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A modular, remotely operated robotic machine designed for safe deployment in hazardous environments. It can be flexibly adapted to in-field needs and perform a variety of tasks depending on the situation at hand. It was built primarily for demining, but you can adapt it for various engineering purposes – earthmoving, milling, loading...
280 kW / 375 HP
14 700 kg
3 000 kg
≈10 L/h / až 10 h
Remote operation up to 6.5 km, reliable even in jammed environments
280 kW (375 HP) of power, 42 MPa working hydraulics with a flow rate of 360 L/min
Typical consumption of 10 L/h. Up to 10 hours of runtime on a single tank under load
The Invitech iRMP-3 was developed as a rugged, modular robotic platform for work in demanding and hazardous environments. Thanks to remote control, powerful hydraulics, and interchangeable work modules, it can carry out tasks where operator safety, performance, and adaptation to the mission at hand are decisive. From demining to earthmoving, milling, loading, and handling – the iRMP-3 offers a versatile solution for professional deployment in the field.
Designed for work in contaminated and dangerous environments, where the machine works in place of a human.
One chassis, five configurations: demining unit, miller, excavator, loader, and manipulator, as needed in the field.
A lifting force of 110 kN and a traction force of nearly 69 kN handle demanding earthmoving and engineering work.
Low failure rates and easy on-site maintenance reduce downtime and logistical demands.
| Engine power | 280 kw / 375 hp |
|---|---|
| Maximum power at | 2200 ot/min |
| Operating weight | 14 700 kg |
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| Load capacity | 3 000 kg |
| Tipping load | 3 500 kg |
| Length | 7224 mm |
|---|---|
| Width | 2200 mm |
| Height | 2492 mm |
| Working unit width | 3400 mm |
| Bucket capacity | 0,85 m³ |
| Bucket capacity (heaped) | 0,98 m³ |
| Drive pressure | 42 MPa |
|---|---|
| Working hydraulics pressure | 42 MPa |
| Working hydraulics flow rate | 363 l/min |
| Max. forward speed (1st and 2nd gear) | 3 to 8 km/h |
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| Maximum traction force | 68,79 kN |
| Lifting force | 110 kN |
| Boom raise | 6,5 s |
| Boom lower | 4,3 s |
| Bucket close | 5,2 s |
| Bucket dump | 4,5 s |
| Fuel tank | 450 L |
|---|---|
| Average consumption | 10 l/h |
| Remote control range (S+A) | 1 / 6,5 km |
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| Digging depth | 50–350 mm |
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The iRMP-3 is designed so that most service interventions can be carried out directly at the place of deployment — without needlessly moving the machine out of the hazardous environment.
The machine's design allows quick access to key components and assemblies. This shortens maintenance time and any field repairs.
Thanks to its low failure rate and easy maintenance, the iRMP-3 stays in service longer. That means less downtime and higher machine availability throughout the mission.
The iRMP-3 is designed as a modular robotic platform that turns a single remotely operated chassis into a specialized machine according to the mission at hand. Thanks to powerful hydraulics and quick swapping of work modules, the operator can adapt the machine to a given task directly in the field — from demining and earthmoving to load handling
The platform's main module, designed for safe clearing of contaminated terrain. The 3,400 mm-wide working unit processes the soil to a depth of 50–350 mm and removes explosive devices without an operator present in the hazardous area.
A rugged miller for breaking up and processing hard surfaces, overgrown soil, or compacted layers. Suitable for terrain preparation and as a complement to demining work in demanding conditions.
A module for precise earthmoving — trenching, digging, and terrain shaping. It lets the machine work where controlled digging is needed instead of bulk loading.
A powerful 0.85 m³ bucket for earthmoving, loading, and moving bulk material. Its 110 kN lifting force handles even demanding cycles during remediation and construction operations.
A robotic arm for gripping and handling bulky or hazardous material. It extends the platform with precise remote operations — from relocating loads to working with payloads in hazardous environments.
A hydraulic auger for drilling holes into the ground — setting posts, foundation work, or preparatory engineering tasks.