JetFlightMachine control by JetCad LabsJetCad3

HARDWARE

The interface should fit the machine.

Available products, hardware in fabrication, and planned expansion live in one catalog. Purchase status and JetFlight validation are shown separately.

JetFlight host connects by Ethernet switch to three controllers, each driving two motors. Y-left and Y-right on separate controllers share one logical Y axis; X, Z, A and B are separate axes. USB sensor I/O connects to the host separately.JetFlight host connects by Ethernet switch to three controllers, each driving two motors. Y-left and Y-right on separate controllers share one logical Y axis; X, Z, A and B are separate axes. USB sensor I/O connects to the host separately.
Run power and Ethernet to the work, then keep motor and feedback wiring local. The purple pair shows two motors mapped to the same Y axis across controller locations. This illustrates the distributed architecture; supported combinations depend on multi-controller commissioning and compatible interfaces. Explore logical axes and distributed motion →
Preparing for releasePartially verified

SteadyWin CAN motors

SteadyWin CAN motor control has been implemented and tested in development, opening another path alongside conventional step/direction drives.

View GDZ810 · GIM8108-6 details →
AvailableAwaiting verification

StrikeCommand Gen5

A current plasma controller in the JetCad store. JetFlight use requires the matching adaptor, firmware, and a validated configuration.

View Gen5 details →
In fabricationAwaiting verification

JetFlight Adaptor V2

The integrated ESP32-S3 N8R2 adaptor now being fabricated. It maps JetFlight motion and plasma I/O to a 3.3 V carrier interface.

View V2 · N8R2 details →
Preparing for releaseVerified

First-cut prototype adaptor

The prototype combination used for JetFlight's first physical cuts. It establishes real motion and cutting evidence, but it is not a current retail configuration.

View Prototype details →
PlannedAwaiting verification

Distributed motion node

A planned machine-side node for placing motion control near distant joints and reducing long signal runs.

View Planned details →
PlannedAwaiting verification

Industrial motion / breakout board

Planned hardware for broader drive and feedback interfaces, including direct feedback where the board and firmware support it.

View Planned details →
PlannedAwaiting verification

I/O and relay expansion

Planned Ethernet and USB expansion for adding machine I/O without exhausting one central breakout board.

View Planned details →
PlannedAwaiting verification

Hobby motion board

A planned lower-cost entry point for simpler machines, using the same JetFlight software and documentation model.

View Planned details →