Fitment requirements
For 2008-2011 E-Z-GO RXV factory-AC vehicles using Danaher 83A21102A controls and the matching 23-pin connection. Not the Curtis 35-pin or Samsung-lithium ELiTE application. Match the controller label, not year alone.
SKU: 64-NAVCANRXVTAC2-DAN
Upgrade Your EZGO RXV (2008–2011) with High-Performance Control
Enhance your golf cart’s performance with the Navitas TAC2 600A Conversion Kit for EZGO RXV vehicles (2008–2011) equipped with Danaher control systems. Designed to replace the factory Danaher 83A21102A controller, this system delivers significantly improved power, smoother acceleration, and better overall performance.
More Power for Early RXV Models
The 600A TAC2 controller provides stronger acceleration, improved throttle response, and increased efficiency—making it a major upgrade over the original Danaher system.
Smart Control with Bluetooth & CAN Integration
Featuring built-in Bluetooth connectivity and CAN-enabled communication, this system allows for advanced tuning and diagnostics through the Navitas app.
Key Features
- 600 Amp TAC2 controller for maximum performance
- Designed for EZGO RXV (2008–2011)
- Replaces Danaher 83A21102A control systems
- CAN-enabled control system
- Built-in Bluetooth for programming and diagnostics
- Improved throttle response and acceleration
- Security feature to lock your vehicle
- Designed for easy installation
Fitment & Compatibility
- Designed for EZGO RXV models (2008–2011)
- Compatible with Danaher control systems only
- Not compatible with Curtis (2012+) RXV models
- Not compatible with EZGO ELiTE (Samsung lithium) models
Important Compatibility Note
This kit is specifically for early RXV models (2008–2011) with Danaher controllers.
If your RXV is a 2012 or newer model with a Curtis controller, you will need a different upgrade kit.
What’s Included
- TAC2 600A controller with Bluetooth
- TAC2 module with CAN
- Hardware mounting kit
- On-The-Fly Programmer
- Wiring for RXV23 resistor system
Perfect For
- Upgrading early RXV models
- Replacing Danaher control systems
- Increasing speed and torque
- Improving throttle response