■ This is a part for fixing the counter gear of the MS Flex chassis. It's ideal not only for stabilizing running performance but also for checking gear operation and setting conditions. After numerous trials and errors, I believe it has the optimal shape. High-precision CNC milling provides stable machining and excellent fixing power. This is a hobby project made by an amateur, but I'm offering it to those who need it. < Features/How to Use GFIX16 > (Photos are for illustration purposes.) ・Uses 1.5mm thick Tamiya genuine carbon. ・Gear cover can be attached without modification. (Photo 18) ・Designed to a height that secures the top surface of the part with the gear cover. (Photos 7-8) ・Designed to a length that does not interfere with the shape of the chassis bottom. (Photos 9-10) ・Compatible shape that can be used on either the front or rear. Set the side with the narrower tip towards the tire. It has a unique shape that does not hinder the MS Flex's movement. ・Since it does not have a spacer function, please use spacers etc. according to your machine's settings. ・Set the fixing parts straight, pressing the sides against the chassis. (Photos 11-14) ・You can rotate the motor even without the gear cover with the front and rear units attached. (Photos 15-17, Mach Dash Motor PRO/2.8-2.9V) ・You can dynamically check the behavior while operating the gears, making it easier to find points for improvement such as gear positioning and flex settings. ■ Only the "2 fixing parts" shown in Photos 1-6 will be sent. Although it is machined with a CNC milling machine, there may be slight individual differences. Those who are extremely sensitive to appearance, please refrain from bidding. Returns and support are not available. Please consider only if you can make minor adjustments to the shape yourself. Please bid with the understanding of the above. ■ I also have high-end models (CNC machined products) for sale. Please consider them at the same time. ・GFIX30: A version with increased thickness. Improves fixing power and gear operation stability with sufficient thickness.