We machine landing gear parts to your drawing: the frame mounts, tube clamps, hinges and foot fittings that carry an industrial UAV from the airframe to the ground. Our customers are UAV OEMs and integrators building heavy-lift, inspection, delivery and agricultural aircraft, with gear that fits their own frame rather than a retail kit.
Every part is made from your CAD and inspected on CMM, with inspection documents on request, from the first prototype set to repeat production batches. Landing gear mounts belong to our structural UAV components family.
The interface between the center plate or fuselage and the gear legs. A mount spreads landing loads into the frame through several fasteners and a flat seating face, so bolt pattern and face flatness are machined to the frame datums. It pairs with our drone center plates.
Drone frame armsClamps and T-pieces for legs and skids in aluminum tube, or carbon tubes or plates with machined aluminum fittings. Tube OD is set by your design, commonly 16–30 mm on industrial multirotors. Split clamps, pinch clamps and bonded sockets are machined to the bore and clamp length on your drawing.
Request a quotePivot blocks, locking pins, detents and servo or actuator brackets for gear that folds for transport or retracts in flight to clear the camera’s field of view.
Request a quoteEnd caps and threaded inserts, machined to your drawing, that take rubber pads, floats or ground sensors at the bottom of each leg or skid of an industrial multirotor.
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We keep revision control on each drawing, so a repeat order is machined to the approved revision with the same program, fixtures and inspection plan, as matched sets per aircraft.
Landing loads travel from the foot through the leg, the clamp and the frame mount into the airframe. Each joint should carry load in bearing or shear, not by friction alone.
Gear for a heavy-lift aircraft is sized on the maximum take-off weight (MTOW) and the hardest landing the program accepts. Load cases and margins come from your engineering team; we machine to the result. See heavy-lift drone design.
The main pain point. Too tight a bore or too short a clamp crushes a tube leg; too loose and the leg rotates. Clamp length, bore tolerance, split versus pinch design and rounded entry edges prevent this.
Gear legs can resonate with motor and propeller frequencies. Damping elements at the frame mount help; see vibration damping mounts.
Hinges and quick-release locks let large frames fit a case without tools. Gear height and leg spacing must clear gimbals and sensors slung under the airframe.
Spraying aircraft see fertilizers and crop chemicals, and maritime work brings salt spray. Finish choice matters for agricultural UAV parts.
| Parameter | Specification |
| Materials | 7075-T6 and 6061-T6 aluminum; Ti-6Al-4V (Grade 5); stainless steel; Delrin or nylon |
| Legs and skids | Aluminum tubes, or carbon tubes or plates with machined aluminum fittings |
| Tube sizes | Tube OD set by your design, commonly 16–30 mm on industrial multirotors |
| Finishes | Hard anodizing (MIL-A-8625 Type III); chem film (MIL-DTL-5541); electroless nickel (pins) |
| Color coding | Black or color-coded anodizing (MIL-A-8625 Type II) to tell front and rear gear apart |
| Tolerances | ISO fits on pins (e.g. H7 bore, g6 pin); ISO 2768 general; GD&T to ASME Y14.5 |
| Inspection | Bores, hole patterns and face flatness on CMM to your datums; same plan on repeats |
| Documentation | CMM report on request; laser marking of part IDs and revisions |
| Production | Prototype to repeat batches, revision-controlled, matched sets per aircraft |
Answers on drone landing gear parts, materials, tube clamps, finishes and order quantities for industrial UAV programs.
Upload your CAD and 2D drawing. An engineer reviews it before machining, we sign NDAs on request, and repeat batches are built to the same inspection plan.
Other UAV parts we machine to drawing.
We machine UAV gimbal housing parts to your drawing for industrial UAV and UAS programs: camera housings, yoke arms, motor housings and bearing seats of stabilized payloads. Each set is machined and inspected together.
We manufacture high-precision drone cable clamps with +/-0.005mm tolerances, engineered to eliminate wire chafing and signal interference in high-density UAV electronics.
AS9100 certified Bushings at ±0.005mm precision. Professional 4 to 7-day prototyping through mass production. Engineered for high-cycle drone reliability.
ISO9001 certified, we specialize in 4-7 day rapid prototyping of quick-release locks with latching mechanisms that combine effortless manual engagement with extreme vibration resistance.
Precision-engineered couplers (±0.005mm) for aerospace; ISO9001/AS9100 certified. Offering 4-7 day prototyping and scalable mass production with uncompromising mechanical integrity.
ISO9001/AS9100 certified, we manufacture high-stability drone screw-mount inserts with +/-0.005mm tolerances, engineered for high-vibration UAV environments.
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