180/55ZR17 (73W) BRIDGESTONE BT016 PRO KAWASAKI 750 ZXR 1989-1995
BT016 Pro Front and rear of the new Battlax BT 016 Pro feature Bridgestone's famous multi-layer compound technology. On two wheels, two different rubber compounds in the 3LC- method (from three-layer compound) are installed: The mixture in the center of the tread ensures good transmission of braking force to the front or high traction and mileage of the rear wheel, the mixture of rubber on the shoulder of the tire is responsible for maximum traction in an inclined position. The rubber compounds used in the 016 Pro BT have been completely repurposed and give the 016 Pro further improved wet grip, increasing mileage. Here (high silica content in the mixture) and "RC polymer" Technology "Silica Rich Ex" are used. "RC Polymer" Silica supports the effect and simultaneously controls the temperature-dependent change in the rubber mixture. The structure of the front and rear based on Bridgestone's proven HTSPC platform (High Tensile Super Penetrated Hollow) with MSB (Mono Spiral Belt) steel belt. Thanks to this structure, the control slides and line fidelity be optimized when cornering, without having to give up good shock absorption. The increased rigidity of the structure helps maintain a constant contact patch and stability at high speeds. The profile of the Battlax BT 016 Pro remains unchanged compared to the BT 016i
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BT016 Pro Front and rear of the new Battlax BT 016 Pro feature Bridgestone's famous multi-layer compound technology. On two wheels, two different rubber compounds in the 3LC- method (from three-layer compound) are installed: The mixture in the center of the tread ensures good transmission of braking force to the front or high traction and mileage of the rear wheel, the mixture of rubber on the shoulder of the tire is responsible for maximum traction in an inclined position. The rubber compounds used in the 016 Pro BT have been completely repurposed and give the 016 Pro further improved wet grip, increasing mileage. Here (high silica content in the mixture) and "RC polymer" Technology "Silica Rich Ex" are used. "RC Polymer" Silica supports the effect and simultaneous