FLIPSKY 75100 Pro V2.0 VESC ESC for Electric Skateboard Scooter Ebike — 75V 100A, Aluminum PCB

FLIPSKY 75100 Pro V2.0 is a VESC-based electronic speed controller designed to manage motors up to 75V and 100A for electric skateboards, scooters, ebikes and DIY vehicles.

This compact, aluminum-PCB ESC from FLIPSKY's Benjamin series offers high-voltage capability and programmable control through the VESC Tool. It ships with firmware 6.02 and supports a wide 14–84V input range (4–20S batteries), making it suited for high-performance conversions and custom builds. Read on for configuration tips, safety notes, and practical use cases so you can decide if it fits your project.

How do I configure the 75100 Pro V2.0 before first use?

Always connect the ESC to a computer and run VESC Tool to match firmware and tune parameters before applying full power. The unit ships with factory firmware 6.02; if you need a different build, select the correct firmware version in VESC Tool and flash accordingly. Incorrect firmware or mismatched versions can cause erroneous parameters and damage.

• Install VESC Tool on a compatible PC (firmware downloads available from FLIPSKY site).
• Check the ESC firmware version and update to the exact VESC release required.
• Verify parameter pages for motor, battery, and safety limits before riding.

What electrical limits and outputs should I be aware of?

The 75100 Pro V2.0 supports continuous 100A current and a broad voltage window from 14V to 84V (safe for 4–20S battery packs). The onboard BEC provides 5V at 1.5A for powering receivers, but do not exceed that draw. Pay attention to ADC throttle wiring: the positive reference must be 3.3V when required, not 5V.

• Voltage range: 14–84V (4–20S). Do not exceed this range.
• Continuous current rating: 100A (manage motor and battery heat accordingly).
• BEC output: 5V @ 1.5A — avoid overloading external electronics.

Which wiring and safety checks prevent damage and ensure reliability?

Follow the supplied wiring diagram exactly and take care with the 3.3V and 5V rails—shorts or incorrect connections risk irreversible damage. Solder or weld battery and motor connections strongly; loose plugs or rough handling can cause the ESC socket to separate. If you’re unsure, consult FLIPSKY support or the reference videos they provide.

• Securely solder battery and motor leads; avoid mechanical strain on connectors.
• Confirm ADC throttle positive is tied to 3.3V when required by your throttle type.
• Inspect ESC mounting and wiring for looseness before each ride.

Can I use this ESC in different vehicle types and performance setups?

Yes—this VESC-based controller is versatile for electric skateboards, scooters, ebikes, robots, and off-road builds. It offers customizable motor control and safety limits via VESC Tool so you can tune for torque, speed, regenerative braking, and battery protection to match your drivetrain. Keep firmware consistent across your tool and ESC to avoid configuration errors.

• Compatible with brushless motors commonly used in skating and e-mobility projects.
• Parameter tuning enables balancing top speed, acceleration, and battery longevity.
• Works well in DIY off-road or combat vehicle applications with proper cooling and mounting.

Who is this for: The FLIPSKY 75100 Pro V2.0 is aimed at experienced hobbyists, builders, and professional tuners who need a high-voltage, programmable ESC for custom electric vehicles. It's best for users comfortable with VESC Tool configuration, firmware management, and careful wiring or those willing to follow the documentation and reference videos closely. If you require plug-and-play simplicity without software tuning, consider a controller with factory presets instead.