Size (CM): 23*18*11

Weright (KG): 1

Overview

The 956A7658P176 is a precision-engineered Aerospace Spacer designed specifically for high-stakes aircraft maintenance and assembly. This component is essential for adjusting and securing gaps between critical aircraft parts, ensuring that assemblies meet exact engineering tolerances. Whether used in airframe maintenance or as a vital component within Ground Support Equipment (GSE), the 956A7658P176 provides the structural stability and alignment precision required for airworthy operations.

Key Points

Precision Gap Adjustment: Specifically designed to provide accurate spacing between components, preventing mechanical friction and ensuring a perfect fit during reassembly.

Enhanced Structural Stability: By maintaining exact clearances, this spacer helps distribute mechanical loads evenly, reducing wear and tear on primary aircraft structures.

Aerospace-Grade Durability: Manufactured from high-strength materials capable of withstanding the rigorous environmental stresses of the aviation industry, including vibration and thermal expansion.

Critical GSE Component: A key element in the configuration of engine stands and ground support systems, ensuring that heavy equipment interfaces correctly with the aircraft.

Standardized Compliance: Built to meet the stringent quality requirements of the aviation maintenance sector, facilitating seamless integration into certified MRO workflows.

Applications

Aircraft Maintenance & Repair (MRO): Used during scheduled inspections and component replacements to calibrate clearances between mechanical interfaces.

Ground Support Equipment (GSE): Acts as a critical shim or spacer in engine transport stands and maintenance cradles to ensure secure engine-to-stand mounting.

Precision Assembly: Ideal for hangar operations where exact alignment of airframe parts or engine cowlings is mandatory for safety.

Fleet-Specific Support: Tailored for use in specific aircraft models requiring specialized spacing hardware for optimal aerodynamic and mechanical performance.