John Deere 2955 Tractor

Manufacturer John Deere
Price 39,000(USD)
Model 2955
Equipment Type Utility Tractors
Factory Mannheim, Baden-Württemberg, Germany

NEBRASKA TRACTOR TEST 1606 2

Description Diesel 16-speed 4WD November 10 - 20, 1986 Link: Nebraska Tractor Test 1606 file PTO performance Drawbar performance Gear 5H used for power test Gear 3L used for pull test
Power at rated engine speed 86.22hp / 64.3kW
Fuel use 4.9gal/hour / 18.5l/hour
Power at rated PTO speed 85.54hp / 63.8kW
Max power 72.99hp / 54.4kW
Max pull 9,971lbs / 4522kg

JOHN DEERE 2955 POWER

Engine 97hp / 72.3kW
Drawbar (claimed) 74.2hp / 55.3kW
PTO (claimed) 85hp / 63.4kW
Drawbar (tested) 72.99hp / 54.4kW
PTO (tested) 86.22hp / 64.3kW

ENGINE DETAIL

The John Deere 2955 tractor is powered by a robust 5.9L 6-cylinder diesel engine with a compression ratio of 17.8:1, delivering 97hp at a rated RPM of 2300, which provides a good balance of torque and power for heavy-duty farm tasks. Its efficient liquid-cooled system, along with a substantial oil capacity of 12.2 qts, ensures reliable operation and longevity, though potential challenges include maintaining proper cooling and oil levels during extensive use. The dual paper element air cleaner enhances filtration efficiency, critical for optimal engine performance in dusty environments, making it suitable for agricultural applications.

Description John Deere diesel 6-cylinder liquid-cooled
Displacement 359ci / 5.9L
Bore/Stroke 4.19x4.33inches / 106x 110mm
Power 97hp / 72.3kW
Air cleaner two paper elements
Compression 17.8:1
Rated RPM 2300
Starter volts 12
Oil capacity 12.2qts / 11.5L
Coolant capacity 18qts / 17.0L

JOHN DEERE 2955 ENGINE

The John Deere 2955 is powered by a robust 5.9L 6-cylinder diesel engine, offering a significant advantage in torque delivery and fuel efficiency for agricultural operations. Its compact size enhances maneuverability in tight spaces, while its simplicity in design can lead to easier maintenance and lower operational costs. However, users should be aware of the potential challenge of finding compatible parts due to its age, which may affect serviceability in the long term.

Description John Deere 5.9L 6-cyl diesel

TRANSMISSIONS OVERVIEW

The John Deere 2955 features an 8-speed partially synchronized transmission, which provides smoother shifting at lower speeds, reducing wear during operation. The optional 16-speed partial power shift enhances its versatility for various field applications by allowing quick gear changes without disengaging the power from the wheels. However, while the 12-speed option offers an intermediate solution, it may not fully utilize the tractor’s potential in demanding scenarios, such as heavy tillage or consistent load operations.

Description 8-speed partially synchronized 16-speed partial power shift 12-speed

TRANSMISSION 1

The John Deere 2955 features a partially synchronized transmission with 8 forward and 4 reverse gears, enhancing operational flexibility across varied terrain. The dry disc clutch provides efficient power transfer but may require more frequent maintenance compared to hydraulic clutches under heavy loads. This setup is ideal for tasks requiring rapid speed changes, but operators should be mindful of gear synchronization to prevent damage during shifting.

Transmission John Deere Top-Shaft Synchronized (TSS)
Type partially synchronized
Gears 8 forward and 4 reverse
Clutch dry disc
Description Four gears (1-4) with two ranges (I-II) and reverse range

TRANSMISSION 2

The John Deere 2955's Hi-Lo Top-Shaft Synchronized (TSS) transmission enhances operational efficiency with a partial power shift, providing 16 forward and 8 reverse gears for versatile speed and torque management. The hydraulic dry disc clutch enables smooth shifts, reducing operator fatigue and improving productivity in varying field conditions. However, the complexity of the hydraulic system may require more maintenance and technical knowledge compared to fully mechanical systems.

