HCR260D Heavy-duty Demolition Robot for Construction
Item No :
HCR260D
Weight :
4280kg
Specifications :
3768 mm × 1210 mm × 1631 mm
Power :
30 kW
Transport Package :
Steel bracket wooden cases
Warranty :
1 year
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Contact usThe HCR260D construction demolition robot is Hitech Intelligent hydraulic demolition robot. It is designed to perform dangerous demolition and dismantling jobs in hazardous environments in place of human.
The demolition robots modular and durable design allows for easy maintenance and part replacement to limit downtime. Its variety of attachments like hydraulic hammers, buckets and grapples enable it to accomplish any demolition job. An intelligent control system gives operators efficient and precise control of the robot for optimized productivity and safety.
The HCR260D remote demolition robot hydraulic demolition robot performs difficult demolition jobs in harsh environments. It provides significant force and reliability to minimize risks and accomplish the work.
Key Features:
- Heavy-duty hydraulic actuators and durable steel structures
- Precise hydraulic manipulators with multiple degrees of freedom
- Advanced hydraulic hammer with high frequency and low vibration
- Environmental protection systems for dust control and noise reduction
- Intelligent control systems for efficient and safe operations
- Modular design for easy maintenance and parts replacement
Main Applications:
- Building demolition: The 6 m high, 58 m long robotic arm is suitable to demolish multi-story buildings floor by floor.
- Industrial dismantling: The HCR260D can dismantle massive industrial structures like rotary kilns, furnaces and pipelines.
- Underground engineering: The robot is capable of breaking ore bodies and demolishing tunnels.
- Nuclear decommissioning: The HCR260D provides remote solutions for hazardous nuclear dismantling.
The HCR260D construction demolition robot is a heavy-duty demolition robot designed for high productivity, safety, and reliability in hazardous conditions. Its combination of power, durability, precision and intelligent control allows it to take on demanding demolition work that humans should avoid.




| Performance | |
| Machine weight | 4280 kg |
| Transport speed | 2.5 km/h |
| Slewing speed | 16 s/360° |
| Climbing inclination, max. | 30° |
| Track width | 300 mm |
| Ground clearance | 210 mm |
| Hydraulic system | |
| Pump type | Load-sensing Pressure Limiting Axial Piston Variable Pump |
| Pump flow | 0~83 L/min |
| System pressure, max. | 23 Mpa |
| System pressure | 19 Mpa |
| Hydraulic oil tank capacity | 95 L |
| Dynamical System | |
| Drive Type/Model | Motor Driven |
| Power | 30 kW |
| Starting device | Direct start |
| Control system | |
| Control type | Portable remote control |
| Control mode | Radio |
| Range | Up to 100 m |
| Communication | CAN bus-based Digital Wireless Two-way Communication |
| Workspace Level | |
| Working height, max. | 6270 mm |
| Working radius, max. | 5896 mm |
| Working depth, max. | 3230 mm |
Size:

Range:

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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.








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