Skip to product information
1 of 3

Talon SRX Encoder Breakout Board: Streamlined Sensor Integration | CTR Electronics

Talon SRX Encoder Breakout Board: Streamlined Sensor Integration | CTR Electronics

SKU:15-696679

In stock

Regular price $9.99 USD
Regular price Sale price $9.99 USD
Sale Sold out
Shipping calculated at checkout.

The Talon SRX Encoder Breakout Board is designed to simplify and accelerate the wiring of quadrature encoders and limit switches to your Talon SRX motor controller. This accessory connects directly to the Talon SRX via a ribbon cable, providing convenient solder pads for both quadrature encoders (located on the top) and limit switches (on the bottom).

The Talon SRX Breakout Board is designed for FIRST® Robotics Competition (FRC) teams and robotics developers who need a reliable way to integrate sensors with the Talon SRX motor controller. This breakout board enables precise position sensing and end-of-travel detection, making it an essential tool for performance-driven robotics, industrial automation, and custom machinery.

Built for quick, clean, and dependable sensor connections, the breakout board streamlines wiring and reduces setup complexity, ensuring accurate feedback for control systems. For wiring instructions and technical details, refer to Section 1.4.6 of the Talon SRX User’s Guide.

Key Features

  • Purpose-built for Talon SRX sensor integration
  • Supports precise position sensing and end-of-travel detection
  • Enables clean, reliable, and efficient wiring
  • Suitable for FRC teams, robotics projects, and automation systems
  • Referenced in Talon SRX User’s Guide (Section 1.4.6) for wiring details

Product Benefits

  • Improved robot feedback for better control and performance
  • Reliable sensor connections reduce wiring errors and downtime
  • Competition-ready solution trusted by FRC teams for sensor integration
  • Versatile use across robotics, industrial automation, and custom machinery
  • Simplifies integration, saving time during robot build and testing phases



View full details