Freedom to Build Your Way.
Standalone architecture offers flexible installation for custom UAV systems.
Power You Can Depend On.
When every mission depends on stable power, dependable electronics become invisible—working flawlessly in the background.
Power That Carries More.
Stable current delivery for professional UAVs lifting cameras, LiDAR systems, and industrial payloads.
Confidence in Every Flight.
Engineered for stable operation in demanding industrial environments.
High Voltage. Longer Missions.
Optimized for 2–14S power systems that maximize efficiency on demanding long-endurance flights.
ZeniRace 120A Standalone ESC FAQ
The ZeniRace 120A Standalone ESC supports DC 7–65V, making it compatible with 2S to 14S LiPo batteries. This wide voltage range allows it to be used in everything from high-performance FPV builds to heavy-lift and industrial UAV platforms.
The ESC is rated for 120A continuous current and 140A burst current, providing reliable power for demanding applications, large propellers, and high-thrust motors.
The ESC comes with support for BL32 and AM32 firmware, offering smooth throttle response, advanced tuning options, and compatibility with modern FPV and UAV flight controllers.
The ZeniRace 120A Standalone ESC supports:
DShot150
DShot300
DShot600
PWM
These protocols ensure compatibility with most modern flight controllers.
No. This is a standalone ESC without a built-in BEC. Your flight controller or power distribution system should provide the required regulated voltage for onboard electronics.
Yes. Integrated TVS surge protection helps absorb voltage spikes caused by battery connection or aggressive throttle changes, improving overall system reliability.
No. The 120A Standalone ESC does not provide current telemetry output. If your build requires current monitoring, an external current sensor or compatible power distribution board is recommended.
The ESC is compatible with most sensorless brushless motors operating within its voltage and current ratings. It is especially suitable for:
Large FPV drones
Heavy-lift multirotors
VTOL aircraft
Industrial UAVs
Custom drone platforms
Always ensure the motor's maximum current draw does not exceed the ESC's rated limits.
Yes. With support for up to 14S LiPo, the ESC is designed for high-voltage systems that require efficient power delivery and reliable performance under demanding conditions.
Yes. As a standalone ESC, it is ideal for X8, coaxial, hexacopter, octocopter, and other custom multirotor configurations, where individual ESC placement offers greater flexibility and easier maintenance.
The package includes:
1 × ZeniRace 120A Standalone ESC
1 × 80V 1000µF Capacitor
User documentation (if applicable)
Please refer to the product page for the latest package contents.
The ZeniRace 120A Standalone ESC is built for pilots and developers who need reliable high-voltage motor control, including:
Professional FPV builders
Industrial UAV manufacturers
Heavy-lift drone integrators
VTOL aircraft developers
Agricultural drone builders
Robotics and research teams
A standalone ESC offers several advantages for larger and more complex drone platforms:
Better heat dissipation
Easier maintenance and replacement
Flexible installation for custom airframes
Improved scalability for X8, VTOL, and heavy-lift systems
Reduced risk of replacing an entire ESC board if one channel fails
This makes standalone ESCs the preferred choice for professional and industrial UAV applications where reliability and serviceability are priorities.
