4,300kg 12V EN Rated Electric Winch With Synthetic Rope & Wired Remote Control
Certified Reliability. Synthetic Safety. High-Torque 12V Performance.
The Novawinch EN4300 is a professional-grade 12V electric winch specifically designed for recovery trucks, flatbed trailers, and commercial transport fleets. It combines a massive 4,300kg (9,480lb) rated line pull with high-efficiency performance, crucial for 12V vehicle electrical systems.
Certified for Professional Transport
Engineered to exceed the requirements of the European standard EN 14492-1, the EN4300 provides documented safety and structural integrity, essential for commercial operators. Whether managing a transport fleet or a solo recovery operation, this EN-rated winch ensures your equipment meets the highest legal and safety benchmarks.
Optimised 12V Series Wound Power
Equipped with a high-output 8.2hp (6.2kW) series-wound motor, the 12V EN4300 delivers dependable pulling power without sacrificing battery efficiency. Its industrial 4-stage planetary gear train features a 516:1 gear ratio, providing exceptional mechanical advantage and steady, controlled line speeds, even at maximum capacity.
Synthetic Rope: Safer, Lighter, Faster
This variant is pre-fitted with 111.5ft (34m) of 3/8" (9.2mm) high-strength synthetic rope. Synthetic rope is significantly easier to handle than steel, reduces the overall weight of the winch assembly, and eliminates the risk of dangerous cable splinters. To protect the rope, it includes a premium aluminium hawse fairlead designed for maximum rope longevity.
Built for the Elements
- IP67 Waterproof Rating: The motor and gearbox are fully sealed against water, mud, and debris, ensuring reliable performance in harsh outdoor environments.
- Automatic 100% Load-Holding Brake: A mechanical brake integrated directly into the drum ensures the load remains exactly in position, even in the event of power loss.
- Rugged Handheld Control: Features a waterproof remote with a 12.7' (3.9m) cord, allowing operators to maintain a safe distance during heavy recovery tasks.



