Claas Lexion 770TT

High-Capacity Harvesting for Demanding Environments

For large-scale farming operations where the harvest window is tight and weather conditions are unpredictable, the Claas Lexion 770TT represents a strategic asset. The hallmark of this machine is the Terra Trac crawler track system. In regions with frequent late-season rains or sensitive soil types, standard wheel-based combines often face soil compaction issues or traction failures. The 770TT moves through the field with minimal pressure, ensuring operations continue even in soft ground conditions.

The APS HYBRID Advantage

The core of the machine's performance lies in its APS HYBRID threshing system. By combining a conventional threshing drum with high-speed ROTO PLUS separation, the 770TT handles everything from small grains to high-yield corn with exceptional efficiency. This hybrid approach is specifically engineered to reduce grain damage and straw breakage, providing versatility for operations that balance feed production with grain sales.

Practical Benefits for Professional Farms:

• CEMOS Automatic Optimization: The machine actively manages its own settings based on real-time feedback. It monitors separation losses and grain quality, suggesting adjustments to the operator so that performance remains peak throughout the long harvest days.
• Optimized Unloading: With a 12,500-liter grain tank and an unloading speed of up to 130 l/s, the transition of grain from the harvester to the truck is swift, preventing bottlenecks in the logistics chain.
• Unmatched Stability: The crawler drive system provides superior stability on slopes and uneven terrain, allowing for consistent header height control and stable cutting performance.

The Claas Lexion 770TT is designed for farmers operating on 1,500+ hectares, where uptime is directly linked to the bottom line. It is not just a combine; it is a harvesting system that combines intelligence, structural integrity, and reliability to protect your investment during the most critical time of the agricultural year.