1.5mm thick 3K matte twill weave carbon fiber. Designed to be used along with "standard sized" FPV cameras. Fits only the SuperLight 4R.   

1.5mm thick 3K matte twill weave carbon fiber. Designed to be used along with mini FPV cameras. Fits only the SuperLight 4R.   

M3 nylock nut in 7075 Blue Aluminum - (8 Pack) Used for the Speed Addict frames. They are made of aircraft grade 7075 aluminum anodized blue.  

This set of parts makes mounting the amazing Runcam Owl FPV camera possible on our Speed Addict SuperLight 3" frame. It allows the camera to be adjusted anywhere from 20 to 50 degrees.  What is included?  1 x Upper Lense Hood (Black 'special sauce' 3D printed material)  1 x Camera Barrel Clamp (B...

This sub-assembly is an upgrade to our standard method to mount your FPV antenna SMA. This slick set of hardware allows you to position the FPV antenna straight out the back of your craft. The advantage to this is vastly improved crash resilience to the antenna and associated assembly. The bulkhe...

This is an upgrade to our 'old style' RX antenna mount. This new mount places the antenna at the top of the frame and also includes a landing to mount LED's. All new frames shipping after 11-10-16 will include this mount as standard.  What is included?  1 X Antenna Mount in Red TPU 2 X Aluminum S...

M3 X 8mm socket head screw in 7075 Blue Aluminum - (16 Pack) Used for the Speed Addict (Fearless Edition) frame. These are used at various locations in the fuselage and camera cage. They are made of aircraft grade 7075 aluminum anodized blue. 

These modified FPV camera side plates make possible the use of the popular Runcam Swift FPV camera in the 180-R, 210-R, or 250-R frames. These plates are made of 1.5mm thick twill weave gloss carbon fiber. This configuration is best suited for a 2.8mm lense. 2.5mm and 2.1mm will bring the camera ...

This upgraded part is designed for the Speed Addict 180-R, 210-R, or 250-R. These modified FPV camera side plates make possible the use of wider 2.5mm or 2.1mm lenses without the frame uprights getting in view of the camera. This is made possible by moving the camera location forward and up compa...