RedRotor RC Strider "Slim" modification kit

thingiverse

I wanted to customize my Strider 250 by replacing the existing 35mm spacers with new 25mm spacers available at Banggood.com. To achieve this, I had to redesign and create some new 3D printed components that I previously designed. Here is a list of the modified parts. The first component I created was a support for my FPV camera, which now has a 15° inclination. The top and bottom pieces can be found on Thingiverse as FoxeerCamSupport-top.stl and FoxeerCamSupport-bottom.stl, respectively. To accommodate the new 25mm spacers, I had to modify the circuit board on the Foxeer XAT650M camera slightly. This modification allowed me to use a 2.1mm lens with my Strider 250. I also designed a top piece that has been modified to support a 2.1mm lens for the Foxeer XAT650M camera. To protect my FPV camera, I created a new component called Cam-Protect-25mm.stl. This optional part ensures that the camera fits perfectly in its new position within the Strider 250. Additionally, I designed protections for my CC3D flight controller and SPRacing F3 flight controller, both of which are available as CC3D-Left-25mm.stl, CC3D-Right-25mm.stl, and SPRacingF3-Right-25mm.stl. These parts have been optimized to fit within the 25mm spacers. I also designed a back protection component called Back-protect-25mm-v2.stl, which relocates the antenna output to the rear of the Strider 250. To accommodate my Aomway 200mW 32ch Raceband VTX, I created a D4R-II holder component called D4R-Holder-LC-25mm.stl. This component relocated the D4R-II to the back of the Strider 250 due to limited space at the front. Lastly, I designed a support for my RunCam HD camera, which can be found on Thingiverse as RunCam_HDCase-_Bottom_Half - V2.stl. This modification includes additional M3 nuts and a top plate that increases reliability. Here are the print settings I used: Printer: Velleman K8400 Rafts: No Supports: No Resolution: 0.05mm Infill: 30% Notes: I use a 0.05 resolution because it produces better results than 0.1 or 0.2mm. You can view a timelapse video of my modification on YouTube at https://www.youtube.com/watch?v=sT-v873nYLA.