The Warn VR EVO winch series is a line of rugged and reliable electric winches designed for off-road enthusiasts and professionals alike. Building upon Warn's decades of experience in manufacturing high-quality winches, the VR EVO series combines advanced technology with robust construction to provide dependable performance in demanding situations.

Key features of the Warn VR EVO winch series typically include:

Powerful Performance: Equipped with a high-output series-wound motor, the VR EVO winches deliver powerful pulling capabilities to handle challenging recovery tasks with ease.

Durable Construction: The winches feature a rugged and durable design, with a heavy-duty steel drum and a tough, corrosion-resistant finish to withstand harsh environmental conditions.

Enhanced Control: With an integrated Albright contactor and a corded remote control, users can precisely control the winch operation from a safe distance, ensuring smooth and reliable performance in any situation.

Versatile Mounting Options: The VR EVO winches come with a variety of mounting options, including a standard 4-hole mounting pattern, allowing for easy installation on a wide range of vehicles and applications.

Safety Features: Built-in safety features such as a spring-loaded brake system ensure secure operation and prevent accidental spooling while the winch is not in use.

User-Friendly Design: The winches are designed for ease of use, with intuitive controls and clear instructions, making them suitable for both experienced off-roaders and novice users.

Available Accessories: Warn offers a range of accessories compatible with the VR EVO winches, including synthetic or steel rope options, roller or hawse fairleads, and mounting kits, allowing users to customize their winch setup to suit their specific needs.

Overall, the Warn VR EVO winch series combines robust construction, powerful performance, and user-friendly features to provide reliable recovery solutions for off-road vehicles, trucks, and utility vehicles in a variety of challenging environments.