Arms can be replaced using two bolts without any disturbance to your stack. This completely decouples the arm attachment from the electronics mounting. We use a pocket instead of a hole under the motor to increase durability and we embed a press nut to simplify attachment and avoid clearance issues under your stack.įlight electronics are mounted to the upper main plate using countersink bolts. Symmetrical arms make it possible to pocket one side of the part without introducing the need for distinct left and right arms, making you require more spare parts. The Apex addresses all of these problems with a simple and unique new design that eliminates all arm slop and drastically increases durability. There are multiple problems which can occur with existing arm designs which can lead to poor performance, difficulty tuning and added cost. The design of the arms and how they are attached to the body is one of the most vital aspects that influences the performance of an FPV frame. The arms of an FPV frame are the key structural component which translate the thrust from the motors to the majority of the mass in the aircraft, which is secured to the body of the frame. Toughness of the frame itself is increased while also offering much better protection for your investment in flight electronics. Unique design elements new to the FPV world make your build and maintenance more simple than ever before. The Apex does not compromise in stiffness or durability, so you never have to choose between confidence and performance. Through a process of continous refinement and always striving to improve we have created a new breed of freestyle frame. The Apex shatters the glass ceiling in freestyle frame design.
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