Allstar Performance ALL915016 Driving Gloves SFI 3.3/5 Double Layer Aramid and Suede Black 2X-Large Pair

The Allstar Performance ALL915016 driving gloves are designed for professional racing and high-performance driving applications. Crafted with a double-layer construction, these gloves combine durability and comfort, making them suitable for demanding environments. The outer layer features durable suede, while the interior is reinforced with aramid fibers, providing excellent heat resistance and protection against abrasions. The black finish offers a sleek appearance that complements any racing gear. These gloves are certified to meet SFI 3.3/5 standards, ensuring compliance with safety regulations for motorsports. The 2X-Large size offers a secure fit for larger hands, enhancing grip and control during high-speed driving. Lightweight and flexible, they enable precise steering and shifting while maintaining a high level of safety and comfort. Whether used in racing, autocross, or other motorsport activities, these gloves deliver performance, safety, and durability in a single package. The design excludes air restrictions and is suitable for various transportation environments, including trucks and racing vehicles. The gloves are sold in pairs, offering both functionality and value for drivers seeking reliable hand protection. Constructed from high-quality materials, these gloves are built to withstand rigorous use and provide consistent performance over time. They are an essential piece of gear for professional drivers and motorsport enthusiasts alike, combining safety features with a comfortable fit and stylish appearance.

Features:

• Double-layer construction with aramid and suede materials for durability

• SFI 3.3/5 certified for safety compliance in motorsports

• Black finish for a professional appearance

• 2X-Large size for a secure fit and enhanced grip

• Lightweight and flexible design for precise control

• Sold in pairs for complete hand protection

• Excludes air restrictions, suitable for various transport and racing environments