HCR120C Small Robotic Demolition Robot
Item No :
HCR120C
Weight :
1500 kg
Specifications :
2100 mm × 780 mm × 1362 mm
Power :
18.7 kW
Transport Package :
Steel bracket wooden cases
Warranty :
1 year
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Contact usThe HCR120C Demolition equipment is a new type of high-tech equipment with fine operation capability in high-risk environments. The electric demolition robot adopts a small tracked chassis as the carrier and integrates technologies such as load feedback electro-hydraulic proportional system, CAN bus-based digital two-way wired remote control system and multi-parameter sensor system. It can be quickly configured with different operating tools such as hydraulic hammers, excavator buckets, grippers and hydraulic drills. It can flexibly carry out all-round remote control crushing, excavation, grabbing and transportation in high-temperature, highly dusty and collapsible hazardous areas.
- Wide Range of Mining and Tunneling Applications
The robotic demolition machine is suitable for various applications in underground mining and tunneling, such as ore crushing, tunnel excavation, demolition, vein mining, secondary breaking, scaling, cable cutting, and wall profiling. It demonstrates strong environmental adaptability and a wide operating range. - Flexibility, Safety and Reliability
The HCR120C remote demolition robot features flexible and convenient remote operation while ensuring safe and reliable work in hazardous environments like high temperatures, dust, and unstable ground. Its integrated design allows quick configuration with different attachments for multi-functionality.
The HCR120C robotic demolition machine is suitable for crushing ore bodies and tunnel cross-section excavation, milling and demolition in underground mines. It is also suitable for narrow-vein mining recovery, secondary crushing, tunnel scaling, anchor cable cutting and profiling in mines. Featuring strong environmental adaptability, wide operating range, flexible and convenient operation and safe and reliable work, the robot represents the development and leap of robotics technology from pure kinematics to engineering dynamics and the integration of technologies in specific fields.
| Performance | |
| Machine weight | 1500 kg |
| Transport speed | 2.2 km/h, 4.0 km/h |
| Slewing speed | 12 s/360° |
| Climbing inclination, max. | 30° |
| Track width | 150 mm |
| Hydraulic system | |
| Pump type | Load-sensitive axial piston variable pump |
| Pump flow | 0~50 L/min |
| System pressure | 19MPa |
| Hydraulic oil tank capacity | 40 L |
| Dynamical System | |
| Drive Type/Model | Diesel Engine Driven |
| Power/Speed | 18.4 kW |
| Control system | |
| Control type | Portable remote control |
| Control mode | Radio/wired(20 m) |
| Range | 100 m |
| Communication | CAN bus-based digital wired bidirectional communication |
| Workspace Level | |
| Working height, max. | 4400 mm |
| Working depth, max. | 1500 mm |
| Working radius, max. | 3685 mm |
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Our Cases
Demolition Robot for Cement Plant Kiln Demolition: Safer and More Precise Solutions
In modern cement plants, kiln shutdowns, refractory replacement, and damaged lining removal are high-risk maintenance operations. Traditional manual demolition inside a rotary kiln exposes workers to heat, dust, falling debris, vibration, and confined-space hazards. This is why the demolition robot has become an increasingly practical solution for cement plant kiln demolition. When refractory materials must be removed quickly and precisely, a demolition robot can improve safety, reduce downtime, and deliver more controlled results than conventional methods.
How to Choose a Demolition Robot for Railway, Subway, and Road Tunnel Projects
Choosing the right demolition robot for tunnel work is not just about buying a compact machine with enough power. Tunnel conditions vary widely between railway, subway, and road projects, and the wrong equipment choice can reduce productivity, increase downtime, and create safety issues. A practical tunnel robot selection guide should evaluate tunnel type, machine size, boom reach, power source, attachment options, and the need for multi-functionality.
Building Demolition Method & Process
Building demolition is no longer limited to brute force and uncontrolled teardown. Today, contractors use a range of methods based on structure type, surrounding environment, height, materials, safety requirements, and project timeline. As urban construction becomes denser and safety regulations become stricter, the demolition robot is becoming an important tool in modern building demolition, especially for selective, indoor, and high-risk work.
Hitech Intelligent is committed to the research and development of key technologies and equipment for special robots in the field of extreme environment operations.
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