The Uber Gulag Shim is a combination of the original Uber Shim and Gulag Shim.
Developed by Karl from OscarDelta ATACS and precision engineered in the UK the unique length, width and thickness ensures it will work with a wider selection of handcuffs that would otherwise resist or fail to shim with other commericially available shims.
These include American UZI, British TCH, Czech ALFAproj, Polish KEL-MET, Russian BRS-2, Russian CROT and Spanish ALYCON.
When using the Uber Gulag Shim the silky smooth operation almost makes shimming effortless!
In additional to its unique design features the Uber Gulag Shim is 301 Full Hard Stainless Steel that differs from other forms of 301 in that it has been hard cold rolled to its full hard condition. This increases its fatigue life.
In its full hard condition, type 301 stainless steel has a tensile strength of 185,000 PSI minimum, and a minimum yield strength of 140,000 PSI. So unlike spring steel the Uber Shim will not easily snap when bent so it is possible to reshape and straighten.
– Stainless Steel
– Rust Resistant
– Silent Operation.
Tip: Do not force the shim as you will bend it! Always start shimming where the ratchet arm enters, there should be a small gap, insert the tip of the shim and at the same time slightly push in the ratchet arm to assist (push assist). Only do this if the shim is moving between the ratchet and pawls (teeth) otherwise you risk over-tightening the handcuffs. In the event that shimming does not work it is possible that the handcuffs are either double-locked or have security features to prevent shimming.
The Uber Gulag Shim is available with a selection of options that assist with dexterity and allow for discreet carry and concealment options.
Advanced User: To cater for variations in the width of some handcuffs (cheap copies, damaged, painted, coated etc.) it is possible to taper the end slightly with our abrasive paper. Simply rub both sides of the shim to reduce the overall width by fractions of a milimeter.
When installed with the Advanced Handcuff Key the R Clip can improve manual dexterity. This is particularly useful when handcuffed
to the rear and for advanced escape techniques such as the ‘reach around’ developed to deal with rigid and hinged handcuffs that are double-locked
with keyway facing inwards.
The R Clip can also be used as an actuator to double-lock / apply the transport lock on some handcuffs.
The Ceramic Razor Blade (CRB) ZrO2 (Zirconia) was designed during the cold war as a low profile, non-metallic covert operations tactical tool offering excellent concealment and portability. To date there has been significant changes in the evolution of this tool. The blade is extremely sharp and wear resistant.
Ceramic blades are as hard as diamonds. This makes them sharp as well and are much harder and sharper then anything steel has to offer. They stay sharp ten times longer than steel blades and depending upon what you are cutting they will last up to 40 times as long.
- Colour: Black.
- Size: 30mm x 10mm
- Thickness: 0.7mm
- Weight: 0.8g
The CRB makes for an excellent striker for the Micro FireSteel and other ferrocerium-based fire starters; use the top edge (not blade) to strike the firesteel.
Tip: Drawing the firesteel back whilst holding the CRB steady allows for the shower of sparks to be delivered where you need them.
Grade AA Liquid-Filled.
Highly luminous (expose to white/UV light source prior to use)
Working temperature range of -20 degrees F to 120 degrees F
Water resistant to 100 ft (30 m) 14mm diameter x 7.1 mm height
This is a covert necklace designed for use as a friction saw to cut through non-metallic restraints when restrained to the front.
There is no preparation required (knots to tie etc.) so it can be deployed in seconds…
Simply feed one end of the cord through the restraint, place the foot loops over the toe part of your shoes or if barefoot between the big toe and increase the tension of the cord so it positions itself on the lower part of the restraint to avoid friction injuries. Now move your feet in a slow pedal motion and gradually build up speed. The heat from the friction will burn through the restraint. The cutting knots are for heat resistant natural ropes that are impregnated with oil.
This tool can also be used to unlock some Darby Handcuffs (male version with screw thread).
The TEN also features the Micro Striker Bead Tungsten Carbide (MSB-TC) for breaking tempered glass windows (car side windows). Concealed inside the plastic breakaway connector the MSB-TC is hidden until you require it. To deploy you pull on the cord either side of the breakaway connector to disconnect. The MSB-TC is seated inside the female part. Simply pull the plastic female part down the cord and past the first cutting knot whilst holding onto the MSB-TC. Then wrap the cord around your hand and leave about 12 inches of cord hanging free with the MSB-TC on the end. Swing the MSB-TC towards the glass – very little force is required as the mineral hardness of the MSD (9.5 MOHS) is greater than glass (will punch a hole in a glass bottle!). You can use this to escape from a car or rescue persons from a car (the friction saw will cut seat-belts).
The silicone retainers are fitted as standard and can be used to carry escape various tools. The necklace when fully loaded with escape tools is known as the Advanced Personal Escape kit (APEK).
Some handcuffs feature anti/counter shim features in their design or they can be double locked (also known as transport lock); this can make shimming difficult so using a key is often the quickest and easiest method to remove handcuffs.
A universal handcuff may work on some handcuffs but if there are anti/counter shim features present it is likely that a special key will also be required.
Also known as the Delta Key the AHK3 is the latest generation of handcuff key designed to counter the security features found on high security handcuffs such as a key blocking blade, large key-way pin and deep set key-way. For some handcuffs it will work just like a key and on others you have to alter the depth and angle whilst feeling for working parts.
Handcuffs only require slight pressure with a key to push down the pawl and disengage the ratchet to unlock.
When under stress it is easy to apply excess torque when turning a key. The AHK3 is mild steel with a phosphate coating and unlike the polymer handcuff keys it will bend and not break. If excess torque is continually applied the key flags on the AHK3 will eventually break away so the remainder of the key can be easily removed. This maintains a clear key-way to allow for another key to be used. When polymer handcuff keys break they tend to block the key-way and they are difficult to remove.
With training it is possible to make field expedient escape tools using some of the AHK3 features.