Suitable for SpeedyBee Master 3X Modular Frame FPV Racing Drone Freestyle 3-3.6 Inch Lightweight Design with Inject-molding Or O4P Aluminum Head Options(Inject-molding Head)

Take your FPV flying to the next level with this Professional Modular Drone Frame. Suitable for the 3-3.6 inch class, this frame offers unparalleled versatility with its interchangeable head designs. Choose the Injection-molding head for a lighter, cost-effective build, or upgrade to the O4P aluminum head for superior protection of your sensitive camera equipment. Built from rugged carbon fiber, this frame is engineered to withstand the rigors of freestyle flying and racing. Its compact footprint and smart layout make it compatible with standard flight stacks and motors, providing a stable platform for your next custom build.Common Questions and Answers:Q: What is the difference between the two head types?A: The injection-molding head is lighter and more flexible, while the O4P aluminum version offers the highest level of crash protection for your air unit.Q: Is it suitable for 3.6-inch props?A: Yes, the frame is specifically designed to accommodate propellers from 3 inches up to 3.6 inches.Q: Are spare parts available?A: The modular design ensures that individual components can be easily replaced if damaged during extreme flight sessions.

• Modular Head Options: Features two distinct versions: a lightweight injection-molded head for flexibility or a high-strength O4P aluminum alloy head for maximum impact protection.
• Professional Freestyle Design: Optimized for 3 to 3.6-inch drone builds, providing a perfect balance between agility and structural durability for intense racing maneuvers.
• Premium Carbon Fiber: Constructed with high-quality carbon fiber plates to ensure a rigid frame that handles high-speed vibrations and rough landings.
• Lightweight Engineering: The modular construction reduces overall weight without sacrificing strength, making it ideal for high-performance brushless motor setups.
• Easy Maintenance: The modular design allows for quick component swaps and repairs in the field, ensuring you spend more time in the air and less on the bench.