Single Layer White Skeleton Gloves Large

The RJS Safety Single Layer White Skeleton Gloves Large (SKU 600080134) are purpose-built driving gloves engineered for high-performance automotive environments where heat resistance and grip integrity are non-negotiable. Constructed from single-layer Nomex with SFI 3.3/1 certification, these skeleton-design gloves deliver the thermal protection required for road racing, drag racing, and professional motorsport competition while maintaining the dexterity necessary for precise vehicle control.

Single-layer Nomex construction provides immediate flame resistance and heat deflection properties critical in the event of fuel system exposure or engine compartment fire. The skeleton design—open palm and finger areas with protective webbing between fingers—balances thermal protection with tactile feedback, allowing drivers to maintain steering wheel grip and shifter control without the bulk of full-coverage gloves. The white and black colorway provides visibility in pit environments and professional settings. At 0.22 lbs per pair, these gloves add minimal weight while meeting SFI Foundation standards for safety equipment in sanctioned motorsport competition.

RJS Safety skeleton gloves serve drivers competing in circle-track racing, road racing, autocross, and drag racing where cockpit temperature management and regulatory compliance are equally important. The large size accommodates drivers seeking precise hand positioning without excess material that could catch on shifters, safety harness hardware, or race controls. SFI 3.3/1 certification ensures these gloves meet the thermal and flame-resistance standards mandated by major racing sanctioning bodies, making them eligible for use in SCCA, NHRA, IMCA, and similar competition environments.

Motorsport-specific glove selection depends on cockpit design, ambient temperature, and sanctioning body rules. Single-layer Nomex offerings like these skeleton gloves appeal to drivers who prioritize weight reduction and tactile sensitivity over maximum thermal insulation, making them ideal for climate-controlled vehicles or shorter-duration competition events where aggressive heat management is less critical than hand feel and control precision.