Minimal stretch under load results in consistent shifting rpm
Allow for maintaining peak power throughout the shift curve
Wear evenly to reduce belt failure due to edge cord pullout
Engineered for drop-in performance, featuring exceptional strength, flexibility and durability
Utilize a carbon tensile cord, combining minimal stretch with extraordinary strength
High-performance neoprene with a trapezoidal top-notch and rounded-bottom cog design maximizing heat control and flexibility
Carbon tensile cords are bonded to aramid fiber-loaded rubber with specially formulated adhesion gum; this results in increased side-load resistance, preventing belt distortion and edge-cord pullout
Gain optimal power transmission for faster acceleration, improved throttle response and consistent shifting performance
The GATES G Force Carbon Drive Belt part number 49C4368 is engineered to deliver exceptional durability and performance for your vehicle's engine system. Crafted with advanced carbon fiber technology, this belt provides increased strength and flexibility, ensuring reliable operation under demanding conditions. Its high-quality construction minimizes stretch and wear, contributing to longer service life and reduced maintenance needs. Designed to fit specific applications, the GATES G Force Drive Belt offers a precise fit and excellent power transmission, making it an ideal choice for enhancing engine efficiency.
Installation is straightforward, thanks to its accurate dimensions and robust design. Whether you're replacing a worn-out belt or upgrading for improved performance, the GATES 49C4368 is engineered to meet or exceed OEM standards. Trust in GATES’ reputation for innovation and quality to keep your vehicle running smoothly and reliably over time.
Features:
- Advanced carbon fiber construction for increased strength and flexibility
- Precise fit for compatible engine systems
- Enhanced durability reduces stretch and wear
- Longer service life minimizes maintenance intervals
- Designed for reliable power transmission and engine efficiency
