PELICAN IM2200BK Storm Case Black with Foam

SKU: PELICAN IM2200BK Storm Case Black with Foam | Manufacturer ID:

The Pelican iM2200 Storm Case with Foam in black is an injection-molded case made of HPX high-performance resin, that is virtually unbreakable, dent and shatter resistant. It is tough, rugged, lightweight, airtight and watertight. There is a permanently attached Vortex valve that automatically adjusts air pressure without letting in water, and won't unscrew from the case. Press & Pull latches open with the push of a button, yet stay closed securely under impact or stress. The case has unbreakable molded-in hasps that allow the addition of standard size padlocks. It has hinges with integrated feet that hold fast under impact and create a flat surface for upright stability. It is carried by a double-layered, soft-grip, solid-core handle that provides strong, durable comfort.This case has a multilayer cubed foam bottom and a convoluted foam pad in the lid.Injection-molded case made of HPX high-performance resin is virtually unbreakable, dent and shatter resistantTough, rugged, and lightweightAir and watertightMultilayer cubed foam bottom and a convoluted foam pad in the lidPermanently attached Vortex valve automatically adjusts air pressure without letting in water, and won't unscrew from the casePress & Pull latches open with the push of a button, yet stay closed securely under impact or stressTwo unbreakable molded-in hasps allow the addition of standard size padlocks, offering another measure of securityHinges with integrated feet hold fast under impact and create a flat surface for upright stabilityMolded-in stacking ribs provide no-slip stability for multiple case stacking during storage or transportDouble-layered, soft-grip, solid-core carrying handle provides strong, durable comfortTestsMeets ATA 300 category 1 standards for transit casesMeets FED-STD-101C requirements for drops and vibration (loose cargo)Exceeds the specifications listed in MIL-STD-648C for vibration (sweep)Meets MIL-STD-810F for immersion and simulated rainfall