Learning Center

  Baton Self Defense

There are three defensive ranges when accessing a baton. The first defensive range available to officers is the extended range. This range combines the full arm extension of an officer with the actual length of a particular baton as it is held in the officer's strong hand. The extended range is the maximum area that an officer can expect to defend to his (her) front and to both flanks. Extended range techniques include both Basic one-hand strikes. This range is an officer's first line of defense against an attacker.

The second line of defense for stopping an attacker is at the intermediate range. As its name implies, it is the area that falls between full arm extension and within one foot of the officer's chest. There is less space at the intermediate range, as well as at the close-in range, for performing large sweeping baton strikes as in the extended range. Consequently, two-handed strikes and blocks are designed for rapid and effective use within a confined or compact space like the intermediate range.

The third and most important range is close-in. Close-in encounters pose the greatest danger to an officers safety (or survival) due to the extremely tight space he (she) has to effectively and appropriately maneuver a baton for self-defense or subject control. Close-in encounters involve combat within one foot or less of the officer's chest. Close-in encounter techniques again include two-handed, strikes and/or blocks.

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  Monadnock 9120 Specifications

Part ID #9120:	AutoLock®-21 w/ Safety Tip™, Foam Grip and Black Chrome Finish
General Description:	Three stage steel baton with hardened shafts, a reinforced textured hard rubber Safety Tip™ with a firm foam grip handle.
Recommended Holder:	Textured: 3030 Basketweave: 3630
Shaft Locking Mechanism:	Cam and Ball Bearing locking action provides the revolutionary mechanism for locking the shafts in place.
Shaft Unlocking Mechanism:	Recessed Push Button in end cap shifts a push rod, which activates cam surfaces allowing the ball bearings to unlock.
Shaft Material:	Hardened, aircraft quality 4130 seamless alloy steel tubing.
Hardness:	Striking surface hardened and then tempered to 48 - 54 Rockwell C Scale to relieve brittleness.
Tensile Strength:	240,000 - 290,000 PSI (Pounds per Square Inch)
Diameter:	1.0625 inches (2.70 cm)
Closed Length:	8.375 inches (21.27 cm)
Expanded Length:	21 inches (53.34 cm)
Weight:	19 ounces (.54 kg)
Handle Grip:	Firm Foam Grip 1.125-inch (2.86 cm) diameter; tear strength minimum 82 pounds (37.19 kg) per linear inch, installed over knurled handle surface to eliminate slippage.
Handle Tubing:	0.875 inch (2.22 cm) outside diameter 0.083 inch (0.21 cm) wall thickness
Handle Finish:	Nickel Finish
Middle Shaft Tubing:	0.635 inch (1.61 cm) outside diameter 0.065 inch (0.17 cm) wall thickness
Middle Shaft Length:	7.10 inches (18.03 cm)
Middle Shaft Finish:	Black Chrome
Small Shaft Tubing:	0.445 inch (1.13 cm) outside diameter 0.092 inch (0.23 cm) wall thickness
Small Shaft Length:	6.280 inches (15.95 cm)
Small Shaft Finish:	Black Chrome
End Cap Construction:	Machined steel end cap with a spring-loaded button coupled to a push rod with cam surfaces. 1.062" (2.70 cm) diameter x 0.625" (1.59 cm) long
End Cap Coating:	Black Chrome Plating
Tip Construction:	Safety Tip™

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  Molle Pouches

MOLLE began when the Department of Defense started looking to replace the ALICE (All-Purpose Lightweight Individual Carrying Equipment) pack in 1994. MOLLE is an acronym for MOdular Lightweight Load-carrying Equipment. It is used to define the current generation of load-bearing rucksacks, vests and accessories utilized by Marines and Soldiers. The system's modularity is derived from the use of PALS (Pouch Attachment Ladder System) webbing, rows of heavy-duty nylon stitched onto the vest or pack as to allow for attachment of various MOLLE compatible pouches and accessories. This method of attachment has become the standard for modular tactical gear, replacing the click and stick system used in the earliest modular systems. MOLLE Gear is manufactured by several companies such as Blackhawk, Blackwater Gear, Armor Holdings and others.

