SineSic 80A Pro 800V FOC ESC for high-voltage UAV and eVTOL systems
The MAD SineSic 80A Pro 800V is a high-voltage FOC electronic speed controller for manned, delivery-aircraft and other high-power UAV propulsion designs. The product designation identifies an 80A class and 800V platform, and the listing provides a manual, FOC software, CAN communication protocol and firmware-upgrade tutorial for system integration.
Use it only in a propulsion architecture that has been validated for the controller’s voltage and current class. Before installation, confirm the battery bus, motor phase wiring, CAN or control interface, cooling path, isolation requirements and software version. The 80A designation should not be treated as a universal continuous-current guarantee across every temperature, duty cycle, motor or enclosure.
This ESC is not a drop-in replacement for a low-voltage multirotor controller. Do not infer motor KV compatibility, BEC output, waterproofing, certification, peak-current duration or aircraft payload from the product name. A qualified integrator should validate the motor, propeller, battery, wiring, thermal design and fault-response strategy as one system before flight operation.
For a lower-current 800V option, compare the SineSic 50A Pro 800V. For a higher-current option, review the SineSic 100A Pro 800V and browse the FOC manned/delivery-aircraft category.
SineSic 80A Pro 800V FAQ
What platform is this ESC intended for?
MAD places it in the SineSic FOC range for high-voltage manned, delivery-aircraft and UAV propulsion applications. Confirm the complete system design before use.
What does 80A and 800V identify?
The model name identifies the listed current class and high-voltage platform. Actual operating limits depend on the manual, thermal conditions, wiring, motor and duty cycle.
What integration resources are listed?
The product page provides a manual, FOC ESC software, a FOC ESC CAN communication protocol and a firmware-upgrade tutorial.
1. View Manual
2. FOC ESC Software
3. FOC ESC CAN Communication Protocol
FOC Firmware Upgrade Tutorial
