The following STL files were designed for the Ashigaru Mk1 and available for download.
Insta360 Go Mount
After numerous iterations, I found this mount design to minimize the most amount of jello on the Insta360 Go v1. Note however that a lot of PID fine tuning was still required to achieve acceptable footage. The mount should be printed in TPU with a minimum 60% infill.
VTX Antenna Tail Guide
The guide serves to keep the VTX antenna oriented in an optimal position for signal reception. Mounting to the single rear standoff, it should be printed in TPU with a minimum of 60% infill.
XM Plus Antenna Guide
The guide maintains a 90 degree orientation for XM Plus diversity antennas. Mounted at the single rear standoff, the diversity antennas are secured with heat-shrink to the leads. The guide mounts to the single rear standoff. It should be printed in TPU with a minimum of 60% infill.
Ashigaru Mk1 STL Files
Updated on February 15, 2022
The following STL files were designed for the Ashigaru Mk1 and available for download.
Insta360 Go Mount
After numerous iterations, I found this mount design to minimize the most amount of jello on the Insta360 Go v1. Note however that a lot of PID fine tuning was still required to achieve acceptable footage. The mount should be printed in TPU with a minimum 60% infill.
VTX Antenna Tail Guide
The guide serves to keep the VTX antenna oriented in an optimal position for signal reception. Mounting to the single rear standoff, it should be printed in TPU with a minimum of 60% infill.
XM Plus Antenna Guide
The guide maintains a 90 degree orientation for XM Plus diversity antennas. Mounted at the single rear standoff, the diversity antennas are secured with heat-shrink to the leads. The guide mounts to the single rear standoff. It should be printed in TPU with a minimum of 60% infill.