40A smart ESCContinuous current of 40A, peak 80A , 10S ,12S,13S ,14S batteries can be switched at will
60A smart ESCContinuous current of 60A, peak 120A , 10S ,12S, 13S ,14S batteries can be switched at will
90A smart ESCContinuous current of 90A, peak 180A , 12S, 13S, 14S , 15S,16S batteries can be switched at will
120A smart ESCContinuous current of 120A, peak 240A , 14S , 15S,16S, 17S , 18S batteries can be switched at will

About FOC-ESCFOC-ESCField-Oriented Control Electronic Speed Controlleris a motor controller that utilizes advanced control algorithms to achieve precise and efficient motor control. In terms of hardware, FOC-ESC consists of several essential components:Main Control Unit: The main control unit, often based on a microcontroller (MCU) or a digital signal processor (DSP), is the brain of the FOC-ESC. It performs complex calculations, executes control algorithms, and manages the overall operation of the motor controller.Power Stage: The power stage is responsible for delivering power to the motor. It typically includes power transistors or MOSFETs that act as switches to control the flow of current to the motor windings. The power stage must be capable of handling the motor’s voltage and current requirements.Current Sensors: Current sensors are used to measure the motor’s current in real time. They provide feedback to the main control unit, allowing it to accurately regulate the motor’s current and torque output. Common types of current sensors include Hall effect sensors and shunt resistors.Voltage Sensors: Voltage sensors are used to monitor the motor’s supply voltage. They provide feedback to the main control unit for voltage regulation and protection purposes. Voltage dividers or dedicated voltage measurement circuits are commonly used for this purpose.Position Sensors: Position sensors, such as encoders or Hall effect sensors, provide feedback on the rotor’s position and speed. This information is crucial for the FOC-ESC to accurately control the motor’s rotation and achieve precise positioning.Gate Drivers: Gate drivers are responsible for controlling the power transistors or MOSFETs in the power stage. They convert the control signals from the main control unit into the appropriate voltage and current levels required to drive the power transistors effectively.Protection Circuitry: FOC-ESC often includes various protection mechanisms to safeguard the motor and the controller itself. These can include overcurrent protection, overvoltage protection, undervoltage protection, thermal protection, and short-circuit protection.Communication Interfaces: Some FOC-ESC designs may incorporate communication interfaces such as UART, CAN, or PWM for external control and monitoring. These interfaces allow for remote control, telemetry, and firmware updates

Top Features
Smoother power delivery curve
Higher current output
Enhanced protection mechanisms
Improved regenerative braking

Packing include

A ESC and a remote