John Deere GP Tractor (1935)
Manufacturer:John Deere
Price:1,200(USD)
Series:Two-Cylinder Letter Series
Model:GP
Equipment Type: Row-Crop Tractors
Factory:Waterloo, Iowa, USA
Full Specifications
ENGINES OVERVIEW
- Description
- John Deere 5.1L 2-cyl kerosene John Deere 5.6L 2-cyl kerosene
ENGINE DETAIL 1
- Description
- John Deere kerosene 2-cylinder/liquid-cooled/Original engine, used until 1931. Water-injection system was used to prevent detonation
- Displacement
- 311.6ci / 5.1L
- Bore/Stroke
- 5.75x6.00inches / 146x 152mm
- Rated RPM
- 900
- Coolant capacity
- 36qts / 34.1L
ENGINE DETAIL 2
- Description
- John Deere kerosene 2-cylinder liquid-cooled, The new engine was introuded in 1931 on GP serial number 224100. It had lower compression but with a quarter-inch larger bore, producing slightly more power with better fuel economy. The lower compression eliminated the pre-ignition problem when using low-quality fuel, so the water-injection system was eliminated
- Displacement
- 339.3ci / 5.6L
- Bore/Stroke
- 6.00x6.00inches / 152x 152mm
- Rated RPM
- 950
- Coolant capacity
- 36qts / 34.1L
JOHN DEERE GP ENGINES
- Description
- John Deere 5.1L 2-cyl kerosene John Deere 5.6L 2-cyl kerosene
- Fuel tank
- 16gal / 60.6L
- Aux. fuel
- 2gal / 7.6L
TRANSMISSION
- Type
- unsynchronized gear
- Gears
- 3 forward and 1 reverse
JOHN DEERE GP TRANSMISSION
- Description
- 3-speed unsynchronized gear
MECHANICAL
- Description
- Two-wheel drive Open operator station
- Steering
- manual
JOHN DEERE GP TIRES
- Ag front
- 6.00x16
- Ag rear
- 10.00x32
DIMENSIONS & TIRES
- Weight
- 3,600lbs / 1632kg
- Front tire
- 24x6
- Rear tire
- 42.75x10
GP SERIAL NUMBERS
- 1929
- 201336
- 1930
- 5000-5202 (GP-P)
- Final
- 15732 (GP-O)
GP SERIAL LOCATION
- Description
- Below gear shift lever
About John Deere Tractor
The John Deere GP tractor is part of the company's Two-Cylinder Letter Series. The GP is a type of Row-Crop Tractors and is majorly used for Agriculture Tractors operations. The engine of the GP tractors is impressive. This configuration improves usability in the real world situation.
