Deliveries of RTK "Depesha" to the troops

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Deliveries of RTK "Depesha" to the troops
The Depesha platform in transport configuration. Photo by Rostec


By now, the Russian defense industry has developed a number of different types of ground robotic systems. One of the latest products in this class is the remotely controlled multipurpose platform "Depesha". It was first presented last summer, and soon the first RTKs of this type entered the troops. This equipment successfully demonstrates its capabilities, and the industry continues production and deliveries.



First samples


The multipurpose RTK "Depesha" was developed recently by enterprises from the holding company "High-Precision Systems" (part of the state corporation "Rostec"). The official premiere of the new complex took place last year at the military-technical forum "Army-2024". Several versions of the new robotic platform with different target equipment were shown at the forum.

At that time, the "Depeches" were in the testing stage. In the conditions of the proving ground, they demonstrated their running and cargo characteristics. In addition, the use of various payloads for solving various tasks was being worked out.

It was assumed that in the near future the new RTKs would be sent to the Special Operations zone for testing in real combat conditions. Which versions of the "Depesha" could get to the front were not specified at that time, although various assumptions were made.

Robots in the army


According to known data, "Depeshi" began to arrive at combat units in early autumn or a little later. The servicemen quickly mastered this equipment and soon began to use it to solve various problems. It is known that the troops received RTKs in a transport configuration. It is possible that carriers of special equipment were also supplied.


"Dispatch" with ATGM. Photo "High-precision systems"

In early November 2024, two videos appeared on specialized resources, which demonstrated the use of the Depesha RTK in combat for the first time. In both cases, the robots in the transport configuration were captured on camera, but they solved different tasks.

Thus, one of the RTKs shown worked as a truck. In combat conditions, it got from the rear to the front and delivered the necessary supplies to our soldiers. In the second video, "Depesha" solved a more complex task: it was loaded with explosives and sent to the enemy's field shelter. The robot had to be sacrificed, but the object was destroyed.

The Ministry of Defense was satisfied with the results of using the new RTKs. Thanks to this, new orders for the supply of such equipment appeared, and they are already being successfully fulfilled. Thus, on January 9, the holding company "High Precision Complexes" reported the production and transfer of a new batch of "Depeche" to the customer. The size of this batch, for obvious reasons, is not specified. At the same time, the manufacturer noted that the RTKs are equipped with different payload options.

It is already clear what results the current measures and work will lead to. For example, the interest of the Ministry of Defense and the presence of a state order contribute to the continuation of serial production. Thanks to this, the number of "Depeshes" in the troops will constantly grow. At the same time, the capabilities of units and subdivisions in solving various tasks will grow and expand.


Reconnaissance robot. Photo "High-precision complexes"

It should be noted that "Depesha" is not the only modern domestic RTK of its class. There are several other similar platforms that are also of interest to the army and find their place in the troops. As a result, a mixed multifunctional park of RTK with wide capabilities is formed.

The platform and its capabilities


The basic configuration of the "Depesha" product is a multi-purpose platform on a wheeled chassis with remote control facilities. This RTC can be used independently or as a platform for installing various systems and modules that solve certain problems.

The design of "Depesha" is distinguished by a certain simplicity. The main elements of the RTK are made of available materials. Ready-made units and assemblies are also widely used. With all this, the project developers were able to achieve fairly high characteristics and wide capabilities.

The wheeled platform of the "Depeche" is built on the basis of a frame made of pipes. Various mechanisms and devices are placed in the lower part of the frame, and a platform for the payload is provided on top. Additional modules and systems are attached directly to the frame or with the help of auxiliary devices.

The dimensions and weight of the Depesha RTK depend on its configuration and intended tasks. On average, the length of the product is from 1,8 to 2 m, and the width is about 1 m. The equipped weight of the robot is unknown, but it can be estimated at several hundred kilograms. The payload is 100 kg.


Engineering RTK for remote mining. Photo by Rostec

The project envisages the use of an electric power plant. A set of batteries of sufficient capacity is mounted on the frame, which are responsible for the power supply of the running motors, control electronics and payload.

The Depesha RTK has a two-axle chassis. Each wheel is equipped with a built-in electric motor. Both axles have independent suspension with springs and vertical levers. On the highway, the RTK reaches speeds of up to 30 km/h. On the ground, the speed decreases, but the chassis design ensures high cross-country ability. Depending on the terrain and the specifics of the mission, the complex can operate on a single battery charge for several hours.

The RTK is equipped with a remote control system, which includes a communication system and actuators. In addition, to monitor the road, the robot is equipped with a course video camera. To control the "Depesha", the operator uses FPV glasses and a gamepad controller. When installing various payloads, additional means are required for the operator.

"Depesha" can perform various tasks. Thus, for transporting cargo, a flatbed body of sufficient area is installed on the frame. Instead of it, a stretcher for one wounded person can be mounted.

The Sova RTK is proposed for reconnaissance. A small-sized radar and an optical-electronic station are installed on the Depesha platform. This complex should help artillery or other divisions.


Combat use of "Depesha" as a kamikaze robot. Photo Telegram / Sashakots

At the Army-2024 exhibition, a combat version of the Depesha, equipped with an anti-tank missile, was presented. rocket complex. A module with a launcher for standard remote mining cassettes has been created for the engineering troops. The platform contains 9 cassettes that allow the installation of mines of various types.

Experience from other domestic projects shows that other payloads can be installed on the Depesha platform. These could be new reconnaissance assets, various types of weapons, etc. In addition, as demonstrated by the fighters participating in the Special Operation in November, a modern RTK can be effective drone- single-use kamikaze.

