Aerospace Garage

PRODUCT PROFILE

Main Landing Gear Assembly [主脚アッセンブリ]

AIRCRAFT LANDING SYSTEMS

Main Landing Gear Assembly [主脚アッセンブリ]

Japan · verified

COUNTRY
Japan
PROGRAMME STATUS
verified

Specifications

Function
Provides structural support, energy absorption, and ground mobility for the aircraft during all surface operations.
Platform fit
Configured for installation on specific commercial regional jets and large narrow-body or wide-body aircraft.
Commercial model
Hardware is typically sold as original equipment under multi-year contracts, supplemented by spares and lifecycle maintenance support.
Deployment status
Currently in active production and service across various international commercial and domestic fleets.
Evidence to demand
Supported by long-term supply agreements with major global airframe manufacturers and aerospace systems integrators.

Description

This Main Landing Gear Assembly is a structural and hydraulic system developed by Sumitomo Precision Products [住友精密工業] in Japan. The unit is manufactured through a vertically integrated process that includes the machining of high-strength alloys, specialised heat treatment for fatigue resistance, and the integration of hydraulic actuation. It serves as the primary load-bearing interface between the airframe and the ground, designed to absorb high-impact kinetic energy during landing and provide stable taxiing and braking capabilities. The manufacturer supplies these assemblies to global airframe manufacturers and aerospace tier-one integrators. The company has played a significant role in both domestic Japanese aviation projects and international commercial supply chains, providing components for major narrow-body and wide-body platforms. Business is conducted through long-term production contracts where the hardware is tailored to the specific weight, geometry, and certification requirements of a single aircraft type. Notable industry connections include work within the supply chains for Boeing and Airbus platforms. Buyers should note that these units are programme-specific and require rigorous regulatory certification for flight safety. The primary operational risks are the long lead times for raw material procurement and the complexity of the integrated hydraulic components. The Aerospace Garage desk would prioritise verifying the specific airworthiness directives applicable to current production batches and confirming the manufacturer's current capacity for supporting active commercial production rates.

Linked stories

No newsroom coverage tied to this product yet.

LAST VERIFIED

21 Sept 2026

SOURCE CITATION

Maker website on record

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