AIRMAN AX36U Set of 2 12" Bridgestone Extreme Duty Block Tread Rubber Tracks (300x52.5Nx86) Tri Tech
BS30052586RSXD-airman-ax36u
limited quantity available
LIMITED TIME FREE SHIPPING!
5% discount applied.
Sale ends November 15, 2024
DETAILS
The AIRMAN AX36U Rubber Tracks are a set of two 12" Bridgestone Extreme Duty Block Pattern Rubber Tracks, designed for heavy duty and rugged applications. These tracks are made with high quality materials and advanced technology to provide superior performance and durability.
Tread Type: Block Tread Pattern
The Block Tread is specifically designed to minimize ground disturbance and provide a smooth ride for the operator. This multi-purpose track design is suitable for a wide range of applications, making it a versatile choice for any job.
Features:
- Less ground disturbance
- Smooth ride for operator comfort
- Pro-Edge anti-cut/anti-gouge rubber compound for added durability
Applications: These tracks are ideal for use on dirt, hard surfaces, mud, and rip rap, making them perfect for construction, farming, and other heavy duty jobs.
Durability: The AIRMAN AX36U Rubber Tracks are classified as Extreme Duty, which means they are built to withstand harsh conditions and heavy use. They are designed to last for a long time, ensuring that you get the most out of your investment.
Warranty: These tracks come with a 12 month or 1,000 hour warranty, giving you peace of mind and assurance of their quality and reliability.
Track Size: The track size for the AIRMAN AX36U is 300x52.5Nx86, making it a perfect fit for a variety of machines and equipment.
Width (mm): The track width is 300 mm, providing stability and traction for heavy equipment.
Width (in): At 12 inches, these tracks offer a wide surface area for increased stability and maneuverability.
Pitch: The pitch of these tracks is 52.5, ensuring smooth movement and efficient operation.
Links: With 86 links, the AIRMAN AX36U Rubber Tracks offer a strong and reliable connection to your equipment, reducing the risk of slipping or damage during use.