TrackReitar CleanField

TrackReitar CleanField

Thoroughly planned design made as simple as possible.

It can be equipped with night vision systems, video cameras, and other sensors.

The best basis in establishing a solid security system.

LeoTronics Robotics presents a model range of cost-effective mine clearance robots designed for humanitarian demining. This series is named TrackReitar CleanField and includes three models:

TrackReitar CleanField MH

TrackReitar CleanField MD

TrackReitar CleanField GPR

All TrackReitar Demining Series robots are built on the basis of the reinforced TrackReitar platform In close cooperation with the iTrend company , Slovakia. These machines come with a variety of attachments. With such multipurpose features, where the tool-attachment exchange takes only a few minutes, a large number of logistically demanding field operations (materials loading/offloading, terrain leveling, earthmoving, trench digging, etc.) are resolved. The system is remotely controlled to ensure maximum safety and security.

The Major Benefits of TrackReitar CleanField robots

There are about ten manufacturers on the market offering their robotic demining solutions. These heavy, expensive machines show high efficiency in defusing anti-tank mines but insufficient efficiency in combating anti-personnel mines. It is not always possible to use these excellent machines because they are not economically viable or cannot be used due to the very high cost of these deminers. In addition, highly qualified, specially trained personnel are required to operate these machines.

Leotronix demining robots occupy the niche of cost-effective, lightweight robots for generally humanitarian demining.

Efficiency is achieved by using three models of TrackReitar CleanField robots together and by the ability to use many robots at the same time.

After the TrackReitar CleanField MH disarms anti-personnel mines, the subsequent work is carried out more quickly and efficiently, as there is no risk of damage from landmines. In addition, these robots of small size can work in cramped spaces - where a large machine will not pass.

The relevance of such robots is confirmed by the research conducted by NATO in the project SPS G5731 Multi-sensor cooperative robots for shallow buried explosive threat detection DEMINING ROBOTS.

Cycled Task Solving

TrackReitar CleanField MH (MineHunter)

The first robot in this range was named TrackReitar CleanField MH. MH is the abbreviation from MineHunter.
Remotely operated demining robot TrackReitar CleanField MH intended to work primarily in areas contaminated with anti-personnel mines. Also, this robot can be used to neutralize tripwire mines without endangering a person. This wonderful machine can be used both during hostilities and for humanitarian demining. Demining system with the highest speed and efficiency in clearing anti-personnel mines, tripwire mines, and explosive remnants of war.
Mine clearance systems are intended for the destruction of anti-personnel and unexploded ordnance. TrackReitar MH can perform some engineering in addition to demining.
This machine is a rotating working body brought forward, to which dozens of chains with loads are attached. Such a machine easily neutralizes anti-personnel mines, destroying them or causing them to detonate.

TrackReitar CleanField MD (Metal Detector)

The second robot from this range is TrackReitar CleanField MD (Metal Detector). This machine is equipped with a special metal detecting sensor designed to find mines. This device can detect and provide 2D images of objects on or under the ground. Metal detectors are considered the most reliable sensors for mine detection work.

TrackReitar CleanField GPR (Ground-Penetrating Radar)

The third one is TrackReitar CleanField GPR, equipped with Ultrawideband impulse Ground-Penetrating Radar. This robot is intended to detect and define coordinates of subsurface objects with electrical properties that differ from the surrounding soil. The main purpose of this machine is to detect plastic antipersonnel mines (APMs) and improvised explosive devices (IEDs). Particular challenges for deminers are APMs and IEDs. Plastic APMs cannot be detected by metal detectors (MDs). IEDs are difficult to defend against because they can be made in different ways, using materials that are intended to shield them from detection. The best tool for such dangerous things is ground-penetrating radar.


trackreitar cleanfield
trackreitar cleanfield

Significant benefits of Firefighter Robot TrackReitar FFL

High cost-efficiency

Ability to repair in the field

Significant increase in clearing speed

Versatility - robots can be used to perform other tasks due to the possibility of equipping with interchangeable equipment


well-thought-out simple adjustable design
quick-change battery pack
multi-band communications
extremely accurate positioning with Madgwick IMU algorithm
intuitive operation

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