Thingiverse
Micro FPV Gimbal
par OldManBluntz
2
Téléchargements
2
Likes
0
Makes
This is a micro gimbal I designed to use on a sub 250g FPV Plane build. Without the camera hardware, it weighs under 9 grams. with the camera hardware I am using (AIO camera and micro minimOSD) puts it at 15.36 grams.
You'll need a few parts.
BOM:
4 x 6x3x2.5 bearings
1 x m1.2x4mm screw
15 x m1.0x3mm screws
1x M3x10mm screw
2 x 1.5 gram linear servo (L and R pair)
0.8/1.0/2.5mm drill bits
m1 tap
m1.2 tap
m3 tap
It's printed in smaller pieces. The Rack and Pinion are Mod0.6 pitch. The M1 screws attach the Y Motor Mount to the Y Chassis Camera part. They are also used to attach the servos to the X chassis and the Y Motor Mount. The M1.2 screw attaches the Y Gear to the Camera Holder.
There are 2 bearings in the X Chassis, and 2 the go in the Y Chassis Camera part. The M3 screw goes through the 2 bearings in the X Chassis to hold the X gear and the camera assembly together.
Step 1: drill and tap holes in servo mounts (drill 0.8mm hole, use m1 tap), x gear (drill 2.5mm hole, use
You'll need a few parts.
BOM:
4 x 6x3x2.5 bearings
1 x m1.2x4mm screw
15 x m1.0x3mm screws
1x M3x10mm screw
2 x 1.5 gram linear servo (L and R pair)
0.8/1.0/2.5mm drill bits
m1 tap
m1.2 tap
m3 tap
It's printed in smaller pieces. The Rack and Pinion are Mod0.6 pitch. The M1 screws attach the Y Motor Mount to the Y Chassis Camera part. They are also used to attach the servos to the X chassis and the Y Motor Mount. The M1.2 screw attaches the Y Gear to the Camera Holder.
There are 2 bearings in the X Chassis, and 2 the go in the Y Chassis Camera part. The M3 screw goes through the 2 bearings in the X Chassis to hold the X gear and the camera assembly together.
Step 1: drill and tap holes in servo mounts (drill 0.8mm hole, use m1 tap), x gear (drill 2.5mm hole, use
Vous avez imprimé ce modèle ? Connectez-vous et partagez votre make !
Connectez-vous pour laisser un commentaire
Se connecterPas encore de commentaires – soyez le premier !