The LTD216H is a heavy-duty 16-ton full hydraulic single drum vibratory road roller engineered for reliable high-density compaction on road construction, highway subgrade, asphalt pavement, earthworks and parking lot projects. Built with a proven Cummins 6BT5.9 diesel engine delivering 110kW power, this compactor performs stably even in rough, remote construction sites and high-altitude environments
Featuring dual vibration settings: 28Hz / 35Hz frequency and 2.0mm /1.0mm adjustable amplitude, the LTD216H generates powerful centrifugal force to compact soil, gravel and asphalt efficiently. Its 2100mm wide steel drum offers uniform compaction coverage with static linear load of 428N/cm, achieving required density in fewer passes and shortening your construction cyclely
Adopting full hydraulic drive and articulated steering, the roller provides smooth, precise control. 35% gradeability handles steep terrain while a 7000mm minimum turning radius keeps it maneuverable on confined job sites. The enclosed operator cabin with air conditioning and shock-absorbing seat reduces operator fatigue during long shifts and delivers all-round visibility.
Robust structural design, easy-maintenance hydraulic components and standard dual brake systems ensure long service life and safe operation. The compact overall dimension of 6025×2280×3050mm supports convenient container shipping, making the LTD216H a cost-effective export-ready compaction solution for global contractors and construction fleets. Optional padfoot drum is available for cohesive soil compaction.
Core Specifications
- Model: LTD216H
- Operating Mass: 16000 kg
- Engine: Cummins 6BT5.9, Rated Power 110kW
- Drum Width: 2100 mm
- Vibration Frequency: 28 / 35 Hz
- Vibration Amplitude: 2.0 / 1.0 mm
- Travel Speed: 0–12 km/h
- Gradeability: 35%
- Turning Radius: 7000 mm
- Static Linear Load: 428 N/cm
- Dimension (L×W×H): 6025×2280×3050 mm
Applications
Highway construction, road rehabilitation, subgrade compaction, asphalt paving, earth fill, landfill, parking lot, airport base and municipal engineering projects.
