GF-360mm Carbon Quadcopter Frame 192g Lightweight Body Integrated Landing Gear for Educational Research and DIY Testing 1Set

The GF-360mm Carbon Frame is a compact solution designed to enhance the efficiency of technical training, system validation, and customized flight development. Its engineering is on leveraging an light carbon airframe to optimize the maneuverability of small drone platforms during dynamic exercises.Technical Specifications: Frame Model: GF-360mm Core Material: Composite Carbon Structural Weight: Approx. 192g (Including landing gear) Recommended Motors: 2312 class or equivalent brushless motors Application: Open-source Development, Propulsion Testing, Performance DIYDesign Features: The reinforced airframe architecture balances weight with mechanical strength; the carbon plates feature standardized mounting holes for various mainstream ESCs and modules. Physical profiles are optimized for aerodynamics, with slim arm designs reducing drag to ensure precision attitude response during high-speed flight. Standardized mechanical interfaces allow for high integration flexibility, ensuring accurate and efficient locking of all racing-grade or training-grade propulsion components.Package List: GF-360mm Carbon Frame Integration Set * 1Set

• Lightweight Carbon Configuration: Constructed from high-modulus 3K composite carbon , the entire frame including landing components weighs only 192g, maximizing power-to-weight efficiency.
• Multi-Purpose Development Platform: Specifically designed for advanced technical training, system verification, and DIY racing, providing open mounting space for various open-source flight controllers.
• Wide Propulsion Compatibility: The 360mm wheelbase offers excellent flexibility, supporting KV1800 class high-speed motors or 2312 KV800/900 class high-efficiency power sets for endurance missions.
• Reinforced Monocoque Architecture: The compact quadcopter layout with a reinforced center plate effectively absorbs mechanical resonance, providing a stable physical environment for onboard sensors.
• Rapid Assembly & Maintenance: Standardized structural components simplify the assembly process, allowing for quick parts replacement and modular in research and development scenarios.