Gilliam Technical Services, Inc.
Model 8002: Max Power RF3 (Level IV) NIJ 0101.07 Low Fragmentation Silicon Carbide Mosaic Ceramic Armor Plate
Model 8002: Max Power RF3 (Level IV) NIJ 0101.07 Low Fragmentation Silicon Carbide Mosaic Ceramic Armor Plate
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$249.00 USD
Regular price
Sale price
$249.00 USD
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Model 8002 RF3 (Level IV) Silicon Carbide Mosaic Ceramic Armor Plate (Single Plate) with Fragmentation Control Option
- This is an overbuilt, high-performance armor with built-in redundancies.
- Built-in trauma pad.
- 1.1" thick (normal fragmentation control) and 1.15" thick (max fragmentation control). Note that max fragmentation control adds 3 ounces per plate to weight.
- Significant, high-purity silicon carbide strike face stops some tungsten projectiles.
- Eliminates (to nearly zero) most ceramic fragmentation on majority of shot placements (when max fragmentation option is selected).
- Meets NIJ standards in normal and maximum fragmentation control variants.
- See size and weight table below (these additional sizes coming soon).
- Standalone, edge-to-edge ballistic ceramic coverage
- Ballistic Performance: .30-06 M2 AP (armor piercing) at 2880 feet per second
- Outer Material: Black, 1000 denier water resistant nylon
- Made in the USA with the world's strongest materials.
- Important: Selecting the low fragmentation option will add 3 ounces to the total plate weight indicated.
- The Model 8002 has been rigorously designed for rough handling and is ready to be dropped, submerged and handled daily.
- Ballistic test reports are here.
All sales are final and in compliance with our Legal, Shipping and Returns policies at the bottom of this page. By placing this order, you agree to comply with all local, state and federal laws regarding the purchase and use of body armor.
*Multi-hit armor piercing capabilities dependent on shot placement. Test performed on a slightly thinner plate but with same polyethylene.
** Test report weight and model number may be slightly different due to research and development chronology. Sometimes model numbers will change during R&D and materials layers adjusted.
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