Robot "Snake Gorynych": a revolution in minefield clearance

Mines and unexploded ordnance remain a deadly threat decades after the end of military conflicts. According to the UN, thousands of civilians are killed and maimed by explosions every year, and manual clearance of areas takes months and even years. Under these conditions robotic systems are becoming a key tool to speed up and improve the safety of mine clearance. One of the most promising projects in this area is a Russian robot "Snake Gorynych", designed specifically for the inspection and neutralization of explosive objects.

The robot concept is based on a modular, remote-controlled platform that can adapt to different types of terrain, from urban ruins to forested areas. Unlike foreign analogues, “Zmey Gorynych” combines multifunctionality, high cross-country ability and autonomy, which allows it to be used not only for mine clearance, but also for search and rescue operations. It is important to note that the robot has been tested in real conditions, including combat zones, where it has confirmed its effectiveness.

In this article we will look in detail at:

• 🔧 Specifications and design features of the robot
• 💥 Principles of mine detection and clearance with minimal risk for operators
• 📊 Comparison with foreign analogues and traditional mine clearance methods
• 💰 Economic feasibility use of robotics in humanitarian missions

Design and technical characteristics of the “Snake of Gorynych”

Robot "Snake Gorynych" built on a tracked platform with independent suspension, which ensures overcoming obstacles up to height 50 cm and slopes up to 45°. The body is made of armored composite materials that can withstand explosions up to 200 g in TNT equivalent at a distance 1 m. This allows the robot to work in highly explosive environments without critical damage.

Main technical parameters:

• 📏 Dimensions: 1200×800×600 mm (length × width × height)
• ⚖️ Weight: to 180 kg (depending on configuration)
• 🔋 Autonomy: to 8 hours continuous operation from lithium-ion batteries
• 📡 Control range: to 1.5 km over an encrypted radio channel

The special feature of the robot is modular equipment system. Depending on the task, you can install on the platform:

• 🎥 Manipulator with grippers to move suspicious items
• 🔍 GPR and a metal detector to search for mines in the ground
• 💣 Explosive device for controlled detonation of ammunition
• 📹 360° cameras with thermal imaging and multispectral modes

Used for control remote control with haptic feedback, which transmits vibrations to the operator when the manipulator comes into contact with objects. This allows you to more accurately estimate efforts when working with explosive objects. The robot also supports semi-autonomous modewhen he independently avoids obstacles along a given route, and the operator controls only key actions.

Principles of mine detection and clearance

Demining process using "The Snake of Gorynych" consists of several stages, each of which minimizes the risk to humans. First of all, the robot conducts initial scanning of the territory using built-in sensors:

• 📡 Radar module detects metal and plastic mine casings at a depth of up to 30 cm.
• 🔦 Laser scanner creates a 3D map of the area for route planning.
• 🎯 Chemical sensors detect traces of explosives in the air.

After detecting a suspicious object, the robot proceeds to detailed analysis. The operator can use the manipulator to carefully examine an object or activate x-ray module (optional), which allows you to “illuminate” an object without physical contact. If a mine is identified, one of the disposal methods is used:

1. Controlled detonation using a directed charge (used for mines with unstable detonators).
2. Mechanical failure manipulator (for housings with low sensitivity).
3. Chemical neutralization (for improvised explosive devices).

A unique feature of “Zmey Gorynych” is the “electromagnetic trap” system, which allows you to remotely initiate the detonation of radio-controlled mines without risk to the robot. This is especially true in modern conflicts where remote-controlled improvised explosive devices (IEDs) are widely used.

⚠️ Attention: When working with cumulative type mines (for example, PTM-3), it is prohibited to use the manipulator for direct contact - even light pressure can trigger an explosion. In such cases, only targeted detonation is used.

Comparison with foreign analogues and traditional methods

Traditional manual demining is a slow and extremely dangerous process. Sappers, armed only with probes and metal detectors, risk their lives with every step. The average speed of cleaning an area manually is only 20–50 m²/hour, while robots like "Snake Gorynych" increase this figure to 200–500 m²/hour depending on the complexity of the terrain.

