DRV 150A (5–14S) BLDC ESC

₹10,999.00

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The ZDrive DRV 150A ESC delivers high-performance and reliable propulsion for demanding UAV applications, with fast throttle response, smooth motor control, and efficient operation under heavy loads. It supports PWM and CAN communication for easy integration with modern flight controllers and includes advanced protection features to ensure safe, stable performance in VTOL systems, large drones, and industrial missions.

The ZDrive DRV 150A (5–14S) is a high-power electronic speed controller built for UAV platforms requiring extreme thrust, rapid ramp-up capability, and robust environmental durability. Supporting both PWM and CAN communication, it delivers stable propulsion for heavy multirotors, VTOL aircraft, and industrial drones operating in demanding environments.

Input Voltage	5–14S LiPo
Continuous Current	150A (with cooling)
Maximum Current	150A
Control Modes	PWM + CAN
PWM Signal Voltage	3.3V / 5V compatible
Signal Frequency	50 – 500 Hz
Throttle Pulse Width	1050 – 1940 µs
Voltage Protection	Supported
Online Update	Supported
BEC	5V / 200 MA
Dimensions	98 × 50 × 27.9 mm
Operating Temperature	–20°C to 65°C
Weight	~200 g
Power Wires	10 AWG (800 mm)
Motor Wires	12 AWG (150 mm)
Signal Cable Length	1000 mm
IP Rating	IP67

Beep Pattern	Issue	Cause	Solution
Beep… (every 1s)	Motor will not start	Throttle signal lost	Adjust throttle bottom; check receiver/connection
Fast beep-beep-beep	Motor will not start	Throttle not at zero	Move throttle to minimum
Beep-beep (every 1s)	Low voltage	Battery < 16V	Use fully charged battery
Beep-beep (every 1s)	High voltage	Battery > 64V	Use correct battery
Beep-beep-beep (every 1s)	ESC overheating	Temperature > 125°C	Cool ESC in ventilated place
Beep-beep-beep-beep (every 1s)	Abnormal startup or overload	Incorrect propeller / overload	Reduce load or use proper propeller

Download Test Data

The ZDrive DRV 150A ESC is designed for high-load UAV propulsion systems where reliability, stability, and fast response are crucial. Its intelligent control architecture provides smooth throttle transitions, accurate motor handling, and improved efficiency, even under rapidly changing flight conditions.

Supporting both PWM/RPM input and CAN communication, the ESC integrates seamlessly with advanced UAV controllers, enabling telemetry feedback, synchronized motor control, and enhanced safety. Equipped with comprehensive protection systems, including temperature, voltage, stall, startup, overload, and signal-loss protection, it ensures reliable operation for VTOL systems, large professional drones, and long-duration industrial UAV missions.

Integrated Protection Functions

Short Circuit Protection: Automatically shuts down output when a short circuit is detected. Power can be reconnected after the issue is resolved.
Stall Protection: Stops output when motor stall is detected. Reset throttle to zero to resume operation.
Temperature Protection: Power reduced at 125°C, Complete shutdown at 140°C, Restart only when the temperature drops below 80°C and the throttle is set to minimum.
Throttle Loss Protection: If no throttle signal is received for over 2 seconds, power output is shut off and automatically restored once the signal returns.
Voltage Protection: Prevents startup below 16V or above 64V. Protection is disabled during flight to prevent midair shutdown.
Startup Protection: If the motor does not begin rotating within 10 seconds, the ESC disables output until the throttle is reset.
Throttle Calibration Procedure: Set throttle to maximum and power on the ESC, After two short “bi-bi” tones, lower throttle to minimum, the “DO MI SO” tone indicates successful calibration.