Carlisle Turf Saver
FEATURES AND BENEFITS
- All weather traction
- Improved stability
- Turf tire
OVERVIEW
The Carlisle Turf Saver is an all season tire manufactured for lawn mowers and garden equipment.
The tire ensures great all weather traction. The tread design features an optimized tread block placement, while the tire offers a wider footprint to ensure great dry, wet and light winter weather surface grip. The tread design increases the model's traction all year to ensure a secure driving experience in all weather.
The constantly maintained surface contact maintains the tire's stability. The tire's structure is stabilized against the driving pressure affecting it. While turf performance in not that dangerous, the tire still needs good stability to guarantee its excellent controllability. The better controllability enables the driver to confidently control the vehicle throughout the year.
The Turf Saver features an optimized tread design. The wider footprint's optimized footprint decreases the possibility of the tire harming the turf surface. It performs in a manner, that does not damage the grass during the drive.
This is a bias ply tire. Due to the tire's internal construction and size, it is possible that the tire will look deformed. Smaller bias ply tires do not have reinforced constructions that can keep the tire from deforming. The bias construction and the small tire's non-reinforced internal structure allow the tire to fold in when it is deflated or not properly inflated. This is not constructional damage or an issue; it is a normal occurrence with such tires. In such cases, the tire needs to be mounted and inflated to the proper PSI or, in some instances, an inner tube needs to be added. The proper PSI and the inner tube are able to maintain the tire's ideal shape, preventing the bias plies from looking deformed. This ensures their performing safety and durability.
The photo is a representation of the tire's possible deformation, it does not represent the specific tire model, size, tread pattern and application.
