Motorcycle Landing Gear for Support at Stops: What to Check Before You Buy

What motorcycle landing gear does and does not do

Most systems mount a pair of arms low on the frame, one on each side. When deployed, each arm puts a small wheel or foot close to the ground on either side of the bike. At a standstill the motorcycle rests on these supports instead of on the rider. Deployment is usually electric or electro-hydraulic, triggered by a handlebar switch, and some designs can deploy automatically below a set speed. Lower-cost designs may rely on manual operation.

Landing gear is not a set of training wheels for riding. It supports the bike at or near walking pace and at a stop. It does not keep the motorcycle upright in corners, and it is not meant to stay down while the bike leans. It is also different from a sidestand or center stand. Those are for parking with the engine off. Landing gear is meant for the stop-and-go moments of an actual ride.

Who it tends to suit

Riders with a shorter inseam who cannot place both feet flat on a tall or wide bike; Riders with knee, hip, ankle or back problems that make holding up a heavy motorcycle painful or unsafe; Riders with a lower-limb disability or prosthesis, often alongside other adaptive controls; Owners of large touring or cruiser models who carry a passenger and luggage, where stop-time weight is highest; Riders who regularly stop on cambered, gravelly or sloped surfaces where footing is unreliable

If your main problem is reach rather than weight, cheaper changes may solve it. Options include a narrower or lower seat, lowering links or a suspension adjustment, or riding boots with more sole height. If you need full-time stability rather than support at stops, a trike or a three-wheel conversion is the more direct answer.

Confirm compatibility with your exact motorcycle

Fitment is the first and most important check. Landing gear bolts to specific frame points and has to clear the engine, exhaust, floorboards and bodywork. A kit listed for a model name may still not fit every year or version of that model.

Model identification

Match the kit to the manufacturer, model, model year, trim and market. Frames, exhaust routing and fairings often change between generations. US-market and other-market versions of the same bike can also differ. Your VIN and the model code on your registration or title are the most reliable identifiers. If a seller lists a year range, ask whether every year in that range uses the same frame and mounting points.

Engine configuration and exhaust

The engine layout decides how much room there is low on the bike. Opposed-cylinder engines put cylinder heads out to the sides. Wide V-twins and large exhaust headers or crossover pipes can sit where support arms would go. Check that the retracted gear will not touch hot exhaust parts. Also check that it does not block access to oil filters, drain plugs or other routine service points.

Drive system

Chain, belt and shaft drives each take up different space near the rear of the frame. They also change what has to be removed for routine work. Confirm the mounting hardware clears the drive components through the full range of suspension travel. Then ask whether tasks like chain adjustment, belt inspection or final-drive oil changes will need the landing gear removed.

Equipment compatibility

List every accessory already on the bike or planned for it, then check each one against the kit: Crash bars and engine guards; Highway pegs and floorboards; Aftermarket exhausts; Lowering kits; Saddlebags; Trailer hitches; Sidecar mounts; Some of these share mounting points with landing gear. Others change the ground clearance the kit was designed around.

Key points to compare between systems

What to check | Why it matters; Deployment method (manual, electric, electro-hydraulic) | Affects effort, speed of deployment and what happens if power is lost; Manual or automatic deployment | Automatic systems lower rider workload but need a reliable speed signal and clear override behavior; Retracted ground clearance | Gear that sits too low can scrape in turns or on driveways and speed bumps; Lean angle when retracted | The bike should keep a sensible cornering clearance for how you ride; Added weight and where it sits | Weight mounted low and centrally affects handling less than weight mounted high or wide; Electrical draw and wiring | The charging system and battery must handle the load; wiring quality affects reliability; Failure behavior | Know whether the arms stay put, retract or can be operated by hand if a motor or sensor fails; Support on slopes and camber | Some designs handle uneven ground better than others; ask how the arms behave on a crowned road; Weather and debris protection | Low-mounted mechanisms are exposed to water, salt, grit and road spray

Riding controls and how deployment fits your habits

Look at where the deploy and retract switch mounts. You should be able to reach it without moving your hands away from the clutch, brake or throttle at a critical moment. On bikes with crowded switchgear, the extra switch may share space with heated grip controls, auxiliary light switches or adaptive hand controls. Make sure it cannot be confused with any of them.

Ask how the system signals its state. A clear indicator showing whether the gear is up, down or moving matters a great deal, because the worst outcomes come from mismatches. Gear still down when you start to lean into a turn is one. Gear still up when you expect to rest on it is another. Find out whether the system has a lockout that stops it deploying above a certain speed. Also find out what happens if you stall, drop below the trigger speed by accident, or stop on a slope with the gear only partly down.

Passengers and loaded touring

With a passenger and luggage on board, the weight at a stop is much higher, and that is often when riders most want landing gear. Check whether the kit's rated load covers the bike's full loaded weight, including rider, passenger, cargo and accessories. Check too that passenger footpegs or floorboards still have clearance. Brief your passenger on how the bike will behave. The gear may lower or rise with a small jolt, and the passenger should keep their feet on the pegs until it is down.

Installation and service specification

Some kits are sold for owner installation. Others are supplied only through dealers or specialist installers. Because the system carries the bike's weight and taps into its electrical system, installation quality directly affects safety. Fasteners should be tightened to the torque values given in the kit instructions and the motorcycle's service specification. Wiring should be routed away from heat and moving parts and properly fused.

Ask who installs the kit, how long installation typically takes, and whether frame drilling or welding is involved; Find out whether installation affects the motorcycle's factory warranty, especially for electrical or frame-related claims; Confirm what routine maintenance the gear needs, such as lubrication, inspection of pivots and wheels, and hydraulic or motor checks; Ask whether replacement parts like wheels, motors, sensors and switches are available and how they are supplied; Check whether a professional should re-inspect the installation after an initial break-in period

Insurance, registration and resale

Tell your insurer about the modification. Unreported structural or control changes can complicate a claim. In the US, rules on motorcycle modifications vary by state. Landing gear is generally treated as an accessory, but check whether your state has any equipment or inspection requirements that apply. For resale, some buyers will value the gear and others will see it as something to remove. Keeping the original parts and the kit paperwork makes either path easier.

Trade-offs to weigh

Benefit: much less physical effort and fall risk at stops, especially on heavy or loaded bikes; Benefit: can let riders keep riding a familiar two-wheeler when reach or strength has become a limit; Cost: added weight, mechanical complexity and another electrical system to maintain; Cost: possible reductions in ground clearance or lean angle when retracted; Cost: a period of retraining, because stop and start routines change; Risk: wrong deployment timing or a malfunction at low speed can cause a tip-over if you are not ready for it

Choosing your next step

Start by writing down your motorcycle's exact model, year, trim, engine and drive type, and every accessory on it. Use that list to narrow down kits that are specifically listed for your bike. Then contact the kit supplier or an installer and ask the compatibility, control, failure-mode and load questions above. If possible, try a bike that already has landing gear fitted, or ask for a demonstration, before you commit. If the answers show poor fit for your model or your riding, compare the cost and effort with the alternatives: seat and suspension changes for reach problems, or a trike or conversion if you need stability at all speeds.