Big success


In recent years, the Russian defense industry has created a number of ground-based RTKs with different parameters and capabilities. The Depesha platform is one of the latest developments of this kind, and it can be considered one of the most successful. Thus, in just a few months, this complex has gone from its first display at exhibitions to the beginning of combat use and the receipt of a government order.

Rostec and High Precision Systems are currently mass producing new Depeche systems in various configurations and sending such equipment to the army. The number of these RTKs in the troops is gradually growing and giving them new capabilities. The potential of the new serial complex is already being used in the Special Operation and is helping to achieve its goals.
15 comments
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  1. +2
    13 January 2025 03: 57
    "Better late than never," but the speed of response from the relevant structures of the Russian Ministry of Defense is not encouraging.
  2. +4
    13 January 2025 05: 05
    The RTC is equipped with a remote control system, which includes a communication system and actuators.


    The main thing is to call it a "robotic complex" nicely. Maybe to sell it for more? But in essence it is a remote-controlled cart.
    1. +2
      13 January 2025 09: 47
      Quote: Konnick
      In essence, it is a remote-controlled cart.

      The price is probably the same as an airplane. It can't be any other way.

      It's high time to make something like this. The load capacity is like an electric scooter (even less!). The design is very simple, no rocket science required: a cart and a screwdriver on each of the four wheels! The motor-wheel was probably bought from the Chinese.
      But this thing is certainly necessary. And it certainly has a great future.
      1. +1
        13 January 2025 14: 15
        Quote: Stas157
        But this thing is definitely necessary.

        All that's left is to choose a good road for it, without blockages. Preferably, there shouldn't be any bricks either. Otherwise, at speed and with the mounted equipment, it will probably flip over.
        I don't understand our RTK developers at all. Is it really that hard to just make a universal robotic kit that could be easily installed on any armored personnel carrier, infantry fighting vehicle, self-propelled gun or tank? Even if you just remove people from there, the survivability of the equipment will increase many times over. Especially with combined radio and fiber optic communications. Why invent some kind of weakly protected platforms when everything already exists. Take the armor from storage, install the RTK kit and go ahead.
        1. 0
          13 January 2025 21: 31
          Yes, it seems like they are making a sapper tank (assault) with a trawl or a bulldozer blade and a shortened gun. Another thing is that it can take years to make, but the cart is simpler and also needed.
  3. +2
    13 January 2025 05: 18
    Both axles use independent suspension with springs and vertical levers. On the highway, the RTK develops a speed of up to 30 km/h

    Actually, the suspension is on doubles transverse levers, horizontal. And for speeds up to 30 km/h on the highway, and much less on rough terrain, there was no need to make suspension and equip the bogie drive with numerous hinges. It was easier to make a 6-wheel transporter with friction control without suspension and, most importantly, cheaper and more passable.
    1. +3
      13 January 2025 10: 46
      Quote: Konnick
      It was easier to make a 6-wheel transporter with friction control without suspension and, most importantly, cheaper and more passable.

      There is already a tracked version of the "Depeche" ... even with "fiber optic" control!
  4. +1
    13 January 2025 11: 07
    It seems like a good thing. It just needs to be equipped with a mechanism that will allow you to quickly, in a couple of movements, dump the batteries and electric motors, turning it into a simple cart, the wheels of which can be controlled manually, albeit with some difficulty. Because the batteries always run out at the hottest moment, and unloading, say, wounded from it would be very inconvenient. As well as leaving it to the enemy...
  5. 0
    13 January 2025 12: 43
    The welded platform in the first photo is tin. The designer who designed this needs to have a nail driven into his head.
    The persistent impression is that this is a complete amateurish thing, put together on the knee. And this is in the third year of the SVO.
    1. 0
      13 January 2025 17: 27
      Yes, it seems like a normal platform, it's not a church building. A bit weak at first glance, but it'll do, they'll strengthen it in the troops. I would call this cart "Snitch", look from a drone where this turtle will crawl, and here you have ready-made coordinates for artillery.
    2. +1
      13 January 2025 22: 04
      Any technology should be tested on developers. In this case, the developer should be tied up (like he's wounded and unconscious), put on a cart and sent across rough terrain. I'm sure he'll fall off the cart after 50 meters.
  6. +1
    14 January 2025 07: 35
    Battery robots have no future. We need internal combustion engines.
    1. 0
      14 January 2025 09: 50
      also a doctor (Pavel)
      Battery robots have no future. We need internal combustion engines.
      noiselessness
      good invisibility in the thermal spectrum.
      and these qualities are - continuous observation of a chain of drone streamers along the entire LBS.
      ICE needed - любые. undoubtedly.
      1. 0
        21 February 2025 23: 06
        The task of combat robots is not so much to perform combat missions, but to expose themselves to chimeras instead of living soldiers. Therefore, they must take not by camouflage, but by numbers. The enemy has 60 chimeras, we have a hundred robots. Forty of them will smoke and roar to the enemy positions and dump their ammunition on them. The task is accomplished, the enemy is destroyed, the chimeras are disarmed.
        Battery-powered ground drones simply cannot be produced in sufficient quantities. We can make up to a million ICE drones per year.
        .
        As for continuous surveillance, it only exists in your fantasies for now. At least, there is none on our side, as the breakthrough near Kursk showed.
  7. 0
    21 February 2025 23: 02
    Made a chassis for asphalt. Why make new chassis for war. Take civilian tractors and cars.
    .
    Oh, it’s difficult there, you need to make an automatic transmission there, the controls are complicated there...
    .
    Of course, it's much easier to take the control system from a battery-powered toy. And there are no development costs... And you can show off your innovations.