For comparison, let’s look at the key characteristics of popular foreign robots:

Model	Country	Patency	Autonomy	Cost (approx.)	Features
TALON	USA	Medium (obstacles up to 30 cm)	up to 6 hours	$120 000	Modular platform, widely used in the US Army
PackBot	USA	High (tracks with active suspension)	up to 8 o'clock	$200 000	Used in Afghanistan and Iraq, supports autonomous navigation
DOK-ING MV-4	Croatia	Very high (overcomes vertical walls)	until 10 o'clock	$250 000	Specialized for urban conditions, booking up to STANAG 4569 Level 3
Zmey Gorynych	Russia	High (obstacles up to 50 cm, slopes 45°)	up to 8 o'clock	~₽12 000 000	Universal platform, IED electromagnetic neutralization system

Main advantage "The Snake of Gorynych" compared to foreign analogues - price/functionality ratio. For example, American PackBot costs almost 2 times more, but does not have a built-in system for neutralizing radio-controlled mines. In addition, the Russian robot is adapted to work in extreme climatic conditions (from -40°C up to +50°C), which is critical for the regions of Siberia or the Middle East.

Compared to bomb disposal dogs, robots do not get tired, do not require rest and can work in areas contaminated with chemicals. However, robots cannot yet completely replace canine handlers with dogs - animals are better at detecting mines with a minimal metal content (for example, plastic anti-personnel mines).

Applications: from military operations to humanitarian missions

Initially "Snake Gorynych" was developed for the needs of the Russian Ministry of Defense, but today it is actively used for civilian purposes. Main areas of application:

• 🪖 Combat: demining occupied territories, neutralizing unexploded shells and booby traps.
• 🏙️ City infrastructure: checking destroyed buildings, bridges and tunnels for explosive devices.
• 🌍 Humanitarian demining: clearing farmland, schools and hospitals in post-conflict regions (for example, Syria or Nagorno-Karabakh).
• 🚧 Emergency situations: search for explosive objects after terrorist attacks or man-made disasters.

One successful example is the use of a robot in Syrian Arab Republic, where since 2018 “Serpent Gorynych” has participated in demining residential areas of Aleppo and Deir ez-Zor. According to the Russian Center for the Reconciliation of Warring Parties, in 2 years more than 12 000 explosive objects, including homemade mines and aerial bombs.

In the civilian sector, the robot is used EMERCOM of Russia to eliminate the consequences of terrorist attacks. For example, after the explosion in the St. Petersburg metro in 2017, similar robots (prototypes of “Snake Gorynych”) scanned the station for secondary explosive devices.

⚠️ Attention: When working in densely populated areas, it is necessary to coordinate the robot's route with local authorities in advance - the sound of tracks and scanning equipment can cause panic among the population.

Economic efficiency: why robots are cheaper than human lives

At first glance, the cost "The Snake of Gorynych" (about 12 million rubles) seems high. However, when calculating total cost of ownership (TCO) Robotics turns out to be more profitable than traditional methods. Let's look at the key factors:

• 💸 Loss reduction: Training one sapper costs ~500,000 rubles, and his death or disability costs the state 10–30 million rubles (compensation, treatment, pensions). The robot excludes human casualties.
• ⏱️ Speeding up work: Cleaning 1 hectare of territory manually takes 2–4 weeks, the robot copes with 3–7 days. This is critical to rebuilding infrastructure.
• 🔄 Reusable: Average robot lifespan - 7–10 years with proper maintenance. During this time, he can defuse thousands of mines.

For comparison, the cost of demining 1 km² manually in post-conflict zones reaches $1–2 million (according to the UN). The use of robots reduces this amount by 30–50%. For example, in Colombia, where after the conflict with the FARC more than 10,000 km², the use of robots has saved hundreds of millions of dollars.

Provides additional savings modular design. Instead of purchasing separate robots to search, neutralize and transport mines, Zmey Gorynych performs all tasks on one platform. This reduces logistics costs and simplifies operator training.

The hidden costs of traditional demining

In addition to direct costs for sappers, the cost includes:

- Evacuation and treatment of victims (the average cost of prosthetics is ~$15,000).

- Downtime of equipment due to slow cleaning of areas (for example, the inability to restore roads).

- Social payments to the families of deceased sappers (in Russia - up to 5 million rubles).

Development prospects and future modifications

Developers "The Snake of Gorynych" (company "Android technology" with the support of the Foundation for Advanced Research) are already working on new modifications of the robot. Among the planned improvements:

• 🤖 Artificial Intelligence: implementation of neural networks for automatic recognition of mine types from images (accuracy already reaches 92% on test sets).
• 🚁 Unmanned mode: the ability to work as part of a swarm of robots with centralized control via satellite communications.
• ☢ Radiation protection: adaptation for mine clearance in areas with high background radiation (for example, the Chernobyl zone).
• 🔋 Hybrid engine: combination of electric drive and diesel generator to increase autonomy up to 24 hours.

