X-KIT
Manned/Unmanned/Optionally Piloted System Conversion Kit
UAS/OPS modular conversion kit
Comprehensive system-wide control and automation
Ground control and system-wide hardware-in-the-loop simulation
Certification-ready
ISR Mission payload and communication management
Integrated Hardware-in-the-Loop simulation
Features
Comprehensive UAV functionality
- Comprehensive system-wide automation for all phases of flight
- System-wide air vehicle interface and control
- LOS and BLOS communications management
- Mission and ISR payload automation
- Optimised communication management
Safety critical design
- Comprehensive system-wide redundancy (dual/triple)
- High Design Assurance Level equipment for safety-critical functions (certification ready!)
- Airspace integration systems (transponders, ATC radio, etc.)
- Programmed actions for contingencies
- Configurations available for both Experimental and Certified UAS/OPS
Modular and Flexible architecture
- Rapid OPS and UAS conversion for quick time to market
- Supports fixed-wing, rotary-wing and multi-rotor aircraft
- Scalable and modular equipment sets
- Compatible with wide range of 3rd party sub-systems (sensors, actuators, avionics, ECUs, etc.)
Option to use existing airframes
- Cost-effective alternative to bespoke development
- Proven aircraft: Low risk development path
- Preserve certification status
The S-PLANE X-KIT is a comprehensive solution that offers a means to rapidly convert manned or unmanned aircraft into both experimental and certified Manned, Unmanned or Optionally Piloted Systems. Built on S-PLANE’s proven and rugged X-SERIES technology, the X-KIT can be readily applied to almost any aircraft. Seamless integration with third party payloads and S-PLANE’s Communication, Ground Control and Simulation Solutions brings high-end, versatile autonomous systems of the future to today.
In addition to S-PLANE’s X-SERIES flight and mission automation technology, the X-KIT includes S-PLANE’s Communication, Ground Control and Simulation Solutions (e.g. TRACKER+ ParagonC2, ParagonISR, XSIM-HILS) and Services (e.g. System Engineering, Integration and Testing) in order to enable comprehensive system-level functionality.




