Hutte HBR202E

• 400 working hours
• Weight approx. 6750kg

Drilling Rig: 

• Expanding tracks 700-1680mm 
• Set of stabilisers 
• Telescopic mast 3370-4620mm
• Stroke 1200mm Crowd/extraction force 3.9t/6.4t 
• Hutte rotary head HG24
• 26400Nm max torque
• Max speed 58rpm
• 3 speeds Clamp 450-660mm dia 
• Interlocked guards 
• Winch 1.3t capacity

Power Pack: 

• Electric motor
• 75Kw Main hydraulic pump 210 l/min
• 250 bar

Rotary Head type HG24

• Max speed 58rpm 
• Max torque 2712NM 
• Max working pressure 250bar
• Flow rate 90-200 l/min
• With 2 flushing connection
• Overall length 3940mm
• Overall Width 1090mm
• Overall height 2490mm

HBR 202 D/E

• a small drilling rig for large-diameter bores
• Hutte Bohrteehniks compact class drill rigs HBR 202, with integrated electric motor or diesel engine, was designed to fulfil clients need for small drill rigs for large-diameter bores. 
• The drillling rig is especially suited for difficult drilling conditions in confined and limited areas, which require particularly compact and mobile equipment.
• It features a design with specific mast movements to reach drilling positions for special applications . 
• At the same time the HBR 202 is able to drill big diameters , for example up to 324 mm and 406 mm.
• The compact-class Hutte drill rig HBR 202 E/D is self-contained, fully hydraulic crawler drill rig, which feature a compact and robust design, simple controls, as well as high efficiency.
•  It incorporates the latest diesel technology, meeting the strict emissions regulations in the EU and the US. 
• Furthermore the rig is fully radio-controlled which makes operations from various positions possible and offers control over the drill rig acccording to the lastest safety requirments.
• The drill rigs are equipped with telescopic undercarriages as well as a telescopic drill mast. 
• Together with the powerful rotary head type HG28, which is a very compact and powerful rotary head, the Hutte rig HBR 202 is suitable for big-diameter surface drilling jobs, which require high torques.