Particular attention is paid miniaturization. In 2026, a light version of the robot is expected to be released weighing up to 50 kg, which can be transported in a backpack or dropped from a drone. This is critical for working in mountainous areas or dense forests, where bulky equipment is useless.

Another direction - UAV integration. In the future, “Serpent Gorynych” will be able to interact with drones, which will conduct preliminary reconnaissance of the territory and transmit the coordinates of suspicious objects directly to the robot’s guidance system.

Arrival at the demining site|Checking the battery charge and integrity of the tracks|Calibration of sensors (ground penetrating radar, metal detector)|Test of communication with the control panel|Checking the operability of the manipulator and explosive module

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How to become an operator of “Snake Gorynych”: training and certification

Operating a mine clearance robot requires special training. In Russia, operator training is carried out by Engineering Troops Training Center (Kostroma) and private companies accredited by the Ministry of Defense. The course includes:

• 📚 Theoretical part: studying types of mines, principles of robotics, safety rules (72 hours).
• 🎮 Practical lessons: controlling a robot at a training ground simulating real conditions (120 hours).
• 💣 Special training: training in methods of neutralizing various types of ammunition (40 hours).

The cost of training for civilian specialists is approx. 250,000 rubles, for the military - free of charge as part of the service. Upon completion of the course you will be issued certificate of operator of robotic systems, valid 5 years. It is important to note that working with explosive objects also requires clearance from the Ministry of Emergency Situations or the Ministry of Defense, which is issued after checking psychological stability and physical fitness.

Operators of “Zmey Gorynych” are in demand not only in Russia, but also abroad. According to International Committee of the Red Cross, the demand for humanitarian demining specialists will increase by 40% by 2027 due to the increase in the number of post-conflict zones. The salary of an experienced operator in international missions reaches $5 000–8 000 per month.

⚠️ Attention: Self-training to control a robot without certification is prohibited - this is classified as a violation of Articles 222 and 223 of the Criminal Code of the Russian Federation (illegal handling of explosives).

FAQ: Frequently asked questions about “Snake Gorynych”

🔹 Can a robot defuse all types of mines?

No, there are restrictions. “Snake Gorynych” is effective against most anti-personnel and anti-tank mines (PMN, PTM-3, MON-50, etc.), as well as improvised explosive devices (IEDs). However, it is not designed to work with chemical munitions (for example, cluster bombs with toxic substances) - this requires specialized robots with sealed housings.

Difficulties also arise with mines non-metallic composition (plastic, wood), which are poorly detected by ground penetrating radar. In such cases, a combination of a robot and demining dogs is used.

🔹 How much does it cost to maintain a robot?

Annual maintenance of the “Snake Gorynych” costs 800,000–1,200,000 rubles. This amount includes:

• Replacing worn tracks and bearings
• Sensor calibration and electronics testing
• Software update
• Replacement of batteries (every 3–4 years)

With intensive use (more than 500 hours per year), costs may increase by 20–30%.

🔹 Is it possible to buy “Snake Gorynych” for commercial use?

Yes, but with a number of restrictions. The robot belongs to dual-use products, therefore its sale is regulated by the Federal Service for Military-Technical Cooperation (FSMTC). To purchase you need:

1. Get permission to Rostechnadzor (for civil organizations).
2. Conclude an agreement with the manufacturer for maintenance and training.
3. Provide guarantees that the robot will not be used for military purposes (for foreign buyers).

Cost for commercial customers starts from 15 million rubles (including VAT). Civilian buyers include mining companies (for clearing unexploded ordnance at old sites) and emergency services.

🔹 How does a robot behave in an electronic war?

"Zmey Gorynych" is equipped secure communication channels with standard encryption GOST R 34.12-2015. However, failures are possible in active electronic warfare (EW) zones. For such cases the following are provided:

• Reserve wired control channel (cable 100 m long).
• Autonomous mode along a pre-loaded route.
• System emergency detonation robot when captured by the enemy (optional for military modifications).

In Syria, robots worked successfully in conditions of active use of electronic warfare, but preliminary reconnaissance of interference frequencies was required.

🔹 What alternatives exist for individuals or small businesses?

For non-military tasks (for example, searching for unexploded ordnance in summer cottages or construction sites), more affordable solutions are suitable:

• 🔍 Portable metal detectors (for example, Minelab F3 or Garrett AT Pro) - from 50,000 rubles.
• 🤖 Small robot bombers (for example, Telerob tEODor) - from 3 million rubles.
• 🐕 Sapper dog training (together with the instructor) - from 800,000 rubles.

Important: Any work with explosive objects must be agreed with Ministry of Emergency Situations or police. Independent mine clearance is punishable by law!