missileworks 3d models

The Perimeter of the PCB is exact along with the 4 securing holes which i pulled from MissileWorks directly. Everything else i just replicated as close as i could. I made sure the high points on front and back of the PCB were as accurate as...

The design for the sled is split into two halves and bolted together with 3mm hardware. This eliminates the need for any supports. ... The battery covers are secured with 2mm bolts.

This is a drill guide for the RRC2+ altimeter from MissileWorks. ...

This sled holds the following equipment: A) Main flight computer Missileworks RRC3 B) Backup flight computer Missileworks RRC2+ C) Telemetry unit Missileworks RTx D) Switch holder for seven standard screw-type switches (Master Arm, RRC3, RRC2, RTx,...

The altimeter sled caters to rockets with a diameter of 54mm or more. ... It's specifically designed to accommodate a 9V battery and a Missileworks RRC2+ dual deploy altimeter, making it an ideal fit for the Giant Leap rocket's specifications.

I made a sled for a MIssileworks RRC3 Sport Altimeter to fit on the "back" side of a Madcow Rocketry Avionics Bay. It fits nicely in between the screw rods leaving the larger flat "front" of the sled free for whatever activities you want. I...

I made a sled for a MIssileworks RRC3 Sport Altimeter to fit on the "back" side of a Madcow Rocketry Avionics Bay. It fits nicely in between the screw rods leaving the larger flat "front" of the sled free for whatever activities you want. I...

As configured, the Avionics bay is designed to hold a Missileworks RRC3 flight computer tethered to an RTx live telemetry radio for real time flight information and downlinked GPS data, AND an RRC2+/RRC2L backup, all with isolated switching, and...

As configured, the Avionics bay is designed to hold a Missileworks RRC3 flight computer tethered to an RTx live telemetry radio for real time flight information and downlinked GPS data, AND an RRC2+/RRC2L backup, all with isolated switching, and...