JCB VM 117
JCB VM 117 Vibratory Roller is an essential tool for construction professionals, excelling in various applications. It is designed for asphalt compaction, delivering smooth and even surfaces for roads, parking lots, and other paved areas through its high-performance compaction capabilities. In road construction, the VM 117 Vibratory Roller ensures effective compaction in new projects, contributing to long-lasting and resilient road surfaces. Additionally, this compact roller is ideal for parking lot paving, providing efficient compaction that enhances durability and performance. Its reliability makes JCB VM 117 a trusted choice for airport runway construction, where safety and performance are crucial for delivering smooth and dependable surfaces.
JCB VM 117 is equipped with impressive specifications, featuring an engine gross power of 74 hp to deliver robust performance. VM 117 Vibratory Roller has an operating weight of 11,400 kg, providing stability and effective compaction across various surfaces. With a fuel tank capacity of 300 L, the JCB VM 117 Vibratory Roller is designed for extended operational periods without frequent refueling. Additionally, the roller features a drum diameter of 1500 mm, ensuring optimal contact with the surface for superior compaction results.
JCB VM 117 Vibratory Roller stands out with several unique selling points that enhance its performance and efficiency. Its efficient engine technology features the CEV Stage IV JCB ecoMax engine, providing up to 10% more fuel efficiency than competitors, which helps reduce operating costs and minimize environmental impact. The compact roller offers enhanced process control, allowing operators to make precise adjustments for optimal compaction results. With a centrifugal force of 256 KN, a static linear load of 30.24 kg/sq cm, and a high amplitude of 1.8 mm, the JCB VM 117 ensures powerful compaction performance for durable surfaces. Its robust design includes a single-piece steel shaft, which supports standard dual amplitude and dual frequencies, enhancing versatility across various surfaces and materials.
