Available Models
| MODEL |
MAX POWER (HP) |
GRAIN CAPACITY (L) |
UNLOADING SPEED (L/S) |
MAX CUTTING WIDTH (M) |
ENGINE |
| IDEAL 7 |
476 |
17,100 |
210 |
10.7 |
AGCO Power 9.8 L |
| IDEAL 8 |
538 |
17,100 |
210 |
12.2 |
MAN 12.4 L |
| IDEAL 9 |
647 |
17,100 |
210 |
12.2 |
MAN 15.2 L |
Description
Massey Ferguson IDEAL: The New Standard in Harvesting
The Massey Ferguson IDEAL is a combine harvester that sets a new standard for harvesting performance, efficiency, and reliability.
It is the result of years of research and development and incorporates innovative technologies and features that make it adaptable to various crops and conditions. The IDEAL boasts a unique dual helix rotor system that delivers high throughput, low grain loss, and gentle handling of the crop. This rotor system not only reduces fuel consumption and noise levels but also allows for easy maintenance and cleaning.
The operator is treated to a spacious and comfortable cab, providing a panoramic view, ergonomic controls, and a smart touch terminal for intuitive machine operation and adjustment. Furthermore, the IDEAL offers a suite of automation and connectivity options to enhance the productivity and safety of the harvesting process.
Key features include the IDEALharvest system, which automatically adjusts machine settings based on crop quality and quantity; the IDEALbalance system for optimal cleaning performance by evenly distributing the crop across the cleaning shoe; the AutoDock system for quick connection and disconnection of headers; and the AGCO Connect system for remote monitoring and management of machine data.
There are three available models of the IDEAL:
- IDEAL 7: Powered by a 9.8-liter AGCO Power engine delivering 451 hp. It comes with a grain tank capacity of 12,500 liters.
- IDEAL 8: Equipped with a 12.4-liter MAN engine producing 538 hp, and boasts a grain tank capacity of 17,100 liters.
- IDEAL 9: Operates on a 15.2-liter MAN engine with a robust 647 hp and also has a grain tank capacity of 17,100 liters.
The IDEAL is explicitly designed for modern farmers aiming to optimize both harvest quality and quantity. Its design principles also emphasize reduced environmental impact and lowered operating costs.