-
Iain Sinclair CardSharp 2 Knife
£16.20
($25.09)
-
Blackhawk Neoprene Patrol Gloves
£25.20
($39.04)
-
PAS-TAC Combat Helmet
£174.00
($269.54)
-
Blackhawk Neoprene Knee Pads
£28.80
($44.61)
-
HK Snap Hook, Military Specification
£3.60
($5.58)
-
Lowa Active Creme 75ml
£4.80
($7.44)
-
AK47 Stopper Plates
£174.00
($269.54)
-
Lowa Military Combat Boot Laces
£3.48
($5.39)
-
Blackhawk CQB Riggers Belt
£24.00
($37.18)
-
IA Combat Holster Belt
£48.00
($74.36)
-
Blackhawk SOLAG HD Gloves NOMEX
£61.20
($94.80)
-
Blackhawk Boxer Shorts
£24.00
($37.18)
-
Blackhawk Warrior Wear Desert Ops Boots
£126.00
($195.18)
-
Blackhawk SOLAG HD Gloves Kevlar
£61.20
($94.80)
-
Vertx Multicam Tactical Pants
£72.00
($111.53)
PSDB Body Armour Standard, 1995
UK Police and Home Office Ballistic Standard PSDB (1995) - Body Armour
The 1995 PSDB Ballistic body armour test standard defines a revised method of accessing the protection provided by commercial body armour systems against the current firearms threat to the Police Forces of the United Kingdom. This latest revision of the standard now incorporates a test method for armour systems giving protection against high velocity rifle calibre ammunition.
| PSDB Level |
Bullet Resistance |
Weight Grains |
Maximum Velocity m/s (ft/s) |
Energy Joules |
No. of strikes Angle of incidence |
|
|---|---|---|---|---|---|---|
| - | 0 deg | 30 deg | ||||
| HG1 Low Handgun |
9mm GECO DM11A1B2 9mm Magnum Norma 19107 |
123 158 |
370 (1215) 395 (1295) |
550 800 |
4 4 |
2 2 |
|
HG2 High Handgun / Calibre |
9mm GECO DM11A1B2 9mm Magnum Norma 19107 .44 Magnum Rem R44MG2 |
123 158 240 |
435 (1425) 460 (1510) 450 (1475) |
460 1080 1570 |
4 4 4 |
2 2 2 |
| RF1 Rifle | Rifle 7.62mm Calibre | 144 | 830 | - | - | - |
| SG1 Shotgun | Shotgun 12 gauge true cylinder | 437 | 435 | - | - | - |
PSDB Standard allows a minimum distance between strikes of 50mm and 50mm from the edge.
General Requirements:
A body armour system should afford protection against injury from penetration by the bullet and the blunt trauma effects of the impact whilst ensuring that the movement of the wearer is not unduly restricted. The protected area should include the torso to ensure coverage of the vital organs, in particular the heart, liver, spine, kidneys and spleen. Each model of ballistic body armour should meet one of four protection classes as shown below.
The protection class required by the wearer should be determined from the specific firearms threats they are likely to encounter.
The ballistic insert should be removable to enable the outer jacket to be laundered when necessary. To ensure that the ballistic pack is inserted correctly into the jacket an information panel must be permanently attached to show the side of the pack that is worn against the body.
In addition, the following information should be included: the manufacturer's name, date of manufacture, and batch number, the protection of the armour and set instructions for cleaning and use. Similarly, if a separate trauma pack is used, this should also display information to ensure it is inserted correctly.
The associated ballistic insert panel should include a warning that the separate trauma pack must be used in conjunction with the ballistic pack to meet the stated protection level.
The armour system should be available in a variety of sizes to allow for suitable variation in height and build of the wearers. It should also be adjustable to allow the wearer maximum comfort. It should be possible for the wearer to fire weapons from both shoulders without restriction. Consideration should be given to the jacket design so that protection may be upgraded by the insertion of an additional ballistic panel or hard plate.
Any additional small panels supplied for protection of the neck, groin, shoulders etc should be constructed of the same material as the main ballistic panels






