![landing-stargoat-logo-02 landing-stargoat-logo-02](https://www.jki.net/hs-fs/hubfs/landing-stargoat-logo-02.png?width=400&height=400&name=landing-stargoat-logo-02.png)
A flexible software for Aerospace Systems' sequence control and execution
STAR-GOAT is packed with features designed to streamline high-speed I/O monitoring and control for your Aerospace test systems. With user-friendly GUIs, you can easily configure acquisition, logging, and control logic. It also boasts custom scaling, virtual channels, and calculated channels to meet the most diverse needs. Visualize I/O signals in tables and historical plots, saving and recalling custom channel lists at will.
![START-GOAT Gif START-GOAT Gif](https://www.jki.net/hubfs/START-GOAT%20Gif.gif)
STAR-GOAT supports PXI and CompactRIO systems from NI
![PXI-1 PXI-1](https://www.jki.net/hubfs/PXI-1.jpg)
![cRIO-2 cRIO-2](https://www.jki.net/hubfs/cRIO-2.png)
STAR-GOAT: Elevating Aerospace Testing
POWERUL FEATURES
Define
Discover & Create
• Discover and create IO signals for DAQ hardware using NI DAQmx driver
• High-Level GUIs for acquisition, logging, and control logic configuration
• Define custom scaling, virtual channels, and calculated channels
Control: Precision & Adaptability
• High-speed, deterministic sequences on NI Linux RT
• Detect and react to high-speed events
• Run multiple high-speed, deterministic control loops
• Select from multiple industry-standard control strategies (Bang Bang, PID, FFT)
Monitor: Insight & Control
• Visualize IO signals in tables and historical plots
• Create custom “codeless” P&ID diagrams
• High-speed and multi-rate data logging
• Ability to tare (zero) live data channels
Meeting the Requirements of the Demanding Aerospace Industry
The Aerospace industry demands precision, reliability, and efficiency. STAR-GOAT delivers on all fronts. STAR-GOAT has been successfully implemented in multiple mission-critical applications including satellite thruster test stands. With STAR-GOAT, you are empowered to handle high-speed, deterministic sequences and react to high-speed events effortlessly.