The 10 Most Powerful Combine Harvesters in the World
Several combine harvesters now approach 800 HP, setting new benchmarks in harvesting capacity. Here are the 10 most powerful models currently available worldwide.
The global combine harvester market continues to push power limits, with leading manufacturers developing machines designed for maximum throughput and efficiency in large-scale operations.
Several models now approach or reach the 800 HP threshold, reflecting the increasing demand for higher productivity and reduced harvesting times.
Below are the 10 most powerful combine harvesters currently in production worldwide.
1. Claas Lexion 8900 — 790 hp
Engine: MAN D42 (6-cylinder, 16.2 L, 790 hp)
Transmission: Hydrostatic
Threshing system: APS Synflow Hybrid
Grain tank: Up to 18,000 L
Operating weight: Up to 24,500 kg
2. Fendt Ideal 10T — 790 hp
Engine: MAN D42 (6-cylinder, 16.2 L, 790 hp)
Transmission: Hydrostatic
Threshing system: Dual Helix rotors
Grain tank: Up to 17,100 L
Operating weight: Up to 25,000 kg
3. Case IH AF11 — 775 hp
Engine: FPT Cursor 16 (6-cylinder, 15.9 L, 775 hp)
Transmission: Hydrostatic
Threshing system: Axial-Flow single rotor
Grain tank: Up to 20,000 L
Operating weight: Approx. 25,000 kg
4. Case IH AF10 — 775 hp
Engine: FPT Cursor 16 (6-cylinder, 15.9 L, 775 hp)
Transmission: Hydrostatic
Threshing system: Axial-Flow single rotor
Grain tank: Up to 16,000 L
Operating weight: Approx. 24,000 kg
5. New Holland CR11 — 775 hp
Engine: FPT Cursor 16 (6-cylinder, 15.9 L, 775 hp)
Transmission: Hydrostatic
Threshing system: Twin Rotor
Grain tank: Up to 20,000 L
Operating weight: Approx. 25,000 kg
6. Claas Lexion 8800 — 653 hp
Engine: MAN D26 (6-cylinder, 12.4 L, 653 hp)
Transmission: Hydrostatic
Threshing system: APS Synflow Hybrid
Grain tank: Up to 15,000 L
Operating weight: Up to 23,000 kg
7. Tribine T1000 — 650 hp
Engine: Cummins QSX15 (6-cylinder, 15.0 L, 650 hp)
Transmission: Hydrostatic (all-wheel drive)
Threshing system: Single rotor
Grain tank: Up to 35,200 L
Operating weight: Approx. 29,500 kg
8. Fendt Ideal 9 — 647 hp
Engine: MAN D38 (6-cylinder, 15.2 L, 647 hp)
Transmission: Hydrostatic
Threshing system: Dual Helix rotors
Grain tank: Up to 17,100 L
Operating weight: Up to 24,000 kg
9. Massey Ferguson Ideal 9 — 647 hp
Engine: MAN D38 (6-cylinder, 15.2 L, 647 hp)
Transmission: Hydrostatic
Threshing system: Dual Helix rotors
Grain tank: Up to 17,100 L
Operating weight: Up to 24,000 kg
10. New Holland CR10 — 634 hp
Engine: FPT Cursor 13 (6-cylinder, 12.9 L, 634 hp)
Transmission: Hydrostatic
Threshing system: Twin Rotor
Grain tank: Up to 16,000 L
Operating weight: Approx. 23,500 kg
Market Context
The increase in combine harvester power is driven by several structural factors:
Growing scale of farming operations
Need to reduce harvesting windows
Optimization of operating cost per tonne
Adoption of automation technologies
In this context, models approaching 800 HP are emerging as the new benchmark in high-productivity harvesting equipment.
👉 Explore the full ranking of the world’s most powerful combine harvesters
Editorial Notes
- Standardized:
- hp (no CV)
- Grain tank (L)
- Hydrostatic transmission (industry norm in combines)
- Prioritized separation/threshing technology, which is the key differentiator in this segment
- Used “Approx.” / “Up to” where OEM specs vary
If you want, next step we can:
- Build the intro + ranking criteria (very important in combines: power vs capacity vs class)
- And especially the Market Context, where this segment has a lot to say (scale, logistics, grain tank growth, etc.)