The term MOLLE is used not only to describe the specific system, but has become a generic description for all load bearing systems and subsystems that utilize the woven PALS webbing for modular pouch attachment. Most systems can use MOLLE and PALs interchangeably. Any system which utilizes modular attachment methods and is usable with U.S. general issue MOLLE components is often considered "MOLLE-compatible" or is called a "MOLLE" system. More and more military and non-military manufacturers are incorporating MOLLE technology into outdoor equipment. There are an abundance of MOLLE pouches available for attachment to MOLLE compatible vest and packs. They come in many shapes and sizes and are often molded for the specific item to be carried, such as pistol magazines, radio, handcuffs, gas mask, pop flare, canteen etc.

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  5.11 CAMS Bag

This is a MONSTER of a bag. With a 40" main compartment, the CAMS (Carry All My Stuff) bag will certainly carry all of your gear. 5.11 partnered with Viking Tactic™ to design a bag that's oriented for the outbound operator. It's big enough to pack armor, clothes, hardware and other gear, and rugged enough to survive transport when fully loaded.

• The bag's rigidity comes from removable fiberglass, snap-in struts
• With the struts in place, the bag stands on either end without falling over
• Heavy-duty oversized wheels & bottom skids
• Rugged corner guards on all corners
• Double self-retracting handles at each end
• Light-colored interior for better visibility
• M.O.L.L.E./A.L.I.C.E.-compatible interior panel
• Adjustable inside loop-sided dividers
• Replaceable fiberglass laminate frame
• Reinforced, rigid ends and bottom
• Name- tape and flag holders, markable name strips, plus clear business card and document pockets make identifying your bag easier
• Top compartment zips away from the bottom to reveal a large open compartment with built-in lashing points
• Heavy-duty, lockable YKK® zippers and compression straps pull it all together and help minimize the bag's exterior dimensions
• Imported
• Color: Black

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  Pelican Products

Pelican Products opened its doors in the old-fashioned, great American tradition, on a shoe string budget in an old backyard garage. It all started with a childhood infatuation with the underwater world. A 1949 Popular Science magazine article on homemade scuba outfits was the catalyst that triggered a life-long hobby. That hobby turned into an obsession for making diving related accessories that worked better than what store bought equipment had to offer. Then on one June day in 1975 Pelican Products just "happened". Dave Parker started selling his first invention and innovations to local dive shops as a tiny side business.

Dave's unique approach to superior quality, reliability, and basic "common sense" engineering soon attracted the interest of U.S. Special Forces, the Navy and industrial companies with equally demanding requirements. And so the Pelican legend began...

In 1995 Pelican Products moved into it's new 108,000 sq. ft. administrative, and manufacturing facility, where over 350 employees work with the latest automated molding machinery and sophisticated computer system. Pelican's new state-of-the-art in-house graphics and advertising department services all levels of its marketing and distribution system. Pelican Products now markets its quality products throughout the world with distribution centers in 4 countries.

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ASP Tactical Handcuff Retrofit

ASP recently introduced a new edition of the popular Tactical Handcuffs. The new edition can be easily identified as they have a Yellow double-lock indicator.

The previous edition of the Tactical Handcuffs purchased prior to 02/01/05 may have a Red double-lock indicator. If you own these handcuffs with a red lock indicator, ASP will retrofit your handcuffs to the new edition without charge.

To proceed, send your handcuffs via US Mail postage-paid to the address below. ASP will update your handcuffs and send them back to you. Make sure you include your return address.

ASP, Inc.
Box 1794
Appleton, WI 54912
Telephone: (920) 735-6242.

