GearPaddleOld

Bottom_part_v1

mesh_0

Middle_Part_v1

mesh_1

Top_part_v2

mesh_2

Lever_v2

mesh_3

Broached_Hexagon_Socket_Head_Cap_Screw_ASME_B1831M_-_M3x05_x_30_St_eel_Grade_2_Plain_v1

mesh_4

Broached_Hexagon_Socket_Head_Cap_Screw_ASME_B1831M_-_M3x05_x_30_St_eel_Grade_2_Plain_v1_1

mesh_5

Broached_Hexagon_Socket_Head_Cap_Screw_ASME_B1831M_-_M3x05_x_30_St_eel_Grade_2_Plain_v1_2

mesh_6

Broached_Hexagon_Socket_Head_Cap_Screw_ASME_B1831M_-_M3x05_x_30_St_eel_Grade_2_Plain_v1_3

mesh_7

Broached_Hexagon_Socket_Head_Cap_Screw_ASME_B1831M_-_M2x04_x_30_St_eel_Grade_2_Plain_v1

mesh_8

Hex_Nut_Style_1_ASME_B18241M_-_M2_Steel_Grade_2H_Plain_v1

mesh_9

Hex_Nut_Style_1_ASME_B18241M_-_M3_Steel_Grade_2H_Plain_v1

mesh_10

Hex_Nut_Style_1_ASME_B18241M_-_M3_Steel_Grade_2H_Plain_v1_1

mesh_11

Hex_Nut_Style_1_ASME_B18241M_-_M3_Steel_Grade_2H_Plain_v1_2

mesh_12

Hex_Nut_Style_1_ASME_B18241M_-_M3_Steel_Grade_2H_Plain_v1_3

mesh_13

Paddle_v1

mesh_14

Broached_Hexagon_Socket_Head_Cap_Screw_ASME_B1831M_-_M3x05_x_8_Ste_el_Grade_2_Plain_v1

mesh_15

Broached_Hexagon_Socket_Head_Cap_Screw_ASME_B1831M_-_M3x05_x_8_Ste_el_Grade_2_Plain_v1_1

mesh_16

Hex_Nut_Style_1_ASME_B18241M_-_M3_Steel_Grade_2H_Plain_v1_4

mesh_17

Hex_Nut_Style_1_ASME_B18241M_-_M3_Steel_Grade_2H_Plain_v1_5

mesh_18

Magnet_v1

mesh_19

I'd add material to the narrow side of the magnet. Though my original project was limited by the 3D printer I used, meaning this shouldn't be as bad of an issue with more modern machinery.

Weak magnet hole

I would redesign the top part to be smaller while at the same time changing the angle of the paddle to be more comfortable.

Size

The biggest success in the project was using carbon fiber for the paddles. Though difficult to manufacture, the lightness, stiffness and looks justify the time used in manufacturing.

Biggest success