tow strap weight ratings
Introduction
Tow straps are essential components of automotive recovery. In any given situation, a tow strap can be a literal lifeline—one that is capable of hauling heavy vehicles, construction equipment, and so much more. However, these straps are far from being one size fits all. All tow straps come in different shapes and sizes, made from a variety of materials and each having its own load rating. It may seem like a daunting task to determine the proper tow strap weight rating for a given application, but understanding the basics can help you make the right decision.
What is a tow strap?
A tow strap, also called a tow rope, is a type of strap or cable used to pull or tow a stuck or disabled vehicle. In some cases, tow straps are used to access an area or move a piece of equipment that can’t be moved by any other means. Tow straps are also commonly used by recreational towing movements and vehicle recovery.
What are tow strap weight ratings?
The weight rating of a tow strap simply indicates the amount of weight that it can safely haul. Additionally, it’s the maximum amount of weight that the straps can handle before ripping or tearing. Generally, tow straps are categorized into different eak-strength ratings, including minimum eaking strength (MBS) rating, and gross vehicle weight rating (GVWR).
The minimum eaking strength (MBS) is the amount of force required to eak a tow strap. This can be expressed in metric (kilograms) or imperial (pounds-force) units. The MBS rating of a tow strap can tell you the maximum amount of weight that the strap can safely tow. The higher the MBS rating, the more weight a tow strap can safely haul.
The gross vehicle weight rating (GVWR) is the maximum combined weight of the vehicle and its load, including trailers or other equipment. This figure is usually found on the vehicle’s specification plate and is important for determining the tow strap weight rating. The tow strap should have a eaking strength that is more than the total weight of the load, including vehicle and trailer.
Why it is important to choose the right tow strap weight rating?
Choosing the wrong tow strap can result in disaster, injury, and potential legal liability. To determine the proper tow strap weight rating for a given application, you must first calculate the total weight of the load, including vehicle and trailer. The tow strap should then have a eaking strength rating that is equal to, or greater than, the total weight of the load.
It’s also important to inspect the tow strap before each use. Tow straps are made of materials that wear down over time, so it’s important to check for fraying, knots, or exposed wires that could cause the strap to eak. Additionally, tow straps should never be pulled beyond their stretch capacity. Doing so can damage the tow strap and cause it to eak.
Conclusion
Tow straps are essential components of automotive recovery, but it’s important to choose the right tow strap weight rating for a given application. To ensure the safe and successful use of a tow strap, make sure its MBS rating is equal to, or greater than, the total weight of the load. Inspect the tow strap for fraying, knots, or exposed wires and never pull it beyond its stretch capacity. Understanding the basics of tow strap weight ratings can help you make the right decision and make sure that your recovery jobs are completed safely and efficiently.
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