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  Care and Maintenance of Handcuffs

While constraints are designed and manufactured to take abuse avoid dropping onto or banging against hard surfaces. When possible carry your constraints in a protective case to reduce exposure to outside elements. If exposed to moisture dry thoroughly. Most importantly, dry the inside locking mechanisms. The cuffs can be baked in an oven at low temperature (below 300° Fahrenheit) or placed on a heater. Re-oil following the instructions below.

When unlocking your restraint be careful not to torque the key guide post. This will loosen the post causing it to fall out. Also, be careful not to over rotate the key causing the key flag to break off or become stuck in the locking mechanism. Use extra caution when using oversize keys.

constraints should receive regular care and maintenance. Inspect them frequently. Keep the ratchet and key hole free of dirt, lint or other foreign substances which may hinder proper functioning. Routinely clean and lubricate using Teflon based oil. Apply liberally making sure the oil has worked into the locking mechanism, double lock hole and single strand pivot area. After lubricating remove all excess oil from handling surfaces so the constraints are not slippery.

Pentrate (black oxide) finishes may require more frequent lubrication and may tend to rust if not kept properly oiled. If the constraints are contaminated by blood, vomit or other substances, use appropriate sterilization techniques avoiding temperatures above 300° Fahrenheit, then dry and oil.

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  Smith and Wesson Handcuffs

The use of force option that we use more (much, much more) than any other is handcuffing; we are handcuffing and un-cuffing people all the time. Consequently, use of force trainers remind us that proper technique and precautions when cuffing and UN-cuffing prisoners is one of our most important officer safety considerations. Notwithstanding those times we're happy just to get the cuffs on at all, that's good advice.

But what of the cuffs themselves? Do they make a difference? Are there really differences between all of the various cuffs and cuff types available?

Well...of course! After our radios and coffee mugs, our cuffs are probably our most used piece of professional equipment. The design and manufacture of anything that's used that often, and performs as vital a function as handcuffs do, is something to which we should pay attention.

Whether you prefer hinged or chained handcuffs (and many street-savvy officers carry one pair of each), the first thing to pay attention to is whether your cuffs meet NIJ Standard 0307.01. This standard specifies that each handcuff shall be able to withstand a tensile force of 495 lbf without failure. The tested handcuff shall not open under load, shall not show any sign of permanent distortion or fracture and shall function in a normal manner following the test. The standard also specifies that each handcuff shall withstand 204 lbf/in for cheek plate separation. A majority of cheap handcuffs on the market don't meet this standard. Is this important? Well, consider how strong the last really big guy you arrested was, or consider the superhuman strength of a PCP user. Any cop who's worked the streets for a while knows of a local incident in which someone did, in fact, break their cuffs. So, yes, it's important-and why gamble?

Next consider how your cuffs double-lock. Double locking cuffs once they are on a suspect is a vital thing to do...and one that's too often forgotten. Double-locking provides safety for the suspect in that the cuffs don't tighten and restrict circulation or lacerate him. More important, they provide safety for the officer in several ways:

• An unlocked set of cuffs are an invitation to a lawsuit for nerve damage or other more visible injuries
• An unlocked set of cuffs can be shimmed open-and too many of the really bad guys know how to do this
• Double-locked cuffs are more difficult to pick with a bent paper clip or similar object
• You won't be tempted to un-cuff your prisoner to adjust a "too tight" pair of cuffs and thus expose yourself to an assault.

There are two common methods for double-locking handcuffs. Some cuffs use a push pin mechanism, while Smith & Wesson cuffs have traditionally incorporated a slot-activated mechanism. Some officers prefer one method, while other officers prefer the other. It doesn't matter which mechanism you prefer or are comfortable with, so long as you remember to double-lock every time!

