TechDrone warfare: Ukrainians deploy unstoppable thermite strikes

Drone warfare: Ukrainians deploy unstoppable thermite strikes

Ukrainians tirelessly experiment with using drones for new tasks. The latest is using drones to drop incendiary thermite, which cannot be extinguished. We present the performance of this weapon and the background of its use.

A Ukrainian drone with a thermite charge during a raid on Russians.
A Ukrainian drone with a thermite charge during a raid on Russians.
Images source: © x (formerly Twitter) | MilitaryNewsUA
Przemysław Juraszek

12 September 2024 19:03

Ukrainians conceptually use FPV drones and larger types like "Baba Yaga" as a substitute for precision weapons that are not available in sufficient quantities, such as anti-tank guided missiles or guided mortar or artillery shells.

The first versions of drones had a range of several hundred metres, and current units are said to have a range of up to even 10 kilometres. Additionally, with the support of Western countries, Ukrainians are working intensively on using artificial intelligence to ensure autonomous operation in the final phase of the flight or are using fibre optic cables instead. Electronic warfare systems cannot jam such drones, and the only form of defence remains kinetic destruction.

Apart from reconnaissance or attacking Russian vehicles or even individual soldiers, drones are also used to destroy Russian defensive positions in the forest using incendiary weapons. In the video below, you can see a drone raid with thermite on a line of trees where Russians are believed to be hiding. The thermite was likely in a ceramic bucket hanging under the drone with a hole at the bottom.

Thermite as an incendiary weapon — an old but still very effective solution

The Ukrainians used thermite in an attack on Russian fortifications in a line of trees, which is well known in welding and incendiary weapons commonly used during, among other conflicts, World War II. Thermite is a mixture of powdered aluminium and iron oxide (rust) plus, for example, magnesium in the form of an igniter. This is necessary because the ignition of thermite requires about 1,000 degrees Celsius, after which it burns at temperatures of even over 3,000 degrees Celsius.

During a violent reaction, molten metal is scattered over the surrounding area. In essence, thermite cannot be extinguished even by cutting off oxygen (it is embedded in the structure of thermite). Such properties allow it to burn through even reinforced concrete fortifications or tank armour if there is enough thermite mixture on a given spot.

Attempts to extinguish thermite with water can prove even more catastrophic because, at very high temperatures, water molecules break down into oxygen and explosive hydrogen. In practice, it is recommended to simply let thermite burn out.

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