Caterpillar 903C2 Wheel Loaders
Caterpillar 903C2
5+
sold in last yearGeneral overview
Caterpillar 903C2 is a wheel loader used for loading and material-handling work in construction environments. It is powered by a Cat C2.4* four-cylinder engine rated at 31 kW (42 hp), with Tier 4 f emissions compliance. With an operating weight of 4,110 kg (9,060 lb), it is sized for short-cycle material movement on job sites.
Its standard bucket capacity is 0.6 m³ (0.8 cu yd), and the light material rating is 1.03 m³ (1.3 cu yd). The machine reaches a maximum dump height of 2,290 mm (7 ft 6 in) and travels up to 16 km/h (9.9 mph). A 40° articulation angle and 80° steering angle support maneuvering in restricted work areas.
Year
2015, 2016, 2017, 2018, 2019
Country of manufacturing
United States
General specifications
Dimensions
Width
Height
Length
Weight
1,708 mm
~67.2 in
2,510 mm
~98.8 in
4,695 mm
~184.8 in
4,110 kg
~9,061 lb
Engine Power
42 hp
Operating Weight
4,110 kg
Bucket Capacity
0.6 cu(m)
Additional specifications
Emission standard level
Tier 4 f
Displacement
146 cu(in)
Fuel tank
43 L
Hydraulic system type
Cooling system
11 L
Wheelbase
1,800 mm
Number of Cylinders
4
System Relief Pressure
2,988 kPa
Engine Model
Cat C2.4*
Engine Oil
9 L
Maximum Reach at Ground Level
970 mm
Power - Net
42 hp
Net Power (ISO 9249)
42 hp
General Purpose
0.6 cu(m)
Light Material
1.03 cu(m)
3rd Auxiliary Flow
52 L/min
Hydraulic Cycle Time - Lower, Float
3.2 s
Travel Speeds
16 km/h
Hydraulic Cycle Time - Lift
4.8 s
Hydraulic Cycle Time - Dump
0.8 s
Overall Length - With Bucket
4,695 mm
Reach at Maximum Dump Height
875 mm
Dig Depth
200 mm
Maximum Dump Height
2,290 mm
Load Over Height
2,795 mm
Hinge Pin at Maximum Height
3,080 mm
Departure Angle
30 deg
Overall Length - With Forks
5,175 mm
Maximum Reach
1,515 mm
Fork Depth Above Ground
40 mm
Fork Height at Maximum Reach
1,415 mm
Maximum Fork Height
3,000 mm
Fork Reach at Maximum Height
750 mm
Turning Radius - Over Bucket
3,940 mm
Width - Over Bucket
1,770 mm
Tire Gauge
1,314 mm
Articulation Angle
40 deg
Steering Angle
80 deg
Dump Angle at Maximum Height
40 deg
Hydraulic System
24 L
Cab Height
2,510 mm
Turning Radius - Inside Tire
1,655 mm
Ground Clearance
395 mm
Rated Operating Capacity
975 kg
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Caterpillar 903C2 Wheel Loader
0.6 cu(m)
4110 kg
4695 mm × 1708 mm × 2510 mm
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Most popular
What is the average price of a Caterpillar 903C2?
No confirmed market price is supplied for the Caterpillar 903C2. Check current listings and compare machine condition, location, and configuration.
What are the key advantages of the Caterpillar 903C2?
The supplied specifications list a 0.6 m³ (0.78 cu yd) general-purpose bucket, 31.3 kW (42 hp) net power, 40° articulation angle, and 80° steering angle. These specifications may be useful when assessing capacity, power, and maneuverability requirements.
What type of engine does the 903C2 use?
The 903C2 uses a Cat C2.4* engine. The supplied specifications list 4 cylinders, 146 cu in displacement, and a Tier 4 f emission standard level.
How much horsepower does the 903C2 have?
The 903C2 has 31.3 kW (42 hp) net power, including Net Power (ISO 9249).
What fuel does the Caterpillar 903C2 use?
The supplied data does not confirm the fuel type for the Caterpillar 903C2. It lists a 43 L (11.4 US gal) fuel tank but does not identify the fuel.
What jobs is this Wheel Loaders best suited for?
The supplied data does not confirm specific recommended jobs. Buyers can assess suitability using the 0.6 m³ (0.78 cu yd) general-purpose bucket, 1.03 m³ (1.35 cu yd) light-material bucket, 2,290 mm (90.2 in) maximum dump height, and 4,110 kg (9,061 lb) operating weight.
What is the expected lifespan of the 903C2?
The supplied data does not provide an expected service life for the 903C2. For a used machine, review maintenance records, operating condition, hydraulic performance, engine condition, and wear in the loader linkage and tires.
What should a buyer check when purchasing a used Wheel Loaders?
Check maintenance records, engine starting and operation, hydraulic leaks and cycle performance, bucket and linkage wear, steering articulation, tires, brakes, controls, cooling system, and signs of structural damage. Confirm that the machine’s configuration and attachments match the intended work.
