Bladder 22 Gal Molded Super Cell 100 FIA FT3

The Bladder 22 Gal Molded Super Cell 100 FIA FT3 by ATL FUEL CELLS is a precision-engineered fuel cell designed for high-performance applications where reliability and compliance are non-negotiable. Built to FIA FT3 specifications, this 22-gallon capacity bladder serves race teams, military operations, and specialized tactical units requiring fuel containment that meets international motorsport and defense standards. Whether you're running a competition vehicle, supporting field operations, or equipping a mobile command platform, this fuel cell delivers the structural integrity and safety certification demanded by unforgiving operational environments.

This molded Super Cell construction utilizes advanced elastomeric materials engineered to withstand extreme pressure cycles, vibration, and thermal stress without degradation or fuel permeation. The FIA FT3 certification ensures compliance with international fuel cell safety standards, protecting against leakage during high-G maneuvers, rapid acceleration, and extended deployment periods. At 12.15 lbs and measuring 18 × 10 × 34 inches, the compact profile allows integration into confined spaces while maintaining the 22-gallon capacity required for extended range operations. The molded design eliminates seam vulnerabilities, reducing maintenance burden and extending service life in demanding tactical and motorsport contexts.

Operators and teams in competitive racing, expeditionary military operations, and specialized vehicle platforms benefit most from this fuel cell's proven reliability and regulatory compliance. Installation requires evaluation of vehicle fuel system compatibility, mounting bracket specifications, and fuel line routing—professional integration is recommended to ensure proper containment and system performance. The FIA FT3 rating makes this bladder suitable for sanctioned motorsports events and operations requiring documented safety certification, while the robust molded construction appeals to field teams prioritizing durability over service intervals.