10-inch Folding Frame by Atom

Powerful 10-inch Folding Frame by Atom – Durable Carbon Fiber Long Range Drone Platform The 10-inch Folding Frame by Atom is engineered for drone builders who require a strong, dependable, and professional-grade structure for long-distance FPV missions. Designed with high-strength carbon fiber and an intelligent foldable arm system, this frame offers an excellent balance between durability, portability, and payload capability. Pilots building larger quadcopters often require a frame that can support high-performance components such as powerful motors, long-range video systems, large batteries, and advanced flight controllers. This frame is designed precisely for those demanding applications. Unlike conventional rigid drone frames that require full disassembly for transport, the folding structure of this frame simplifies handling and storage. Each arm can be folded inward, making it easier to carry the drone during field operations or outdoor travel. This feature is especially valuable for pilots who frequently transport their equipment to remote flying locations. Despite the foldable design, the locking structure ensures the frame remains rigid and stable during flight. Carbon Fiber Construction for Maximum Stability The frame is manufactured using precision-cut carbon fiber plates that provide outstanding rigidity while keeping overall weight relatively low. Carbon fiber is widely used in UAV engineering because of its excellent strength-to-weight ratio. This material helps reduce vibration and structural flex during flight, especially when using larger propellers like 10-inch blades. Reduced vibration improves the performance of onboard electronics such as flight controllers and cameras. Stable structural geometry also helps maintain better flight efficiency and control accuracy. In demanding aerial missions where stability is critical, this carbon fiber structure ensures reliable performance. Practical Folding Arm Design A standout feature of the 10-inch Folding Frame by Atom is its practical folding arm mechanism. Each arm can be collapsed quickly without complex tools, allowing the drone to become compact for storage or transport. This feature is extremely useful for drone pilots who travel frequently or operate in mobile environments. Even though the arms fold, the locking points are designed to prevent unwanted movement during flight. Once extended and secured, the frame behaves like a traditional rigid quadcopter frame, maintaining strong structural stability even when carrying heavy equipment. Optimized 405mm Wheelbase for Large Propellers The frame uses a 405mm wheelbase layout that is optimized for 10-inch propeller setups. This spacing provides sufficient clearance between motors and propellers, ensuring efficient airflow and reducing turbulence around the propulsion system. Larger propellers improve thrust efficiency and increase flight endurance, which is essential for long-range drone missions. In addition, the wider geometry creates more room inside the central frame section. Builders can install larger batteries, GPS modules, telemetry systems, and video transmitters without overcrowding the internal space. High Payload Capacity for Advanced Builds This folding drone frame is capable of supporting payloads of up to approximately 3KG depending on motor and propulsion configuration. This makes it suitable for carrying professional equipment such as HD cameras, long-range antennas, or additional sensors used in aerial mapping and inspection projects. Builders working on experimental UAV platforms or research drones will also benefit from the available mounting space and structural strength provided by this frame design. Typical Applications Long-range FPV drone builds Aerial photography and video platforms Heavy-lift quadcopters Survey and inspection drones Custom UAV research projects Technical Specifications Frame Type Folding Carbon Fiber Frame Propeller Size Support 10-inch Wheelbase 405mm Maximum Payload Up to 3KG (configuration dependent) Material Carbon Fiber The 10-inch Folding Frame by Atom provides a dependable structural foundation for building powerful long-range drones. By combining a durable carbon fiber chassis with a practical folding mechanism, this frame allows drone builders to create reliable aerial platforms capable of handling demanding flight missions. For background information about carbon fiber materials commonly used in aerospace and UAV engineering, you can read more about carbon fiber composite materials, which explain why this material is widely used in modern drone frames.