Showing all 6 results
The HA24J Diesel reaches 26 m working height with 230 kg platform capacity on a 2.44×0.91 m platform. Kubota or Cummins diesel engine, 4WD2WS, 360° continuous turntable, 10.2 m crossing height, 15.4 m working radius, and 45% gradeability — a high-reach diesel model for large-scale outdoor construction and infrastructure on remote sites.
The HA26J Diesel reaches 28 m working height with 230 kg platform capacity on a 2.44×0.91 m platform. Kubota or Cummins diesel engine, 4WD2WS, 360° continuous turntable, 10.2 m crossing height, 17.28 m working radius, and 45% gradeability — for the most demanding large-scale remote outdoor construction and infrastructure projects.
The HA30J reaches 32 m working height with 230 kg platform capacity on a 2.44×0.91 m platform. Kubota or Cummins diesel engine, 4WD2WS, 360° continuous turntable, 12 m crossing height, 19 m working radius, and 40% gradeability — a major step-up in working height for demanding large-scale outdoor and infrastructure applications.
The HA38J is the highest-reaching model in the HAJ Diesel Series, delivering 40 m working height with 230 kg platform capacity on a 2.44×0.91 m platform. Kubota or Cummins diesel engine, upgraded to 4WD4WS four-wheel steering, 360° continuous turntable, 19.5 m crossing height, 21.6 m working radius, and 40% gradeability — the flagship diesel articulating boom lift for the most extreme outdoor access requirements.
The HT26J Diesel reaches 28 m working height with 230 kg load capacity on a 2.44×0.91 m platform. Kubota or Cummins diesel engine, 4WD2WS, 360° continuous turntable, ±90° platform rotation, 17.28 m working radius, and 40% gradeability — for demanding large-scale outdoor construction and infrastructure access.
The HT38J reaches 40 m working height with 230 kg load capacity on a 2.44×0.91 m platform. Kubota or Cummins diesel engine, 4WD4WS four-wheel steering, 360° continuous turntable, ±90° platform rotation, 21.6 m working radius, and 40% gradeability — for extreme-height outdoor construction and infrastructure access.