This is a new bracket for the lift point on the fork assembly. It is a significant improvement in speed at which the fork travels up and down as well as providing 90 degrees of fork travel.

This is an alternative Fork Arm Pivot Bracket. It has additional mounting tabs for articulated claws at the front.

This is part of the hard mounting for the offensive capabilities for the Sumobot. 4 pieces are required.

This is the mount for the base of the Jack Tube to the Main Body. 2 pieces required.

This bracket reinforces the connection between the Fork Lift Arm and the Fork Down Leg. 4 pieces required.

This is the Plate Side Inner for my teams 2018 RWD competition entry. Only two are required of 3mm carbon fiber.

This is the Upper Plate for my teams 2018 RWD competition entry. Only one is required of 3mm carbon fiber.

This is the Lower Plate for my teams 2018 RWD competition entry. Only one is required of 3mm carbon fiber.

This is the complimentary component for the SPLAT 150 Main Frame. The split end is the front and the .060" dia. holes just behind it are for mounting a 1/3 SONY Super HAD II CCD camera on its standard bracket with its supplied screws. There is room for a sattelite Rx and Vtx on this plate and is the intended position for them.

This is the main frame for a 150 class quadcopter. Unlike many that are made from 3mm material, I have chosen 2mm for it. The smaller and lighter these machines become, the less mass is need to be "bullet proof". The frame is sized to accept a NAZE32, CC3D, or CC3D Atom flight controller, and 35mm x 35mm Power Distribution Board.

With 30mm standoffs (4 req.), there is room for a 1/3 SONY Super HAD II CCD camera.

Motor arms will accept 1104 - 1306 motors with a four bolt circle of  9-12mm diameter.

10A ESCs will fit on the arm between the motors and flight controller.

3" diameter is the maximum propeller size.