
Tyto Robotics, a leader in UAV propulsion testing technology, has introduced the Flight Stand 60 Engine Test Stand.
The Flight Stand 60 is designed to assess the performance of internal combustion engines (ICE) and propellers.
Engineered for accuracy and reliability, the solution empowers users to conduct a wide range of propulsion evaluations with unparalleled precision.
Charles Blouin, President and Co-Founder of Tyto Robotics, said, “For years, Tyto Robotics has specialized in testing BLDC motors, but we’re excited to now offer a robust testing solution for UAV manufacturers working with internal combustion engines.
“The Flight Stand 60 provides the reliable, high-precision data needed to optimize engine performance and efficiency.”
Flight Stand 60 Specifications
The Flight Stand 60 is capable of handling a variety of performance tests, offering impressive capabilities such as measuring thrust up to 60 kgf, torque up to 30 Nm, and rotation speeds reaching up to 16,800 RPM. It also supports fuel flow rates up to 800 mL/min and temperature measurements as high as 800°C. This robust test stand is designed to accommodate detailed assessments of engine and propeller systems.
Included in the comprehensive kit are essential components such as a thrust and torque measurement unit, a fiber optic RPM sensor, a fuel flow sensor, and dual thermocouples for exhaust and system temperature readings. The system also features an airspeed pressure sensor to collect airflow data and the Flight Stand software to seamlessly integrate all measurements for detailed analysis.
Flight Stand 60 Features
The Flight Stand 60 boasts a vibration-resistant construction, equipped with custom-tailored dampers to accommodate engines of varying sizes. With a high sampling rate of 1,000 Hz, the system enables dynamic testing that captures and analyzes harmonics, vibration patterns, and torque fluctuations. This precision ensures that users can perform thorough testing with a focus on performance accuracy.
Additionally, the stand’s thrust and torque sensors are rigorously calibrated according to ASTM standards, assuring users of reliable and precise measurements every time. Whether you’re analyzing engine power output or studying propeller performance, the Flight Stand 60 ensures dependable and accurate results.
Applications of the Flight Stand 60
The versatility of the Flight Stand 60 makes it an ideal solution for a wide range of applications, including:
- Engine-Propeller Comparison: Evaluate different combinations of engines and propellers to find the optimal configuration for specific needs.
- Carburetor Tuning and Engine Break-In: Fine-tune carburetor settings and perform engine break-ins while tracking critical performance metrics.
- Fuel Efficiency Measurement: Accurately assess the fuel consumption of different engine setups to optimize performance.
- Variable Pitch Propeller Testing: Test and adjust variable pitch propellers to determine their efficiency and functionality.
- Cylinder Performance Synchronization: Ensure that all engine cylinders are performing uniformly for optimal power output and efficiency.
- 3D Engine Performance Plot Generation: Use the system to generate detailed 3D performance plots, offering a visual representation of engine data for advanced analysis.
- Crank Angle Optimization: Optimize the crank angle to improve engine efficiency and performance.
The Flight Stand 60 Engine Test Stand is the ideal tool for professionals seeking reliable, accurate, and comprehensive testing solutions for internal combustion engines and propellers. Whether you’re involved in research and development, performance tuning, or engine optimization, the Flight Stand 60 ensures precise measurements and enhances your testing capabilities.