AGCO GmbH Johann Georg Fendt 1050

Last Updated: September 2024

Overview

The AGCO GmbH Johann Georg Fendt 1050 is a powerful tractor built for big jobs on the farm. It has a strong engine with 6 cylinders that can produce 483.2 hp. This tractor is big and heavy, measuring 242.5 inches long and weighing 31,615 pounds. It's tall too, standing at 141.6 inches high.

The Fendt 1050 is packed with features that make it great for farming. It has a special transmission that helps it move smoothly at different speeds. The tractor can pull very heavy loads, with a hitch that can handle up to 16,889.7 pounds. It also has a good hydraulic system that can pump 61.3 gallons of fluid per minute. This tractor can go pretty fast too, with a top speed of 31.1 mph. It's fuel-efficient, using its power wisely to get work done without wasting fuel.
Show more...

Key Specifications

Power Output: 483 hp (360.3 kW)

Transmission: CVT with a combination of mechanical and hydrostatic sections

Operating Weight: 31615 lb (14340 kg)

AGCO GmbH Johann Georg Fendt 1050 vs. Similar Tractors

Power Output

The Power Output for the AGCO GmbH Johann Georg Fendt 1050 is Excellent. It is greater than 99% of similar Utility tractors in our database.

Horsepower distribution of Utility tractors

(across 6.6K+ tractors in our database)

Operating Weight

The Operating Weight for the AGCO GmbH Johann Georg Fendt 1050 is Excellent. It is greater than 97% of similar Utility tractors in our database.

Operating weight distribution of Utility tractors

(across 6.4K+ tractors in our database)

Engine Rated RPM

The Engine Rated RPM for the AGCO GmbH Johann Georg Fendt 1050 is Poor. It is greater than 6% of similar Utility tractors in our database.

Engine rated RPM distribution of Utility tractors

(across 1K+ tractors in our database)

Technical Specifications

Engine

Cooling Type
Water
Cylinders
6
Bore
4.96 in (126.0 mm)
Stroke
6.54 in (166.0 mm)
Rated RPM
1700
Power Output
483 hp (360.3 kW)

Transmission

Type
CVT with a combination of mechanical and hydrostatic sections