RED HAWK CON-XCT300DCS 300A Controller for E-Z-Go DCS Golf Carts with Alltrax Regenerative Braking Technology

The RED HAWK CON-XCT300DCS is a high-performance controller engineered for E-Z-GO DCS golf carts. Built for serious enthusiasts and professional installations, it delivers robust power, precise control, and efficient energy management to elevate how you ride on the course or in your community.

• Power Rating: 300A peak current for strong acceleration, confident hill climbing, and sustained performance on demanding terrain.
• Regenerative Braking: Alltrax regenerative braking technology integrated to recover energy during deceleration and provide smoother, more controlled stops.
• Compatibility: Specifically designed for E-Z-GO DCS carts, ensuring a reliable fit and seamless integration with your system.
• Throttle Response & Control: Precise throttle-to-wheel feel for predictable handling in tight fairways and urban settings alike.
• Durability & Reliability: Built with high-quality components to withstand vibration, heat, and daily use across seasons.
• Energy Management: Enhanced efficiency and extended range through energy recovery during braking, helping you get more from each charge.
• Availability Note: Product availability may vary; backorder is possible due to high demand. We’ll keep you updated on shipping timelines.

The CON-XCT300DCS pairs power with intelligent energy management, delivering a more responsive driving experience without sacrificing reliability. The 300A capability ensures ample torque for ramps and courses, while the integrated regenerative braking helps conserve battery energy during deceleration. This makes it an ideal upgrade for EZ-GO DCS carts used for golf, community recreation, or fleet maintenance, delivering smoother acceleration, improved braking control, and longer overall cart life. With RED HAWK’s engineering ethos of quality and performance, this controller is a practical, future-ready upgrade that supports longer trips between charges and more consistent performance across varied conditions.