GF-450mm Quadcopter Frame Carbon Body 450mm Wheelbase Integrated Landing Gear for MK MWC Technical Research 1Set(Frame with L1B Land)

The GF-450mm Carbon Frame is a standardized solution designed to enhance the efficiency of technical research, flight link testing, and customized flight platform development. Its engineering is on leveraging a lightweight carbon airframe to optimize the response of multicopter systems during dynamic validation.Technical Specifications: Frame Model: GF-450mm Wheelbase Spec: 450mm (Diagonal) Core Material: Composite Carbon / Aviation-Grade Connectors Structural Weight: Approx. 316g (Including landing gear) System Support: Compatible with various open-source logics (MK/MWC/PX4, etc.) Application: Technical Verification, Propulsion Testing, Research-Oriented DIYDesign Features: The reinforced airframe architecture balances weight with flexural strength; the carbon plates feature multi-functional mounting holes for telemetry and power management modules. Physical profiles are optimized for standardized propulsion layouts, reducing drag while ensuring attitude locking capability under load via the physical rigidity of the center plate. Standardized mechanical interfaces allow for high integration flexibility, ensuring accurate and efficient locking of all standard-grade execution components across configurations.Package List: GF-450mm Carbon Frame Integration Set * 1Set

• Reinforced Carbon Configuration: Constructed from industrial-grade composite carbon , the frame with landing components weighs approx. 316g, providing a robust base for high-frequency output.
• Open-Source Platform Compatibility: Optimized layout for MK, MWC, and other mainstream open-source flight controllers, serving as a reliable physical carrier for algorithm verification.
• 450mm Standard Wheelbase Balance: The classic 450mm diagonal wheelbase balances maneuverability and stability, supporting various brushless propulsion sets for diverse mission requirements.
• Vibration Stability Optimization: Carbon center plates and reinforced connectors effectively filter high-frequency resonance, ensuring data accuracy for IMUs and onboard sensors.
• Modular Development Architecture: The open-structure design allows for rapid assembly, debugging, and parts replacement, streamlining the development process for inspection platform prototypes.