load of 600 pounds or more (49 CFR 38.23). A provider may decline a chair and rider only if together they exceed the lift’s specifications, or if a legitimate safety reason against the trip has been demonstrated (49 CFR 37.165). Virginia also has its broker document every lift’s age, manufacturer, model number, and stated lifting capacity, so trips are routed to vans that can carry the rider.
When a lift quits mid-route with a rider on board, follow the steps in when a wheelchair lift fails.
Defect and repair record
| Date | Vehicle | Counter | What failed | Reported to, time | Trips moved to | Repaired by, date | Back in service (signed by) |
|---|---|---|---|---|---|---|---|
Mistakes that show up in audits
- Testing with a rider on board. The first cycle of the day happens in the lot, with the platform empty.
- A counter reading that never changes. If the sheet shows the same number all week, nobody looked.
- A missing pump handle. The manual backup does nothing if the handle went home in another van.
- Running past the interval. A lift due at 3,000 cycles and serviced at 4,200 went 1,200 cycles without its scheduled work. BraunAbility tells operators to stop using a lift whose maintenance was not done as specified.
- Letting a general shop guess. Ask for a technician qualified on your lift model who works from the maker’s service manual.
- Repairs with no paper. A fix that is not written down looks like no fix to an inspector.
The ADA requirements for NEMT vehicles guide covers the rest of the accessibility rules, and the wheelchair securement checklist picks up once the rider is inside.
Keeping lift vans on the right trips
With HealthRide, every driver checks the van in the app as the shift begins, and dispatch sees a failed inspection immediately, so a lift problem is handled in the lot instead of at the curb. Capability tracking keeps wheelchair trips on vehicles that can carry them. See fleet management.
Frequently asked questions
- Is a daily lift check required, or just good practice?
- Rules vary by program, and a daily check is the safe default. Minnesota's rules make a daily visual inspection mandatory, and the list covers lifts along with their wiring, grease points, and fluid reservoirs. Wisconsin sets a written check of lifts and ramps no more than 7 days apart. Public transit agencies must check lifts often enough to know each one works, and FTA's guidance calls cycling the lift before each run an optional good practice rather than a mandate.
- How many lift cycles does a typical wheelchair ride use?
- About two: one when the rider boards and one when they get off. BraunAbility defines a cycle as a deployment plus a stow. Lifts built to FMVSS No. 403 carry a counter that logs every full trip up and down, and the service schedule keys off that reading, so note it on every daily sheet and service record.
- Can a van keep running if its lift stops working?
- Not with wheelchair riders who need that lift. The ADA requires lifts to be repaired promptly and riders to be accommodated in the meantime. When a public entity runs the service, or pays a company to run it, the van must come off the road before the start of its next service day, though a three or five day grace period applies when no spare exists. Under FTA guidance, a demand-responsive van with a dead lift can keep running that day as long as each lift trip is handed to another lift van. Brokers can be stricter: Virginia lets its broker pull a noncompliant van immediately.
- Can the manual backup be used to board a rider?
- No. The U.S. Access Board's guide to the vehicle rules says the emergency method exists to let an occupant get down to the ground, not to let a passenger board. Use the hand pump to lower a rider safely after a power failure, then take the lift out of service and move the next wheelchair trips to another van.
- Does a warning buzzer count as a lift interlock?
- No. The Access Board's guide rejects warning lights and buzzers as interlocks, since a driver can tune a warning out. A real interlock physically keeps the van from rolling while the platform is out, for example by wiring the lift circuit to the park position or the parking brake. If your van shifts out of park with the platform deployed, it fails the check.
- Can a provider refuse a wheelchair rider over the lift's weight limit?
- Yes, within limits. ADA lifts must have a design load of 600 pounds or more, and a large or heavy chair still has to be carried whenever the lift and van can take it. A trip may be declined only when chair and rider together exceed the lift's specifications, or when there is a demonstrated, legitimate safety reason not to carry the chair. Check the rated load on each lift's decal or manual before you accept the trip.
- Who is allowed to service a wheelchair lift?
- A technician qualified on that make and model. BraunAbility's manuals reserve maintenance and repair work for its authorized service people. Minnesota's rules require lifts to be kept to the maker's manual and require the provider to tell the repair shop to service the lift that way. Drivers handle the daily cycle test and report problems; they do not adjust or repair the lift.