Smooth power transfer is achieved through a combination of a reliable power shift transmission, a stable hydraulic torque converter, and a two-stage straight-tooth structure final drive, all working together to ensure consistent performance during demanding tasks.

The hydraulic tank uses an integrated valve design that not only saves space but also keeps the system clean and well-organized during assembly. This layout meets NAS 9 cleanliness standards, reducing the risk of hydraulic system failures.

A semi-enclosed grille structure with elongated ventilation slots helps protect the engine while improving airflow and cooling efficiency. This design also plays a role in minimizing operational noise.

The wiring harness complies with TS16949 quality standards, providing a dependable foundation for the machine’s electrical system and reducing the chance of circuit-related issues over time.

The tooth blocks are manufactured from high-grade alloy steel and go through advanced forging and die quenching processes. This results in excellent wear resistance and longer service life, outperforming many comparable components on the market.

A semi-rigid suspension system expands the undercarriage’s contact area with the ground, boosting the bulldozer’s traction force up to 203 kN. This setup improves stability, especially when working on uneven terrain or in tough soil conditions.