Transmission John Deere Hi-Lo Top-Shaft Synchronized (TSS)
Type partial power shift
Gears 16 forward and 8 reverse
Clutch hydraulic dry disc
Description Adds a hydraulic high-low power shift to the basic TSS transmission

TRANSMISSION 3

The John Deere 2955 features a Top-Shaft Synchronized Creeper transmission with 12 forward and 8 reverse gears, offering precision control for both slow and fast operations—ideal for tasks like plowing or tilling. This gearbox configuration allows optimal power management, which can enhance fuel efficiency and reduce operator fatigue during extended use. However, the complexity of the synchronized creeper system may pose a challenge in terms of maintenance compared to simpler transmissions.

Transmission John Deere Top-Shaft Synchronized Creeper
Gears 12 forward and 8 reverse

MECHANICAL

The John Deere 2955 offers a versatile chassis choice between 2WD and 4WD configurations, providing enhanced traction and stability for various terrains. Its power steering and differential hydraulic wet disc brakes contribute to improved maneuverability and safety, especially in challenging agricultural conditions. The transmission options include an 8-speed and a more advanced 12-speed partial power shift, allowing for greater control over speed and torque for specific tasks, making it suitable for both light and heavy-duty operations.

Chassis 4x2 2WD/4x4 MFWD 4WD
Steering power
Brakes differential hydraulic wet disc
Cab Roll-Gard ROPS. Optional Sound-Gard cab
Transmissions 8-speed partially synchronized 16-speed partial power shift 12-speed

CAPACITY

Fuel 32gal / 121.1L
Hydraulic system 11.9gal / 45.0L

HYDRAULICS

Type closed center
Capacity 11.9gal / 45.0L
Valves 1 to 3
Total flow 21gpm / 79.5lpm
Steering press. 2320psi / 160.0bar

TRACTOR HITCH

Rear Type II
Rear lift 5,235lbs / 2374kg
Front Hitch II
Front lift 3,372lbs / 1529kg

POWER TAKE-OFF (PTO)

Rear PTO independent
Rear RPM 540/1000
Front PTO independent (optional)
Front RPM 1000

JOHN DEERE 2955 TIRES

The John Deere 2955 tractor features tire options ranging from 12.4-42 to 18.4-38, allowing for versatility in traction and flotation depending on soil conditions. The larger 18.4-38 size enhances stability and reduces soil compaction, making it advantageous for heavy tillage operations. However, contractors must consider the potential for increased fuel consumption with larger tires during transport and maneuverability in tight spaces.

Ag rear 18.4-38 / 15.5-38 / 18.4-38 / 12.4-42 / 16.9-38

DIMENSIONS

Wheelbase 102inches / 259cm

JOHN DEERE 2955 WEIGHT

Shipping 8,186lbs / 3713kg (2WD ROPS) 8,809lbs / 3995kg (2WD cab) 8,697lbs / 3944kg (4WD ROPS) 9,316lbs / 4225kg (4WD cab)
Operating 10,845lbs / 4919kg (4WD cab)
Ballasted 11,150lbs / 5057kg

DIMENSIONS & TIRES

The John Deere 2955 features a wheelbase of 102 inches, providing enhanced stability during field operations, particularly on uneven terrain. With a weight range of 8,186 to 10,845 pounds, it ensures excellent traction but may present challenges in transportability and mobility on softer ground. The rear tire specification of 18.4-38 allows for efficient power transfer and soil compaction, making it ideal for heavy-duty agricultural tasks.

Wheelbase 102inches / 259cm
Weight 8186 to 10845 pounds
Rear tire 18.4-38

JOHN DEERE 265 LOADER

Loader weight 2619lbs / 1187kg
Height (to pin) 157inches / 398cm
Clearance, dumped bucket 123inches / 312cm
Dump reach 25.6inches / 65cm
Clearance, level bucket 150inches / 381cm
Rollback angle 43°
Breakout force (lift) 5730lbs / 2599kg
Lift to full height (at pin) 3920lbs / 1778kg
Bucket width 61inches / 154cm 73inches / 185cm 85inches / 215cm/97inches / 246cm

2955 SERIAL NUMBERS

Location Serial number plate on the right side of the tractor frame, above the front axle
1987 600000
1988 624800
1989 652968
1990 685843
1991 718292
1992 742062

ELECTRICAL

Ground negative
Charging system alternator
ROPS Charging amps 55
Cab Charging amps 85
Batteries 2
Battery CCA 600
Battery volts 12


Last Updated 2025-01-01
Stephen is a passionate tractor hobbyist with a deep-seated love for all things mechanized and agricultural. Growing up in a rural setting, he developed a fascination with these mighty machines that have played a crucial role in shaping the farming industry.

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