Explore how Vertiq’s motor and ESC modules influence thrust data, including an overview of throttle modes, data representation, and the importance of adhering to realistic performance limits.This guide aims to clarify essential elements for the safe and dependable operation of aircraft.
Users who are new to Vertiq motors and ESC modules frequently inquire about our thrust data, wich differs from that of other brands. The distinct configurability and control features of our modules are crucial for understanding this variation.
Why is there an absence of a throttle column? Vertiq modules offer three distinct throttle modes: PWM Mode, Voltage Mode, and Velocity Mode, all of which can be tailored through our IQ Control Center. Each mode interprets throttle commands in a unique manner:
- PWM Mode: Throttle corresponds to a percentage of the supplied voltage,which can fluctuate with battery levels,resulting in potential inconsistencies.
- Voltage Mode: throttle is linked to a specific voltage,ensuring stable performance even as battery levels change.
- Velocity Mode: Throttle is associated with a specific velocity, enhancing performance and responsiveness.
This level of configurability implies that throttle percentages do not have a global interpretation, which is why we present data in increments of 1V or 2V, offering greater consistency then typical industry standards. Unlike other manufacturers that frequently enough utilize a fixed PWM throttle and display data in 10% increments, vertiq’s data provides a more accurate and reliable assessment of module performance.
why does the test data appear to stop abruptly? We only release data up to the continuous torque limit of each module to maintain realistic expectations. Although our modules can temporarily exceed these limits,sustained operation beyond them may result in overheating. We refrain from publishing data above this threshold to prevent misleading users regarding potential thrust and torque capabilities in real-world scenarios.
Grasping how our modules function within safe parameters is vital for ensuring long-term reliability and performance. Many other manufacturers provide complete test data, which may indicate performance levels that could led to overheating or derating in actual operating conditions. Vertiq’s methodology emphasizes safe, continuous performance, encouraging users to choose motor-ESC-propeller combinations that can reliably meet their maximum thrust needs.
Discover the complete article on the Vertiq website.
