Continental TerminalMaster
This model is a radial tire developed especially for low platform trailers, and port trailers to promote high carrying characteristic, improved rolling resistance, uniform tread wear,, and additional road adherence. It is designed to be mounted on special tow tractors and ground handling vehicles used in port/airport environments.
The TerminalMaster comes with an advanced wear resistant compound molded into an optimized tread pattern that presents a three-rib design with closed shoulders designed to increase the lateral stability, grip and traction. Large footprint promotes better pressure distribution providing increased mileage, adherence, and more safety at the same time. It has a deep pattern that promotes casing durability by reducing road shocks, and other hazards. Continental engineers use the latest innovations in the tire industry to offer longer wear and lower rolling resistance by predicting rubber characteristics at the molecular level. Due to improved tread compound this tire provides shorter stopping distance on slippery and wet surfaces, thus increasing the load and driver safety. To increase the load-carrying capacity the Continental uses special casing construction, offering high internal structure durability.
For safety reasons this model includes innovative groove geometry designed to deliver minimum stone retention offering maximum casing protection. Two wide and deep circumferential grooves provide high aquaplaning resistance by better water and slush dispersion from under the footprint, improving wet braking and traction performance. The TerminalMaster is one of the most highlighted tires used in industrial airport ground service and port applications.
Continental TerminalMaster is produced in 22.5-inch sizes backed by long-lasting treadwear, being one of the best radial tire options for a wide range of commercial vehicles used in goods transportation especially in airports and ports services.
Features and benefits
Durable radial tire developed for airport applications.
Three-rib design provides better handling responsiveness, comfort and load/driver safety.
Innovative groove geometry promotes additional casing durability.
Deep circumferential grooves reduce hydroplaning risk, providing high wet braking capabilities.
Wide outside shoulder ribs reduce the effect of corner scrub.
Latest technologies improve rolling resistance, fuel usage, and reduce CO2 emissions.
Closed shoulders combat the irregular wear and increase the mileage performance.
