The HT-JS1000 is a 1-tonne ride-on vibratory roller specifically engineered for precision compaction in confined spaces. Combining agile manoeuvrability, high-efficiency compaction, robust durability and user-friendly operation, it serves as core equipment for municipal maintenance, small-scale infrastructure projects and auxiliary operations. With an operating weight of 1000kg, the machine features a compact, streamlined design measuring approximately 2100×1000×1650mm. Its minimum turning radius of just 2600mm, combined with 30% gradeability and a fully hydraulic steering system, enables effortless manoeuvring through trenches, inter-building spaces, workshops, and other confined areas inaccessible to larger machinery.
Product Features
The HT-JS1000 roller, characterised by its ‘flexible adaptability, efficient compaction, stable reliability, and user-friendly operation’, is the preferred choice for precision work in small-scale projects. With its compact dimensions (approximately 2100×1000×1650mm) and operating weight of 1000kg, it boasts a minimal turning radius and 30% gradient climbing capability, enabling effortless manoeuvring through confined spaces such as trenches and inter-building clearances. Featuring a fully hydraulic system and dual steel drum design, coupled with 70Hz high-frequency vibration and 25-30 kN vibratory force, it achieves a layered compaction depth of up to 25cm. The steel drums offer excellent edge-to-edge coverage, eliminating compaction dead zones. Powered by renowned engines such as Honda, integrated with hydraulic transmission and electromagnetic clutch vibration control, it delivers stable power output with low failure rates. Equipped with a 60L high-capacity water tank, it effectively suppresses dust and protects wheels during operation. Its intuitive operating logic, combined with an ergonomic cab and adjustable seat, ensures quick familiarisation and reduced fatigue during prolonged use. Suitable for diverse applications including municipal maintenance, utility trench backfilling, and residential redevelopment projects.
