BELA AIR RIDER GP-1 MOTORCYCLE RACING BOOTS BLACK FLUO YELLOW

The Bela Air Rider Racing Motorcycle Boots are essential gear for high-visibility track enthusiasts and adventure sport riders. They flawlessly provide superior EN 13634:2017 IPA IPS certified protection while maximizing flexibility and airflow. Their distinction is the aggressive fluorescent yellow accenting paired with high-performance armor and a mixed-texture upper for dynamic visibility.

Imagine commanding your motorcycle on an open road or participating in a competitive event. These full-height boots offer maximum defense, a precision feel, and great air management. BELA consistently produces professional-grade, highly visible footwear built for speed and endurance. This performance boot is clearly suited for track racing, endurance touring, and aggressive street riding.

The combination of full protection and high-flow ventilation makes these boots excellent for high-demand, high-heat scenarios in Europe. You’ll be comfortable and seen at all times.

• For maximum visibility, vibrant fluorescent yellow accents catch the eye.

• For track performance: race-ready protection and articulation.

• For temperature control: ventilated upper prevents excessive heat buildup.

TL;DR: High-cut racing motorcycle boots featuring EN 13634:2017 IPA IPS certification, full-height armor, and a microfiber upper in black/grey/fluo yellow for maximum protection and high visibility during spirited riding.

What Advanced Safety Features in Bela Air Rider Racing Boots Protect the Foot and Leg?

Integrated stiffeners and padding provide comprehensive protection crucial for high-speed riding.

• Guard the lower leg fully because large, stiff TPU inserts are strategically molded into the shin, heel, ankle, and calf areas for structural integrity.

• Resist impacts and torsional forces with multiple stiff polymeric inserts stitched onto the upper, designed to stabilize the foot.

• Prevent injury during a slide with a replaceable black plastic toe slider featuring a silver metallic insert.

• Cushion impact zones effectively because internal and external ankle padding with a TPU disc is backed by EVA foam.

Materials Details: Designed for Aerodynamics and High Visibility

The construction uses performance synthetics to achieve high durability and a striking look.

• Microfiber Leather (PU): This durable synthetic material forms the main chassis, used in both matte black and shiny black finishes for texture and resilience.

• TPU (Thermoplastic Polyurethane): This rigid polymeric material provides the extensive protective scaffolding, including the shin and heel counters.

• Lateral Internal Upper (Suede Leather): Black suede leather on the inner side offers enhanced grip and material protection against bike contact.

• Fluorescent Yellow Accents: Used across the upper, these vibrant patches replace the red color, dramatically enhancing rider visibility.

• 100% Rubber Sole: This high-traction rubber sole, featuring a black and grey pattern, maintains a solid, reliable connection to the footpegs.

Lining: How Is Heat and Moisture Regulated Inside?

The boot's interior is layered to support a dry and cool foot environment.

• Keep the foot comfortable and secure because the lining uses black three-dimensional mesh paired with foam material for padding and air circulation.

• Minimize moisture intrusion and internal humidity since soft foam padding is backed by a water-resistant membrane, aiding in climate control.

Ergonomics: Does the Closure System Guarantee a Secure Fit?

The multi-point closure and articulation panels ensure optimal control and comfort.

• Lock down a secure fit rapidly using the external zipper, adjustable polymeric strap, and a Velcro closure that features the BELA logo in Red for contrast.

• Support natural riding movements because elastic accordion panels, now in Fluorescent Yellow, are positioned over the tongue and the heel.

• Maintain the boot's appearance and function with an integrated, durable TPU gear shift pad that resists wear from shifting action.