S&W has just announced four new models (and six variations) of pushpin activated double-locking handcuffs. Their chained Model 100 cuffs and hinged Model 300 are now available with either a pushpin or slot-activated double locking mechanism. The new pushpin feature is available on both finish variations (blue or nickel) for the Model 100 (chained) and the Model 300 (hinged) handcuffs, as well as for the Model 103 (stainless steel) and Model 104 (high security) handcuffs (which incorporate a nonstandard key.) Smith and Wesson's groundbreaking Model 1 handcuffs-which accommodate both smaller and larger wrists than normal cuffs, and more ergonomically conform to a human wrist-already incorporate a pushpin lock. So now, whether you prefer chained or hinged cuffs, and whether you prefer a pin or a slot double-lock, it's available with S&W quality.

Another consideration for handcuffs is how comfortable they are to use for the officer. Smith & Wesson handcuffs are contoured in such a way that holding them in the "loaded" position and applying them is noticeably more comfortable than handcuffs with a more square profile. A little thing, perhaps, but one that affects technique.

Smith & Wesson-through the Smith & Wesson Academy-is also the only manufacturer that offers accredited/recognized handcuff training. The Academy is a world-renowned institution, and their instruction is topnotch. Finally, Smith & Wesson can customize handcuffs to an agency's specifications, including customizing such things as chain length (a particularly attractive customization in a correctional setting) or mixing different types of cuffs.

So, no matter what your preferences or job requirements, Smith & Wesson has top-quality handcuffs for your application.

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  Important Holster Facts

Popular holster types are:

Outside the waistband (OWB) or belt holsters, which are most common in police and military use and in the popular historical image of the Wilde West "cowboy" Belt holsters can be worn relatively high and close to the body, slightly behind the hip bone ("4:00 position"), and can be concealed under a long, untucked shirt or jacket.

Inside the waistband (IWB) holsters, which clip or mount to a belt and allow one to securely holster the weapon inside the pants. Some IWB holsters give the wearer the option of tucking a shirt over the firearm and holster.

Shoulder holsters, that consist of two straps connected in a manner similar to a backpack, with the actual holster mounted to a strap on the right or the left side. This holster setup requires the person to be wearing a jacket, vest, or camp shirt to hide the strap harness and the holster from others, but it's somewhat easier to carry since it's located near the center of body mass. In military use, such as pilots wearing flightsuits and senior officers in camouflage there is no need to hide its wear. Shoulder holsters are designed to position the handgun: 1. in a vertical position, with the barrel pointed generally toward the ground; 2. in a vertical position, with the barrel pointed generally upward; 3. in a horizontal position, with the barrel pointed generally behind the wearer.

The "belly band" holster, which is a notoriously uncomfortable, wide elastic belt with a built-in holster, to be worn under a shirt that is not tucked in, to facilitate access. There are various types, worn at the belt line or higher, with the gun placement anywhere from in front to under the armpit. In order to remain in place, a belly band must be extremely tight; this does not lend itself to a very pleasant experience - it is comparable to wearing a girdle.

Pocket holsters, for use with very small weapons, such as a back-up gunor a mousegun

Small of Back/Middle of Back holsters, which are considered quite dangerous and are seldom used. This type of holster places the weapon directly over the center of the back, allowing for even large handguns to be carried with little printing. While both comfortable and stylish, should the wearer fall onto the weapon (such as in a close quarters fight) serious spinal injury (including parallysis) may occur. For this reason, in recent times many police departments in the US have disallowed any equipment, gun, handcuffs, etc, to be worn in this position.

Groin holsters place the handgun mostly below the waistline around the 12:00 position. There are no body movement restrictions and very little clothing restrictions with this holster type.

Thigh holsters are the more recent popular military and police item that holds the sidearm on the leg right where the hand naturally hangs, making for a quick draw. Early U.S cavalry units used these in the early 1900s with a leather thong strapping it to the leg. Modern ones use a drop leg PALS grid with a modular holster attached. Often with buckles for quick release.

Ankle holsters are used often by law enforcement officials who wish to carry a secondary weapon, typically a smaller caliber weapon, to back up their primary firearm.

