Controller JetFleet F6

JetFleet F6 VESC Controller – Unleash Precision, Power, and Passion

Note: When connecting the battery, use a precharge resistor to limit inrush current and prevent potential damage to the system. Additionally, secure the ESC using all six bolts to minimize vibrations and ensure reliable mechanical stability during operation.

Free VESC Setup
Get your VESC controller professionally configured—free with every purchase.
Our team offers remote motor setup support to ensure everything runs perfectly.

Just contact us after your order to schedule your session.

Technical Excellence at a Glance

Current Handling:

• 32s: ±180A Motor Current Max
• 24s: ±230A Motor Current Max
• 20s: ±260A Motor Current Max

Voltage Rating:

• 32s: 134.4V battery when it is full
• 24s: 100.8V battery when it is full
• 20s: 84V battery when it is full

*Operates seamlessly from 24V up to 140V (32 cell Li-Ion maximum)

*apply automotive standards regen is 0A when battery is full*

Mechanical Features:

• Weight: ~180g with standard wiring
• Dimensions: 80.5 x 60 x 27mm
• Mounting: 6× M3 pattern
• Standard 15cm battery & motor connection cables

Electrical Features:

• Integrated CANBus, IMU LSM6DS3TR-C (832Hz), and a dedicated buzzer
• Three addressable LED channels via ESP32C3
• Robust 3 W/mK, 3mm IMS 1-Layer 2OZ PCB
• Fully protected I/O (resistors/diodes)
• VESC Express compatibility for WiFi, Bluetooth, and LiSP scripting

Electrical Connections:

• Battery/Motor:
  12AWG silicone input cables with XT90 connectors; 10AWG silicone output cables with 5.5mm bullet connectors
• Logic:
  JST GH locking connectors supporting standard interfaces (CANBus, ADC, UART, Hall sensors, 5V/3.3V, SPI, Button, Encoder, Motor Temperature, plus dual USB Type C for VESC-Tool connectivity)

Motor Control Modes:

• FOC, BLDC & DC:
  Compatible with sensorless, Hall sensor, or encoder setups.
• Control Flexibility:
  Choose between current, duty cycle, or PID RPM control—tailor your ride with adjustable limits for current, voltage, RPM, power, regenerative braking, and more via the VESC Tool.

Safety? We’re Obsessed.

• Hardware + software overcurrent protection
• Instant-disable gate drivers if shunts misbehave
• Battery/motor temp cutoffs, voltage guards, and LiSP scripting for your rules
• Shutdown power consumption ~12uA
• Momentary switch/auto shutdown
• Roll-to-start feature

LEDs

Running on Vesc Express use (https://www.patreon.com/c/SylerTheCreator/home)

Running on STM32 use refloat or custom lisp script

Controller – Rev.2 Updates

• Simplified DC/DC connection
  
• LED control via refloat pin
  
• Higher conversion efficiency
  
• Reduced current sampling noise
  

Case, momentary switch, mounting plate and other accessories are sold separately.

Explore, modify, and excel—join our community on Discord and be a part of the evolution inspired by the legendary VESC® project (a registered trademark of Benjamin Vedder).