PhotonDrive

The ESC-R-150, engineered for high-voltage applications with a 12S+ voltage input, excels in performance and reliability. This STM32G431-based electronic speed controller achieves optimal performance within a compact form factor while incorporating effective thermal management, making it a perfect choice for robust drones carrying heavier loads with large propellers.

Both PWM and DShot (300/600, bidirectional) protocols are supported, providing a wide range of compatibility with flight controllers. For fine-tuning comfort as well as on-the-fly monitoring, UART and KISS telemetry is available.

The pre-uploaded ESCape32 firmware implements variable PWM (15kHz-96kHz), sinusoidal startup, overcurrent and overtemperature protection, and many more user-configurable features.

The board can be reprogrammed with custom firmware.

Typical use cases and full specification is available in the documentation.

The ESC-R HD Capacitor (HD standing for High Density) is tailored specifically for the ESC-R-150 speed controller for use in electric vehicles and drones with operating voltages at 12S or higher. With a capacitance rating of 500uF and a voltage tolerance of 100V, this capacitor board is engineered to deliver superior energy storage capabilities in a compact form factor. It ensures seamless motor operation, minimizes electrical noise, and provides robust protection against voltage spikes and surges, optimizing the performance and longevity of ESC systems.

Full specification is available in the documentation.

The PDB 500 HotSwap is a four channel high-current power distribution board designed with under/over-voltage protection and overcurrent protection in mind. With over 500A of continuous current capability, it is able to deliver more than 125A to each motor.

Full specification is available in the documentation.

The ESC-A-150 is engineered for medium-voltage, lower KV and high power applications with a 6S voltage input. This STM32G431-based electronic speed controller achieves optimal performance within a compact form factor while incorporating effective thermal management, making it a perfect choice for robust drones carrying heavier loads with large propellers.

Both PWM and DShot (300/600, bidirectional) protocols are supported, providing a wide range of compatibility with flight controllers. For fine-tuning comfort as well as on-the-fly monitoring, UART and KISS telemetry is available.

The pre-uploaded ESCape32 firmware implements variable PWM, sinusoidal startup, overcurrent and overtemperature protection, and many more user-configurable features.

The board can be reprogrammed with custom firmware.

Typical use cases and full specification is available in the documentation.

The ESC-A HD Capacitor (HD standing for High Density) is tailored specifically for the ESC-A-150 speed controller for use in electric vehicles and drones. With a capacitance rating of 500uF and a voltage tolerance of 100V, this capacitor board is engineered to deliver superior energy storage capabilities in a compact form factor. It ensures seamless motor operation, minimizes electrical noise, and provides robust protection against voltage spikes and surges, optimizing the performance and longevity of ESC systems.

Full specification is available in the documentation.

The Universal ESC Programming and Debugging Board is a compact yet powerful electronics board designed to streamline the process of programming new firmware onto Electronic Speed Controllers (ESCs) and other compatible products. With integrated debugging and configuration features, this board offers a versatile solution for optimizing the performance and functionality of electronic devices across various applications.

Full specification is available in the documentation.