Single Layer White Skeleton Gloves X-Small

The RJS SAFETY Single Layer White Skeleton Gloves in X-Small are purpose-built driving gloves engineered for motorsports and racing applications where grip, control, and fire protection are essential. These skeleton-design gloves comply with SFI 3.3/1 safety standards, the recognized specification for racing and high-performance driving environments. The single-layer Nomex construction delivers a balance of tactile feedback and thermal protection, allowing drivers to maintain precise steering control while meeting sanctioned competition requirements.

Nomex is the industry standard for motorsports hand protection due to its inherent fire-resistant properties and durability under high-temperature exposure. The skeleton cut—with minimal webbing between fingers—maximizes dexterity and reduces bulk, critical for drivers who need responsive throttle, brake, and steering input. The white and black colorway offers high visibility in pit lanes and control rooms while maintaining a professional appearance. At X-Small sizing, these gloves are fitted for smaller hands without excess material that could impede control or snag on equipment.

This product is designed for circuit racers, amateur motorsports competitors, and drivers preparing for sanctioned events where SFI-rated hand protection is mandatory or strongly recommended. They are also suitable for high-performance driving schools and track-day participants who prioritize safety certification over casual street use. The lightweight construction makes them ideal for extended wear during long racing sessions where hand fatigue can affect performance.

Motorsports glove selection depends heavily on hand size, fire-protection rating, and the specific demands of your vehicle and competition class. SFI 3.3/1 certification is recognized across most amateur and professional racing series, making these gloves a credible choice for drivers seeking standardized, verifiable protection. Single-layer Nomex gloves offer faster hand mobility than multi-layer designs, benefiting drivers in open-cockpit or confined cockpit environments where tactile response is prioritized over maximum insulation.