The T-Connate Unimount X0 is a high-precision single-motor propulsion test stand designed for UAV and electric
propulsion research. Engineered for advanced testing and real-time analysis, it enables accurate measurement of
thrust, torque, RPM, voltage, current, vibration, temperature, and noise. With support for up to 6 kgf thrust and
100,000 RPM operation, the Unimount X0 is ideal for aerospace labs, R&D; environments, and educational
institutions focused on propulsion system development. Its integrated calibration system, IoT-enabled controls, and
real-time data visualization provide a complete testing ecosystem for next-generation autonomous vehicle
applications.

The T-Connate Quadmount X0 is a multi-axis distributed electric propulsion (DEP) testing platform built for
synchronized UAV motor analysis and advanced multirotor research. Designed with a 4-axis architecture, it delivers
up to 24 kgf total thrust capacity while enabling precise synchronization testing, vibration analysis, endurance
evaluation, and battery performance monitoring. Featuring real-time data acquisition, intelligent calibration, and
resonance analysis, the Quadmount X0 helps researchers and developers optimize UAV propulsion efficiency,
stability, and flight performance in both individual and system-level testing environments.

The T-Connate Motion X0 is a 6-axis educational and research-grade gimbal mechanism developed for autonomous
rotorcraft motion analysis and control system testing. Designed for advanced UAV dynamics experimentation, it
supports real-time sensor fusion, PID tuning, force feedback control, and high-speed data logging. With precise
angular and force measurements, Motion X0 enables realistic simulation of flight movements, stabilization behavior,
and autonomous control responses. It is an ideal platform for institutions and R&D; labs working on robotics, UAV
control systems, and aerospace motion simulation.

The T-Connate Gyro X0 is a compact 6-axis motion and stability testing platform designed for UAV balancing,
orientation analysis, and sensor calibration. Equipped with advanced IMU sensors, magnetic encoders, and
force-feedback mechanisms, the Gyro X0 enables accurate testing of aircraft attitude control, stabilization algorithms,
and autonomous navigation systems. Its high-speed synchronization and real-time PID tuning capabilities make it a
powerful solution for aerospace education, flight control development, and autonomous system research.

The T-Connate Atmos X0 is a controlled atmospheric and wind simulation chamber developed for UAV propulsion
and aerodynamic testing. It recreates real-world environmental conditions including variable wind speeds, turbulence,
humidity, and temperature changes, allowing engineers and researchers to validate UAV performance under dynamic
operating conditions. With integrated airflow visualization, environmental monitoring, and synchronized
communication with external test rigs, the Atmos X0 provides a comprehensive platform for aerodynamic research,
CFD validation, and environmental endurance testing for autonomous aerial systems.