VESC
VESC (Vedder Electronic Speed Controller) is an open-source motor control platform designed to control electric motors with high performance, flexibility, and efficiency.
Originally developed by Benjamin Vedder, the VESC Project has evolved from a motor controller project into a comprehensive ecosystem for electric vehicles, robotics, industrial automation, drones, and other motor-driven applications.
The VESC ecosystem includes both hardware and software. Controllers are configured and monitored using VESC Tool, which provides motor setup, tuning, data logging, firmware updates, and real-time diagnostics.
Today, the VESC ecosystem extends far beyond motor controllers. It now includes a growing range of electronics designed to support and enhance electric drive systems, including:
- Battery Management Systems (BMS)
- Communication modules
- Display interfaces
- Input and control accessories
- Sensor modules
- Data logging and telemetry devices
These devices communicate seamlessly with VESC controllers, enabling complete vehicle, robotics, and energy management systems to be built around a common platform.
As the ecosystem expanded, VESC Labs was established as the official retail and distribution platform for VESC hardware and related products. VESC Labs provides customers with access to genuine VESC controllers, accessories, and ecosystem products, helping make VESC technology more accessible to developers, businesses, and enthusiasts worldwide.
Unlike many closed motor control solutions, VESC provides extensive configuration options, open documentation, and support for advanced features such as regenerative braking, CAN Bus networking, field weakening, custom firmware development, and multi-device integration across the wider VESC ecosystem.
The open-source nature of VESC has encouraged a global community of developers, manufacturers, and users to create compatible hardware and software, making it one of the most flexible and widely adopted motor control platforms available.
In simple terms: a VESC is the intelligent control system that sits between the battery and motor, managing how electrical energy is converted into motion while also coordinating the wider ecosystem of electronics that support the vehicle or machine.