Other, specialized types of holsters are designed to be mounted inside briefcases, day planners, purses and filofaxes or even articles of clothing.

When choosing a holster for a firearm, factors of interest include:

Safety - a well designed holster will provide protection to the handgun during insertion into or removal from the holster or while being carried that will: 1. prevent accidental disengagement of the safety mechanism; 2. prevent accidental pull of the trigger; 3. prevent forward or rearward movement of the hammer. These features will vary greatly as applicable to the action of the handgun. The safety features of a holster very much require that the holster be engineered and designed for each specific manufacture and model of handgun.

Finish - a well finished holster should not snag a pistol or abrade its finish.

Comfort - ability to wear a gun for an extended period without hurting the user

Concealability - it is often desirable not to alert other people of one's being armed. A carefully designed and worn holster can make a gun virtually invisible. Almost all concealment holsters are designed to be worn with a covering garment that is part of the wearer's everyday attire.

Draw ease - practical shooting holsters allow a gun to be presented quickly, but drawing ease is often compromised in concealed carry

Reholster ease - a rigid-walled holster will allow a gun to be returned to it with one hand, while a flexible one may collapse after the gun is drawn, requiring the use of both hands to reholster. Reholstering may be of secondary importance for civilians, who may often be legally required to contact law enforcement authorities after any lawful use of a firearm.

Durability - ability to withstand abuse and long-term usage without mechanical failure or impaired performance

Retention - a holster designed with retention in mind will help prevent a gun from being removed from the holster by anyone other than the person wearing it. Modern duty holsters have multiple hidden retention devices to this end. Frequently, retentive holsters are custom designed for a specific model of gun. Adjustability - a holster that provides for the adjustment of gun cant and position can aid in both comfort and concealment.

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  Tactical Thy Rigs

Hardly anyone agrees on every little thing, especially when it comes to tactical gear. And disparity of opinion is found among the members of SWAT teams and Spec-Op units as well. The Navy SEALs favor the SIG P226, while the D-boys opt for customized 1911s.

Different strokes for different folks. But when it comes to holsters for their Kimbers, Springfields, SIGs and Wilson's, the one piece of gear upon which every group agrees is the Safariland Model 6004 tactical thigh holster. Safariland owns the tactical thigh market like Hershey's owns the chip market — or is that Intel? The point is, if you're on a team, you're tightening the twin elastic straps of the 6004 around your strong-side quads.

Why such dominance? Two words — Bill Rogers. The former FBI agent turned holster designer imbued the 6004 with a host of features, not the least of which was making it totally crush-proof, waterproof, corrosion-proof and, yes, even GI-proof. The newer versions of the 6004 are designed to mate with the holster interface rail of a SureFire-dedicated handgun WeaponLight. SureFire's handgun light features a trigger guard-mounted adaptor rail for the light to attach to the pistol. Incorporated in the adaptor are a pair of holster interface rails, or wings, that mate with corresponding slots inside the 6004. The advantage to this system is the handgun can still be re-holstered, even without the light in place.

The holster interface keeps the gun from flopping around in what would become an otherwise overly-roomy rig for a light-less pistol. The 6004 also incorporates one of the simplest, fastest and secure retention devices in the thigh holster industry — a niche market if there ever was one. There is a molded sight track in the holster to prevent the front sight from snagging. The holster itself attaches to a contoured thigh pad, which in turn cinches to your leg with two adjustable, elastic straps. The entire rig suspends from your belt with a length-adjustable, Velcro®-backed strap.

The holster is made with Rogers' most significant contribution to holster technology, the Safarilaminate (nee thermolaminate) method of bonding an inner piece of suede to an outer shell of tough, durable Kydex. The holster also boasts an adjustable retention screw.

In sum, the 6004 is one of the toughest, safest, fastest, most secure tactical thigh rigs available.

