Lightweight CNC-machined parts designed for extreme environments, such as titanium alloy brackets and turbine blades. These components meet aerospace-grade strength and high-temperature resistance standards while balancing weight reduction and fatigue durability.
Manufactured from high-strength titanium alloy or ultra-high-strength steel using five-axis CNC precision machining, this system integrates the main load-bearing structure, shock-absorbing struts, and retracting and releasing mechanisms.
Through multi-process CNC cutting and simulation optimization, it achieves millimeter-level geometric tolerance control and ensures surface integrity. Key components feature a tensile strength of ≥1600MPa, with a fatigue life exceeding 300,000 takeoff and landing cycles.
The system complies with airworthiness impact resistance standards (AC 25.733) and redundant design requirements, offering a lightweight construction with a weight reduction of 15-20%. It ensures high reliability and stability under extreme working conditions (-55°C to 300°C), making it suitable for civil aviation, military aircraft, and heavy transport aircraft while providing critical landing support for flight safety.