TrackReitar Police

trackreitar police

LeoTronics, a company that focuses on popularizing robots as a form of disaster response and now, as a tool for security forces, created TrackReitar Police. Our service robot is equipped with a ballistic shield as a mobile protection tool. The ballistic shield aims to protect SWAT teams from bullets, shrapnel, and other objects that can harm anyone during community policing operations.

Thoroughly planned design made as simple as possible.

Can be equipped with any equipment and actuators for your tasks.

A customizable platform for your applications.


Trackreitar Police
TrackReitar Police

The power of AI security robots

Defense robots from LeoTronics are equipped with AI to gather and analyze information. AI helps military and defense robots or machines collect data, study it, and send it to receivers. AGV applying AI is possible by programming software tested to analyze images using cameras and send accurate and seamless information to everyone. If this is successful, humans and defense robots can be one to make strategies for a more effective response once there is a threat to everyone's security.

Programing an AI autonomous robot to help secure humans is not an easy task. Like any other human, machines also undergo training to program appropriately to do a specific job. At first, we can train security robots to guard a particular area in a city together with the police, for example. As they continuously protect this area, the mobile robot will make further adjustments, and it will slowly adapt itself to add more measures to further improve protection in the area.

In a sense, these AI vehicles can now adjust and learn to certain situations that can make or break their ability to detect threats and protect law enforcement forces. For example, the robot can be equipped with a siren, which will turn on under certain conditions, or powerful spotlights that will not allow intruders to aim a shot at a police officer.

The primary feature set for autonomous Police Robot includes:

  • Laser radar (lidar), which allows you to scan spaces for extraneous objects and subjects

  • A set of cameras (optical, infrared, etc.). It is one of the main attributes of a high-tech security system. Artificial intelligence uses high-definition cameras to identify threats to people and infrastructure.

  • Various sensors (temperature, poisonous gases, and so on) to monitor fire and biological safety. They also include recording devices and audio sensors.

  • Artificial intelligence mechanisms, in most cases, have a built-in microphone. The device records all ambient sounds occurring in abnormal situations. Modern systems recognize glass breaking, front door breaking, and abnormal activity around the house.

Aside from AI and software, the hardware is also essential in determining the effectiveness of the security robot.


Due to various experiments from different engineers, some parts of the world have innovated military robots that can become security entities. One that is equipped to protect a human from the extreme dangers of the world.

With innovation, humans can now test the boundaries of technology and be continuously inspired by it. Unmanned Ground Vehicles, or UGVs, are feats inventors and engineers achieved in making life easier for humans.

UGVs, also known as self-guided vehicles or ground robots, is equipment made as carriers that can carry goods, materials, or payloads in autonomous mode. UGVs are commonly used in open spaces but can be used in factories, distribution centers, manufacturing offices, warehouses, etc. Without UGVs, humans would have to move different goods on their own, or they would have to use heavy machinery driven by humans, which means more work for them.

Autonomous robots are particularly effective in transporting people and goods by land and in the future, in the air, and even in the airspace.

The shipping industry is also in the process of developing and implementing computerized ship control systems. The world's leading commercial shipping industry suppliers believe that a crewless and remotely piloted vessel will be safer and cheaper than a conventional one.

Unmanned ships will reduce the cost already at the time of their construction: their construction does not include a bridge and rooms where the crew lives. Consequently, expenses for installation and further maintenance of power, water, and air conditioning systems are excluded. The absence of a team will also influence the cost of cargo transportation. The design of the ship results in lower fuel consumption. Thus, before loading, they will be 5 % lighter than usual, and consequently, fuel consumption will be reduced by 12-15 %. As a result, an unmanned ship will be able to make longer crossings, which will increase efficiency; in addition, it will be able to take on more cargo, thereby expanding the shipowner's profits.

But now, being a carrier is not the only thing UGVs can do. Autonomous cars operate in industries such as farming, inventory management, and construction.

Through innovation, AI, and experimentation, humans can now use UGVs as a robot that people can use for security. Since it is an UGV, businesses can also use it as a carrier and as a form of protection. In this way, humans can utilize more of their workforce, which also lessens the possibility of them being at risk.


With the rise of security robots, more versions were made to amplify further the call for making robots and humans work as one. One of them is the mobile robots as police robots from LeoTronics.

The base of TrackReitar Police is the vehicle of the police robot. Attached to the base frame of the police robot is a ballistic shield that can be brought into a position in a matter of seconds.

The TrackReitar Police is equipped with powerful external light to illuminate the darkness. The light can help the police track their footsteps, making responding to tight clearing operations easier. Police can also use the lights to confuse the attackers in their surroundings, which can be advantageous.

The TrackReitar Police weighs 145kg, and it moves at a maximum speed of 10km/h. The dimensions of the police robot are 1000(L) x 780(B) x 1600 (H), which makes it easier to transport. It has a simple design which makes it a powerful tool for protection.

How automated robots help policemen

Today's technological solutions are robotic complexes that perform individual police functions, such as surveillance, identification, receiving reports, physical, mostly non-lethal, impact on offenders, etc.

The most common police robots are those capable of performing the following tasks:

Robotic sappers

The most popular robots are blowing up suspicious objects and deactivating explosive devices. For this purpose, as a rule, the police choose compact models to get under cars and penetrate various premises. Robots are often equipped with microphones and two to four cameras that transmit images to the control center and robust sensors that determine the chemical composition of the bomb. The type of explosive determines the choice of different tactics - detonation or in-situ disarming.

Reconnaissance robots

Sometimes robots help the police not take risks and act as carefully as possible during hostage-taking. Simple models with panoramic cameras and powerful microphones can estimate the number of hostages and the situation inside the building, negotiate with the captors, and deliver food and medicine on demand. Sophisticated reconnaissance robots can open doors, break through walls, and break glass to enter confined spaces.

Robots that can see in the dark

A particular type of robot helps police assess the situation in deplorable visibility conditions, such as total darkness. A unique optical system allows the operator, sitting at the control panel, to see clearly what is inaccessible to the human eye. It makes it much easier to conduct risky police operations.

A robot patrol officer

Now you can find robots that are not connected to any operators but move and analyze all the data independently. Their main task is to analyze data (noise, what is going on around them, temperature changes), assess the situation as calm or dangerous, and, if necessary, send an urgent notification to the security service.

Traffic robot

Such robots can control automobile traffic. They work like traffic lights at intersections with particularly chaotic traffic. Green, yellow, and red lights are placed on the robots' back, chest, and arms. On their bodies are surveillance cameras that record traffic violations and promptly send the data to the police station.

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