Frequently Asked Questions

Why use a ratchet mechanism in a tourniquet?

The ratchet mechanism provides a mechanical advantage when used to tighten or shorten a length of strap. In a tourniquet application this is required because a great deal of force is required to appropriately tighten a tourniquet to stop arterial blood flow.

How strong is the RFTQ?

The RFTQ is extremely strong. The extended ratchet lever arm (patented feature) is aluminum alloy for strength in extreme conditions. The ratchet strap is high strength nylon to resist deformation of the teeth. The strap is mil spec 17337 1.5 inch nylon. The 1.5 inch adjusting buckle is a high strength polymer that holds under force.

Similar designs utilize a short plastic ratchet lever that barely allows your finger tips to grasp. Or requires grasping a small string in a stressful situation. Similar designs utilize 2 metal rings for the strap adjustment. This design does not hold the strap in place under force and is difficult to utilize one handed. But this design does work well as a belt to hold your shorts up.

I have seen similar products using a ratchet mechanism. Why is your product better?

Using a ratchet mechanism for a tourniquet is not a new idea. Anyone that tells you they created the idea of using a ratchet mechanism in a tourniquet is just being dishonest. Those in the military will know that cargo straps with ratchet mechanisms have be used as tourniquets for a very, very long time.

What makes our RFTQ so unique and effective is the design, execution, and how the ratchet mechanism is incorporated into this design. In fact, our design is patented. By placing the ratchet mechanism and strap on top of the strap it is much more efficient. That is a patented feature of the RFTQ. Other designs place the mechanism and strap at the ends. This caused severe pinching and prevented appropriate tightening. The other guys have taken our design and intellectual property and used it for their own.

You can learn more about the RFTQ patent by downloading our free PDF, by clicking below.
patent.pdf
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Can the RFTQ be applied to self using only one hand?

Yes, please observe this demonstration video.

Can the RFTQ be applied to a trapped limb?

Yes, just take a look at the demonstration video here.

Can the ratchet mechanism release lever be accidentally released once applied?

It is very unlikely. The release lever is designed to be utilized when the mechanism is not under force or tension. Once the RFTQ is tightly applied, the release lever becomes very difficult to release. In fact, we suggest the best way to loosen or remove the RFTQ is to lift the 1.5 inch buckle to allow slack into the strap as the best method to release.

Are you a Veteran Owned Small Business?

Yes. The owner of In Extremis Solutions LLC has served in both enlisted and commissioned service. This service includes multiple combat deployments.

Can the RFTQ be utilized on children and K-9s?

Yes, see the demonstration video. The RFTQ meets all of your needs with a single product.

What can you tell me about your intellectual property?

Not only is our RFTQ patented but we also hold the intellectual property rights. In Extremis Solutions has core values that include: Honesty, Integrity, Courage, and Service. Unfortunately, our values are not shared by some in the industry. In 2007 we entered into a Intellectual Property Assignment Agreement with Michael Moran of M2. Mr Moran found our design of enough value to enter into this signed agreement. Mr Moran and M2 did not fulfill the obligations of the agreement. Per the signed agreement “M2 shall assign, and hereby automatically assigns to ARUC Systems, LLC, effective January 1, 2010, all Intellectual Property Rights, and shall execute all necessary papers and cooperate fully ...”. Unfortunately Mr Moran and M2 have been unwilling to abide by their own signed agreement. Read the agreement and decide for yourself. Then ask yourself, what kind of business do you want to support?

You can learn more about the RFTQ intellectual property by downloading the FREE PDFs located on the right, and get the full story. 
ip_agreement_with_m2.pdf
File Size: 5068 kb
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m2_emails.pdf
File Size: 3848 kb
File Type: pdf
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