Спецшины Tercelo TCU01 C1

Tercelo TCU01 C1 is an OTR-class model designed for operation on heavy construction and industrial equipment that works off paved roads. In the brand's lineup, this tire is positioned as a solution for machines used in harsh working conditions, where high load capacity, resistance to mechanical stress, and stability are crucial.

Scope of application

It is intended for the driving axles of large-sized special equipment, including dump trucks, loaders, earthmoving tractors, and other machines that operate on construction sites, quarries, and industrial facilities. Due to its structural strength and balanced characteristics, it is suitable for operation on complex surfaces with high abrasive loads.

Tread configuration

The tread is designed to work in harsh off-road conditions. It has a "rough" pattern with massive elements and wide grooves, which ensures effective traction on loose unstable surfaces and also facilitates self-cleaning from dirt and stones. This design improves the traction characteristics of the machine and reduces the likelihood of wheelspin when starting and moving under full load.

The profile and arrangement of the tread blocks are designed to provide stable operation during daily use, maintaining optimal contact with the surface and supporting the stability of the machine on uneven road surfaces. This is especially important for equipment that regularly moves on construction and quarry routes, where there is a high level of vibration and variable loads.

Design and durability

It is made in a tubeless version and designed for operation under significant loads: high load indices and a robust carcass structure allow it to withstand large weights at moderate speeds and demonstrate resistance to external influences at the same time.

Key features of Tercelo TCU01 C1:

- OTR-class model for the driving axles of heavy equipment and special machines;
- deep "rough" tread for traction and self-cleaning on dirt and gravel;
- tubeless design with high load capacity;
- possibility of all-season operation on complex surfaces.