Tandem vibratory rollers are widely used in the compaction of asphalt, compaction of gravel, compaction of lawns, playgrounds, sand, and other basic projects.
The CAEL VR-900C Tandem Vibratory Roller is a high-performance compaction machine designed for efficient and uniform compaction across asphalt, gravel, sand, soil, and other base materials. Built for reliability and precision, it is an ideal solution for municipal road construction, maintenance work, and medium-scale infrastructure projects.
Equipped with advanced vertical vibration technology and a fully hydraulic bidirectional drive system, the VR-900C ensures smooth operation, excellent maneuverability, and consistent compaction results. Its tandem drum configuration provides balanced weight distribution for superior surface finish.
Key Features
Tandem Drum Design for even and stable compaction
Hydraulic Bidirectional Drive for smooth forward and reverse movement
High Compaction Efficiency with optimized vibration system
Compact Turning Radius for easy operation in confined spaces
Reliable Briggs & Stratton (USA) Engine
Durable Construction for long service life and low maintenance
Specifications
Model: VR-900C
Brand: CAEL
Warranty: 1 Year (All Parts)
Weight & Performance
Operating Weight: 1500 kg (3,307 lbs)
Static Line Load:
Front: 55 N/cm
Rear: 66 N/cm
Exciting Force: 25 kN
Vibration Frequency: 70 Hz
Vibration Amplitude: 0.6 mm (0.024 in)
Dimensions
Package Size (L × W × H): 2200 × 1200 × 1680 mm (86.6 × 47.2 × 66.1 in)
Minimum Turning Radius: 1580 mm (62.2 in)
Drum Specifications
Front Steel Wheel: 560 × 900 mm (22.0 × 35.4 in)
Rear Steel Wheel: 560 × 740 mm (22.0 × 29.1 in)
Engine & Drive
Engine Brand: Briggs & Stratton (USA)
Power Output: 8.2 kW (≈ 11 HP)
Drive System: Hydraulic bidirectional drive
Travel Performance
Travel Speed: 0–8 km/h (0–5.0 mph)
Gradeability: 30%
Capacities
Water Tank Capacity: 60 L
Fuel Tank Capacity: 19 L
The CAEL VR-900C combines power, precision, and maneuverability, making it a dependable choice for contractors and municipal teams seeking consistent, high-quality compaction performance across a wide range of applications.