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  Red Gun
Training Equipment

Each year a significant number of law enforcement personnel are shot with their own weapons. Weapon retention training as well as weapon disarming procedures are critical law enforcement skills. In addition, police personnel must learn to routinely carry firearms and master the safe handling of weapons under stress. Officers must acquire weapon safety skills for use while moving, when searching and during room clearance procedures. Red Guns provide rugged, lightweight training replicas that are precisely detailed to create a safe training environment.

• Lightweight
• Realistic Replicas
• Exacting Tolerances
• Distinctive Color

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5.11 Tactical Series
Size Reference Guide

MEN'S PANTS & SHIRTS
	S	M		L		XL		2XL		3XL
	28	30	32	34	36	38	40	42	44	46	48
Collar	14.5	15.5		16.5		17.5		18.5		19.5
Chest	36	40		44		48		52		54
Sleeve length		34.5		35.5		36.5		37.5		38.5
Waist	28	30	32	34	36	38	40	42	44	46	48

 

WOMEN'S PANTS & SHIRTS
		S		M		L		XL
	2	4	6	8	10	12	14	16
Chest		35-36		37-38		39-41		42-44
Sleeve length		30.25		31		31.75		32.5
Waist	25.5	26.5	27.5	28.5	29.5	31	32.5	34
Hip	35.5	36.5	37.5	38.5	39.5	41	42.5	44
Pant Inseam	30.25	30.5	30.75	31	31.25	31.5	31.75	32

 

5.11 TACTICAL VEST
	M	L	XL	2XL	3XL
Chest	44	48	52	56	60
Body Length	29.25	30	30.75	31.5	32.25
Note: We recommend that you wear a size larger than your normal size due to the "functional" features of the vest.

 

5.11 TDU PANTS & SHIRTS

XS S M L XL 2XL 3XL 4XL 5XL 6XL Shirt: Chest Size   36 40 44 48 52 56 60 64 68 Pants: Waist Size 2.5-27 2.5-31 3.5-35 3.5-39 3.5-43 4.5-47 4.5-51 5.5-55 5.5-59 5.5-63 TDU Pant Inseam:Short is 29 1/2, Regular is 32 1/2, Long is 35 1/2   5.11 UNDERWEAR   XS S M L XL XXL XXXL Waist Size 23 1/2-27 27 1/2-31 31 1/2-35 35 1/2-39 39 1/2-43 43 1/2-47 47 1/2-51

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  Body Armor 101

When a bullet strikes body armor, it's caught in a "web" of fibers. These fibers absorb and disperse the impact energy that is transmitted to the vest from the bullet.

Because the fibers work together both in the individual layer and with other layers of material in the vest, a large area of the garment becomes involved in preventing the bullet from penetrating. This also helps in dissipating the forces that can cause non-penetrating injuries (commonly referred to as "blunt trauma") to internal organs.

Methods of Construction
Typically, concealable body armor is constructed of multiple layers of ballistic fabric or other ballistic-resistant materials, assembled into the "ballistic panel." The ballistic panel is then inserted into the "carrier," which is constructed of fabrics such as nylon or cotton. The ballistic panel may be permanently sewn into the carrier or may be removable.

Ballistic fabric is available from a number of manufacturers in various styles and compositions, each type having unique ballistic-resistant properties. The location and number of layers of each style within the multiple-layer ballistic panel influence the overall ballistic performance of the panel.

Materials Used
Several manufacturers have been involved in developing and refining materials used in body armor.

Kevlar®
DuPont has developed law enforcement protection products for more than 25 years. Its Kevlar brand fiber, first developed in 1965, was the first material identified for use in the modern generation of concealable body armor. Kevlar is a manmade organic fiber, with a combination of properties allowing for high strength with low weight, high chemical resistance, and high cut resistance. Kevlar is also flame-resistant and does not melt, soften, or flow.

