If your drone tips, scrapes, or lands unevenly, the landing gear is often the first part to check.
This guide explains how to repair drone landing gear, from quick fixes for cracked skids to more durable replacements that restore stability and protect your camera and frame.
What Drone Landing Gear Does
Drone landing gear is more than a place to set the aircraft down.
It creates ground clearance for the camera, gimbal, battery compartment, and sensors, while also absorbing minor impacts during takeoff and landing.
On consumer and prosumer drones from brands like DJI, Autel Robotics, Parrot, and Holy Stone, landing gear may be integrated into the frame or built as separate legs, skids, or folding supports.
Damage to any of these parts can affect balance, propeller clearance, and even flight-controller calibration if the drone lands off-level.
Common Types of Landing Gear Damage
Before repairing anything, identify the type of damage.
The repair approach depends on whether the part is cracked, bent, detached, or weakened at a joint.
- Cracks in plastic legs: Often caused by hard landings, cold weather brittleness, or repeated stress.
- Bent metal struts: More common on larger drones with aluminum or carbon-fiber supports.
- Loose screw mounts: Vibration can back out fasteners and create wobble.
- Broken folding hinges: Frequent on foldable consumer drones that store landing gear against the body.
- Separated adhesive joints: Common on aftermarket landing skids or lightweight accessories.
Surface scuffs are usually cosmetic.
Structural damage, however, can change the drone’s center of gravity or reduce propeller clearance, so it should be repaired before the next flight.
Tools and Materials You May Need
Most landing gear repairs require only basic hand tools, but having the right materials improves the result and reduces the chance of repeat failure.
- Precision screwdriver set
- Hex keys or Allen drivers
- Replacement screws and washers
- Cyanoacrylate glue or two-part epoxy
- Plastic-safe thread locker
- Fine sandpaper or a deburring tool
- Replacement landing gear parts or aftermarket skids
- Isopropyl alcohol and microfiber cloth
- Optional: carbon-fiber rods, heat-shrink tubing, or fiberglass tape for reinforcement
If the drone uses proprietary parts, check the manufacturer’s parts diagram or service manual before ordering replacements.
A compatible part from the same model line is usually the safest choice.
How to Inspect the Damage
A careful inspection helps you decide whether a repair is worthwhile or whether replacement is the better option.
Start with the drone powered off, battery removed, and propellers detached if needed.
- Check for symmetry: Place the drone on a flat surface and see whether all feet touch evenly.
- Look for cracks: Examine joints, screw posts, and stress points with a bright light.
- Test for flex: Gently press each leg to find weak sections or loose mounts.
- Inspect surrounding components: Confirm the camera, gimbal, shell, and wiring were not damaged by the impact.
- Compare against the opposite side: A warped landing leg is easier to spot when matched against its mirror counterpart.
If the landing gear is attached near motors or a folding arm, also check for arm misalignment and propeller strike marks.
Those clues may reveal a larger impact than the landing gear alone suggests.
How to Repair Drone Landing Gear?
The best repair method depends on the material and severity of the damage.
Use the least invasive fix that restores full strength and proper alignment.
1. Tighten Loose Fasteners
If the gear is wobbling but not cracked, remove each screw, clean the threads, and reinstall with a small amount of plastic-safe thread locker.
Do not overtighten, especially in plastic mounts, because stripped threads can make the damage worse.
2. Glue Small Plastic Cracks
For hairline fractures in non-load-bearing plastic, lightly sand the surface, clean it with isopropyl alcohol, and apply a thin layer of cyanoacrylate or epoxy.
Hold the part in alignment until the adhesive cures fully.
If the crack sits near a screw hole or hinge, glue alone may not be strong enough.
In those cases, add reinforcement with a small brace, tape wrap, or replacement part.
3. Straighten Minor Bends in Metal Gear
Aluminum landing gear can sometimes be gently bent back into position using padded pliers or a bench vise with soft jaws.
Move slowly to avoid metal fatigue, which can create a hidden weak point.
If the metal shows whitening, kinks, or repeated stress marks, replacement is safer than reshaping.
4. Replace Broken Hinges or Skids
When a hinge snaps or a leg separates completely, full replacement is usually the best option.
For many DJI drones, aftermarket and OEM replacement kits are available, but fit and tolerances matter.
Use the exact model number, not just the brand name, because small differences can affect installation and ground clearance.
5. Reinforce with Carbon Fiber or Composite Supports
For pilots who operate on rough terrain, a reinforcement upgrade can extend landing gear life.
Carbon-fiber rods, fiberglass tape, or 3D-printed support brackets can improve rigidity, provided they do not interfere with sensors, folding arms, or battery access.
Repairing Different Drone Materials
Drone landing gear materials behave differently under stress, so repair methods should match the material.
- ABS or nylon plastic: Good candidates for epoxy, replacement, or reinforcement.
- Aluminum: Can be straightened in some cases, but repeated bending weakens it.
- Carbon fiber: Strong but brittle; cracked carbon fiber is often best replaced rather than glued.
- Rubber feet or dampers: Usually replaced instead of repaired because adhesives may not hold under compression.
If your drone uses vibration-damping landing pads, verify that any replacement maintains the original softness and height.
Too-stiff pads can transmit more shock to the camera mount.
When Replacement Is Better Than Repair
Some damage is not worth patching.
Replace the landing gear if you see deep cracks, crushed screw posts, severe bends, or damage that affects propeller clearance.
Replacement is also the better choice if the drone has already failed a test hover after repair or if the gear is part of a safety-critical structural assembly.
Inexpensive drones often have landing gear sold as a single assembly, which makes replacement faster and more reliable than piecemeal repair.
On premium drones, original equipment manufacturer parts may cost more, but they usually preserve the correct fit and flight characteristics.
How to Test the Repair Before Flying
Do not return the drone to service until the repair passes a ground check and a short hover test.
This step helps catch issues before they become another crash.
- Place the drone on a flat, level surface.
- Confirm all landing points are stable and symmetrical.
- Power on the drone and verify no warning messages appear.
- Check that the gimbal has full clearance during startup.
- Perform a low-altitude hover in an open area for 30 to 60 seconds.
- Watch for vibration, tilt, or drifting that might indicate frame imbalance.
If the drone still leans, vibrates, or produces unusual sound during spool-up, stop immediately and inspect the frame, arms, and propellers again.
How to Prevent Landing Gear Damage
The easiest repair is the one you never need to make.
Good landing habits and a few accessories can greatly reduce landing gear wear.
- Land on flat, debris-free surfaces whenever possible.
- Use a foldable landing pad on grass, sand, gravel, or snow.
- Avoid dropping the drone onto the ground after takeoff or calibration.
- Store the aircraft in a case that prevents pressure on the legs.
- Inspect screws and joints after every hard landing or transportation bump.
For frequent field use, consider a landing pad with high-visibility markings.
It helps with safer touchdowns and reduces abrasion on the skids.
Signs You Need Professional Drone Repair
If the impact also damaged the gimbal, camera ribbon cable, motor arm, or flight controller housing, a professional technician may be the better choice.
The same is true if the drone is under warranty and the repair could affect manufacturer coverage.
A service center can also confirm whether hidden frame damage has changed the drone’s balance or flight safety.
Repairing landing gear is often straightforward, but the key is matching the fix to the material, damage type, and drone model.
With careful inspection, the right replacement parts, and a proper post-repair test, most pilots can restore stable landings and keep their aircraft airworthy.