Artemis Snowpeak PP750 Grip Adapter

I wanted to try a more vertical grip on my PP750, so I made this adapter, which replaces the original grip for an AR-15 style one. I only tested it with one grip, but you can fit any grip you want, as long as it does not have the curved part on the top. Important to note that the trigger pull will be somewhat heavier, but this could perhaps be reduced by sanding the contacts between the 3D-print and the metal trigger parts. The grip in the picture is not included.

It uses stock bolts and 2x M5 lock nut, 1x M5x12 internal hex bolt and 2x M3x16 bolts. And an M5 bolt for attaching a grip.

Assembly is very straightforward.

I would recommend depressurising the air cylinder, though it is not strictly needed. Then unscrew the screw in front of the trigger guard and at the back of the gun beneath the hammer spring adjustment screw. The whole trigger/grip assembly should come right off. BE CAREFULL NOT TO LOSE THE SMALL SPRING. Place all the trigger components in the same place in the printed part. The exploded view with all the bolts and nuts is included in the images. Make sure to instert the small spring back into the hole in the body of the gun before fastening the adapter in place.

Please note that this is still a plastic part, therefore is will never be as strong as the original aluminium grips. Use at your own risk and please use common sense when handling it. I want to make it out of PLA Pro from Polymaker, but have not been able to do this yet, the standard PLA I used works as well.

Let me know if there is anything wrong, or if you have any questions.

It is a structural part, which needs to be able to hold back the hammer spring, so I would recommend to not cheap out on filament.

Perimeters: at least 4
Infill: at least 30% (higher is better)
Supports: yes, everywhere (you will be printing some parts in the air, so make sure your printer can handle it)

It is naturally best to just print it at 100% infill, but that would obviously require more filament. Mine are 39 grams together, printed with the settings above.

I recommend printing them on the largest flat surface. This way the part will be the strongest.