Kevlar 29, introduced in the early 1970s, was the first generation of bullet-resistant fibers developed by DuPont and helped to make the production of flexible, concealable body armor practical for the first time. In 1988, DuPont introduced the second generation of Kevlar fiber, known as Kevlar 129. According to DuPont, this fabric offered increased ballistic protection capabilities against high-energy rounds such as the 9mm FMJ. In 1995, Kevlar Correctional was introduced, which provides puncture-resistant technology to both law enforcement and correctional officers against puncture-type threats.

Spectra® Fiber
Spectra fiber, manufactured by AlliedSignal (now Honeywell), is an ultra-high-strength polyethylene fiber. Ultra-high molecular weight polyethylene is dissolved in a solvent and spun through a series of small holes, called spinnerets. This solution is solidified by cooling, and the cooled fiber has a gel-like appearance. The Spectra fiber is then used to make Spectra Shield composite. A layer of Spectra Shield composite consists of two unidirectional layers of Spectra fiber, arranged to cross each other at 0- and 90-degree angles and held in place by a flexible resin. Both the fiber and resin layers are sealed between two thin sheets of polyethylene film, which is similar in appearance to plastic food wrap. The resulting non-woven fabric is incredibly strong, lightweight and has excellent ballistic protection capabilities. Spectra Shield is made in a variety of styles for use in both concealable and hard armor applications.

Aramid Fiber Honeywell also uses the shield technology process to manufacture another type of shield composite called GoldFlex. GoldFlex is manufactured using aramid fibers instead of the Spectra fiber.

Another manufacturer, Akzo Nobel, has developed various forms of its aramid fiber TWARON® for body armor. According to Akzo Nobel, this fiber uses 1,000 or more finely-spun single filaments that act as an energy sponge, absorbing a bullet's impact and quickly dissipating its energy through engaged and adjacent fibers. Because more filaments are used, the impact is dispersed more quickly. Akzo claims their patented microfilament technology allows maximum energy absorption at minimum weights while enhancing comfort and flexibility.

Dyneema
Another fiber used to manufacture body armor is Dyneema. Originated in the Netherlands, Dyneema has an extremely high strength-to-weight ratio (a 1-mm-diameter rope of Dyneema can bear up to a 240-kg load), and has high energy absorption characteristics.

Body Armor Facts

• Studies on officer safety suggest that 42% of officer deaths by firearms may have been prevented if the officer had been wearing concealable body armor.
• Studies also show that of those whose lives could have been saved, 94% needed torso protection from rounds delivered by low- to medium-energy handguns and .22 rimfire rifles and shotguns.
• According to a 1997 Bureau of Justice Statistics survey of 700 state and local law enforcement agencies with 100 or more officers, approximately 40% of sheriff's and municipal police departments, and 25% of state and country police departments require all field officers to wear body armor, compared to slightly less than 30% in the same survey conducted in 1993.
• From 1973 to 2000, a total of 2,500 "saves" have been attributed to the use of body armor.

The top five threats regularly faced by police officers are:

• Blunt trauma
• Knives
• Hypodermic needles
• Pointed and handmade weapons
• Bullets

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  Damascus Gloves Cross Sell

DAMASCUS style #

HATCH style #

 

style #
MX-10	no equal
MX-10-RP	no equal
MX-10-RS	no equal
MX-20	HMG100
MX-20T	no equal
MX20C	no equal
MX-30	no equal
MX-30-G	no equal
MX-30-C	no equal
MX-40	CT250
MX-50	no equal

 

style #
MX-1000	no equal
MX-1000UX	no equal
DNK1	no equal
DNS2	no equal
DNR3	no equal
DPG125	SGK100
DPG125UX	SGX11
DFK300	RFK300
DFS2000	FM2000
DFM3500	FM3500
DFM5000	SB8500

