I used a revised one meant for the worker foward facing adapter. There is a front, top guide on the pusher. It was in the way, so I cut it out in my slicer b4 print. The printed adapter is a foward facing like the worker one.
@@builderbb8767I actually decreased the spring return and got rid of the trigger spring. I like the lighter trigger pull, as long as the return is still strong enough and snappy.
It's a combination of the motors' torque and speed, the wheel size and concavity, and the spacing inbetween the wheels. Everything matters and will change the result. If there is a long barrel involved, proper air venting is also needed along the length of the barrel. The density of the air having to be pushed out the front will change the darts path.
Miss your vids broski
Impressive you got the short darts to work. I was unable to do that with two different pushers. How did you do that?
I used a revised one meant for the worker foward facing adapter. There is a front, top guide on the pusher. It was in the way, so I cut it out in my slicer b4 print. The printed adapter is a foward facing like the worker one.
I've had feed issues with mine too, clipping the extended pusher top guide off so it's flat front and adding a stronger return spring helped
@@builderbb8767I actually decreased the spring return and got rid of the trigger spring. I like the lighter trigger pull, as long as the return is still strong enough and snappy.
Ok. So is it the motors or the cage that gets you to that high of an fps? I cant believe the cage matters that much.
It's a combination of the motors' torque and speed, the wheel size and concavity, and the spacing inbetween the wheels. Everything matters and will change the result. If there is a long barrel involved, proper air venting is also needed along the length of the barrel. The density of the air having to be pushed out the front will change the darts path.