Radium Engineering RA-Series FIA/SFI Fuel Cell

The Radium Engineering RA-Series FIA/SFI Fuel Cell is intended for performance builds that demand a more deliberate approach than simply adapting the factory hardware. It gives the installer a Radium-specific foundation for the listed application.

Why This Upgrade Matters

A competition fuel cell is the foundation of a purpose-built motorsport fuel system, combining a certified bladder, enclosure and serviceable top plate with the packaging flexibility required for surge-tank, pump and vent hardware.

Product-Specific Details

Radium Engineering RA-Series competition fuel cells are designed for demanding motorsport applications including road racing, time attack, endurance, drifting, rally, and off-road competition.

Choose Your Configuration

• Capacity: 6 Gallon — RAD20-0606: Choose capacity around usable range, packaging and event-rule requirements.
• Capacity: 10 Gallon — RAD20-0610: Choose capacity around usable range, packaging and event-rule requirements.
• Capacity: 10.5 Gallon Spare-Tire — RAD20-0611: Choose capacity around usable range, packaging and event-rule requirements.
• Capacity: 14 Gallon — RAD20-0614: Choose capacity around usable range, packaging and event-rule requirements.
• Capacity: 22 Gallon — RAD20-0622: Choose capacity around usable range, packaging and event-rule requirements.

Technical Notes

Radium' RA-Series cells are designed as motorsport fuel cells with certified bladders and serviceable hardware. Capacity, enclosure dimensions, certification life, pump/surge-tank strategy and venting all need to be planned before the chassis is fabricated around the cell.

Radium Part Numbers

• RAD20-0606
• RAD20-0610
• RAD20-0611
• RAD20-0614
• RAD20-0622

Enthusiast Notes

For a race-car build, choose the cell around event rules and chassis packaging first, then design pumps, surge control, venting and filler hardware around it.

Before Ordering

Measure the installation area carefully and confirm sanctioning-body requirements before ordering. Fuel cells, surge-tank modules, pumps, filler assemblies and vent hardware should be planned as one system.