Tyto Robotics’ Propeller Balancer enables defense engineers and aerospace integrators to dynamically balance UAV propulsion systems to ISO 21940-11 standards. This advanced capability is embedded within the Tyto Flight Stand thrust test platforms, using high-frequency accelerometers and precision RPM sensors to identify vibration-induced inefficiencies across a broad RPM spectrum. Ideal for mission-critical systems, the process takes just three spins to characterize imbalance and recommend weight correction, significantly improving performance, endurance, and acoustic signature.
Engineered for indoor testing environments, this software-activated module offers up to 800 Hz vibration sampling and supports propeller speeds from 200 to 15,000 RPM. By enabling precise alignment of motor-propeller assemblies, the Propeller Balancer ensures reliability under extended operational loads. It is especially suited to defense UAV programs where platform stealth, component longevity, and flight stability are non-negotiable. A separate license is required and available via Tyto Robotics.
| Sampling Rate | Up to 800 Hz |
| Quality Grade | ISO 21940-11 standard |
| Operating Environment | Indoor |
| Balancing RPM Range | 200 – 15,000 RPM |
| Correction Method | Added weight |
| RPM Sensor Range | Up to 30,000 RPM |
| RPM Resolution | 0.1 RPM |
| RPM Accuracy | ±1 RPM |
| Supported Propeller Diameter | Depends on Flight Stand model |
| Supported Blade Count | 1 or more |
