9C6001G07 is a high-reliability aerospace electrical power distribution unit (PDU), engineered to AS9100D quality standards and RTCA DO-160G environmental specifications, tailored for Boeing 777X and Airbus A350 XWB wide-body aircraft electrical systems during MRO and in-service operations.

Overview
The 9C6001G07 GE90 Engine Cradle is a precision-engineered, OEM-certified component designed specifically for the secure storage and transportation of the General Electric GE90 engine series, the powerhouse of the Boeing 777. As a critical element of the engine handling system, this cradle is designed to interface seamlessly with the 9426M22G08 Base and the 9426M23G07 Sling, providing a comprehensive solution for ground support equipment (GSE) requirements.

Key Points
OEM Certified Compatibility: Specifically engineered for GE90 engines, ensuring perfect fitment and adherence to strict aviation safety standards.

High Load Capacity: Built with a robust structural framework capable of supporting weights up to 8,000 lbs, providing a significant safety margin for engine logistics.

Advanced Shock Absorption: Equipped with specialized polyurethane tires, the cradle minimizes vibration and protects sensitive engine components from ground-level shocks during movement.

Safe Mobility: Designed for controlled hangar and ramp transport with a maximum towing speed of 3 mph (5 km/h), ensuring maximum stability and preventing inertial damage.

Modular Integration: Functions as part of a dedicated system, working in tandem with the 9426M22G08 base and 9426M23G07 sling for versatile engine management.

Applications
Engine Maintenance & Storage: Provides a stable, long-term storage platform for GE90 engines during heavy maintenance (MRO) cycles.

Hangar Logistics: Facilitates the safe movement of engines between workstations or storage facilities within the airport perimeter.

Boeing 777 Fleet Support: An essential tool for airlines and GSE providers operating or servicing Boeing 777 aircraft.

Safe Engine Shipping: Used in the preparation of engines for road or air transport when combined with its compatible base components.