Mile Marker 60-50059 10K Winch Mount Channel for Jeep Wrangler YJ/TJ

Mile Marker Jeep YJ TJ Winch Mounting Channel 10K Capacity The Mile Marker 60-50059 Winch Mounting Channel is purpose built to deliver a secure, durable, and reliable foundation for winch installation on Jeep Wrangler YJ and TJ platforms. Engineered for strength and precision fitment, this mounting channel is constructed from heavy duty steel and finished with a high quality powder coat to resist corrosion, abrasion, and harsh environmental conditions encountered in off road and recovery applications. Designed specifically to fit Jeep Wrangler models from 1997 through 2006 without modification, this mounting solution simplifies installation while maintaining structural integrity and proper winch alignment. It is optimized for use with Mile Marker Mission Series 10,000 lb winches, including model 78-53246WR, while remaining fully compatible with any winch utilizing the industry standard 4.5 inch by 10 inch mounting pattern. This versatility makes it an ideal solution for both direct replacement installations and custom build applications where a strong and adaptable mounting base is required. Whether outfitting a dedicated recovery vehicle, upgrading an off road build, or fabricating a custom setup, this mounting channel provides the strength, fitment accuracy, and long term durability required for dependable winch performance. Mile Marker engineering ensures that this component meets the demands of real world recovery scenarios, delivering confidence when it matters most while protecting both the winch and vehicle mounting points from stress and failure under load Heavy duty steel construction provides maximum strength and structural integrity for demanding winch applications Durable powder coat finish resists corrosion abrasion and harsh environmental exposure for long service life Direct fit design for Jeep Wrangler YJ and TJ models from 1997 through 2006 with no modification required Engineered to support winches up to 10000 lb capacity for reliable recovery performance under load