The Overland Vehicle Systems Recovery Ring is designed to make recovery safer, faster and more reliable. Its unique design is manufactured out of T6 6061 Aircraft Grade aluminum which won’t rust or corrode. This simple recovery tool used in conjunction with a soft shackle replaces the traditional snatch blocks and operates at a much higher working load which makes recovery safer and easier. This unique system is safer than the outdated snatch blocks because it doesn’t store kinetic energy like traditional rigging which could be catastrophic if a failure occurs
Manufactured out of T6 6061 Aircraft Grade Aluminum
41,000 lb. breaking strength
50% stronger than traditional snatch blocks
Weighing .9 lbs. makes this 50% lighter than traditional rigging
Comes with storage bag with quick cinch
Limited lifetime warranty
This warranty will not cover any labor charges incurred in installation, removal, replacement or repair, transportation cost or any consequential damages, which might be caused by the product.
Overland Vehicle Systems shall not be liable in case of;
• Improper installation or modification of original product.
• Damages resulting from abuse
• Improper installation
• Any commercial application
If the original purchaser finds a defect in material or workmanship, please contact Overland Vehicle Systems Warranty Service, 9830 Norwalk Blvd Suite 130, Santa Fe Springs, CA 90670. Please include proof of purchase or sales receipt. The law in some states may expand or modify this warranty. This warranty supersedes all other warranties, expressed or implied.
I purchased both the 41000 and the 45000 lb recovery rings. while I have not had to use these in an actual recovery yet, I did test them out with the "big ring" being the first and the "smaller" ring being the second in a multi line pull. NO issues noted, they worked flawlessly and showed no wear of any kind either from the soft shackle or the 3/8 winch rope. Anodized aluminum is the way of the future; so much nicer than a snatch block...safer too. Great price in addition.