CHCNAV X500 Extended Landing Gear (1 pair)

CHCNAV X500 Extended Landing Gear (1 pair)

Brand: CHCNAV
SKU: 0201051400
280.00 USD In stock Buy at Merchant

Increased Ground Clearance. Payload-Ready Stance. OEM Fit. The CHCNAV X500 Extended Landing Gear. The CHCNAV X500 Extended Landing Gear (1 pair) is an OEM replacement and upgrade component designed to increase ground clearance on the X500 drone platform. By raising the airframe stance, the extended gear provides additional clearance for downward-facing payload modules — including LiDAR, multispectral, and oblique imaging sensors — during takeoff, landing, and ground operations. Engineered for direct fit to the X500 frame with no modification required, this pair is the standard replacement for field teams operating in uneven terrain or with larger payload configurations. Key Features Extended Height Design — Increases ground clearance beyond the standard landing gear to accommodate downward-facing payload modules during ground operations OEM Direct Fit — Engineered specifically for the CHCNAV X500 frame with no modification or adapter required for installation Terrain-Ready Stance — Wider, taller stance improves stability on uneven, soft, or debris-covered surfaces common in field deployment environments Payload Compatibility — Provides clearance for LiDAR, multispectral, oblique imaging, and other downward-facing sensor payloads Durable Construction — Built to withstand repeated field use across inspection, survey, search and rescue, and public safety missions Sold as a Pair — Includes one left and one right landing gear leg for a complete replacement set Full Specifications Compatible System CHCNAV X500 Quantity 1 pair (left + right) Type Extended landing gear Fit OEM direct fit, no modification required Weight 4 lbs HS Code 870899 Country of Origin China SKU 0201051400 In the Box CHCNAV X500 Extended Landing Gear × 1 pair (left + right)

Variants (1)
  • Default Title — 280.00 USD — In stock

How AI sees this product

The more complete this product's details, the more confidently AI assistants can understand and recommend it.

80%