22 Gallon ATL Super Cell 300 Bladder with Foam

The 22 Gallon ATL Super Cell 300 Bladder with Foam is a critical fuel storage and transport system engineered for military, law enforcement, and emergency response operations where reliable liquid containment is non-negotiable. Purpose-built for vehicles, forward operating bases, and tactical field operations, this bladder system solves the logistical challenge of carrying high-volume fuel reserves in confined spaces. Whether you're supporting extended patrol missions, powering generator systems at remote sites, or maintaining emergency fuel stocks, this 22-gallon capacity bladder delivers the durability and integrity demanded by professional users who cannot afford equipment failure.

ATL Fuel Cells' Super Cell 300 series utilizes advanced elastomer bladder construction with integrated foam stabilization to prevent fuel sloshing, maintain structural integrity under pressure, and reduce weight distribution issues in vehicle and aircraft installations. The foam collar system absorbs vibration and impact energy, critical for rough-terrain transport and high-mobility platforms. At 11.225 lbs, this unit remains portable while maintaining the structural rigidity required to handle both static storage and dynamic operational environments. The compact footprint of 18 x 10 x 34 inches allows integration into vehicles with space constraints—a key advantage over rigid tank systems—while the 300-series designation reflects its engineered durability rating for military-grade fuel storage applications.

This bladder system benefits tactical units, field support teams, and emergency management personnel who require flexible, reliable fuel logistics. Installation compatibility extends across military vehicles, light armor platforms, rotary-wing aircraft, and stationary forward-operating equipment. The foam-integrated design eliminates the need for separate baffling systems, reducing installation complexity and maintenance downtime. Users in demanding environments—from desert operations to expeditionary deployments—depend on ATL Super Cell bladders to eliminate fuel contamination risks and operational delays caused by inferior storage solutions.