 

style #
DVG800	BG800

 

style #
X1	no equal
X3	no equal
X4	no equal
X5	PPG1

 

style #
DNS860	NS430
DSS170	BSG170
D302	SMX80
D20P	SG20P
D60LT	no equal

 

style #
DZ-8	no equal
DZ-9	no equal
DZ-10	no equal
DLD40	DLD40
DNS860L	NS430L

 

style #
D911	no equal
D911B	no equal

 

style #
D22	no equal
D22S	no equal
DC290	PC290

 

style #
DNS-OT	no equal
DNS-LT	no equal
DNG-66	DNR100

 

style #
DNS862	NS430P
D555	no equal
DFG100	MG100
DDP-65	RDP55

 

style #
CRT-100	no equal
CRT-300	RG800
DMZ-33	SOG-HK

 

style #
DRE10	LR10
DRE25	LR25
DPT-44	no equal
DFR10	BFR10

 

style #
DSX100	SOG-F10
DSO100-B	SOGL100
DSO125	no equal

 

style #
DNXF190-B	BNG190
DNXF190-OD	BNG200
DNXF190-T	BNG210
DKS500	KSG100

 

style #
MX-20	HMG100
MX-20T	no equal
MX-20C	no equal

 

style #
Hard Shell Knee Pads, Elbow Pads, Shin Guards
DKX-1	no equal
DKX-2	no equal
DKX-3	no equal
DKX-4	no equal
DKP-1	KP250
DKP-2	KP250G
DKP-3	KP250T
DKP-4	no equal
DKP-5	no equal
DEP-1	EP300
DEP-2	EP300G
DEP-3	EP300T
DEP-4	no equal
DEP-5	no equal
DSG-100	TS70
Neoprene Knee Pads, Elbow Pads, Shin Guards
DNSG-3	no equal
DNKP-4	NK45
DNE-4	NK35
Upper Body Protective Items & Accessories
DCP-2000	CPX2500
TG20	TPX200
NP-PD	ID-Pol
NP-SD	ID-Sher
NP-CO	ID-COR
NP-CD	no equal
FP-10	FP100
Disturbance Control KITS
K1	no equal
K2	no equal
K3	no equal
K4	no equal

 

style #
FX-1	EXO100

 

style #
DB-1	M2
PB-2	D1

 

style #
NOMEX:
NH50L-B	NH2500
NH50L-OD	NH3500
NH50L-T	NH3000
NH100H-B	NH5000
NH100H-T	no equal
NH100H-OD	NH5500
NH250H-B	NH6500
NH250H-OD	no equal
NH250H-T	no equal
KEVLAR:
KH50L-B	KH1500
KH50L-OD	no equal
KH50L-T	no equal
KH100H-B	KH4500
KH100H-T	no equal
KH100H-OD	no equal
KH250H-B	no equal
KH250H-OD	no equal
KH250H-T	no equal
K25	KS19

 

style #
MX5000
DVG850
DM660
D550
DNS440
D3O-10
D3O-25
DT-O
GP-12
KL10

 

style #
DFS2300
DFM4000
DT-L
DSO50

 


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  Glove Sizing

Glove sizes are based on hand measurement.  Our gloves come in six sizes to match the needs of a diverse workforce. To find your size: Extend your hand flat. With a tailor's measuring tape, wrap it around the hand just below the knuckles and fingers, but above the thumb. This will give you an inch measurement. Apply the figures to the sizes on the right. If your hand measures between sizes, order the larger size. Click the [Back] button on your browser to return to your glove selection, then use the drop-down menu to select the appropriate size. * Glove sizes generally fit small. If your hands are larger than the mid-size range, then select the next larger size.	Palm Size	Glove Size*
	7"	Extra Small
	8"	Small
	9"	Medium
	10"	Large
	11"	Extra Large
	12"	Extra, Extra Large
Click here for National Weather Service Wind Chill Calculator

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  Sabre Consumer Sale

Sabre consumer sales have been restricted from the following states- HI, MA, MI, NY, WI.

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