Analysis of the 100 kg dual warhead on the Geran-2 UAV.
Field images show that the Geran-2 suicide drone can carry two BST-52 warheads simultaneously, each weighing 50 kg. The "twin warheads in parallel" configuration increases the explosive payload and incendiary effect, but also requires technical integration and careful target selection.
Images obtained at the scene show that a Geran-2 suicide drone was mounted.two BST-52 warheadseach warheadweighing 50 kg, that is, the total mass of the warheads reached100 kgAccording to the source, the BST-52 produces an effect.powerful explosionthanks to the main explosive and the effectscausing firesthanks to propellant blocks in sealed compartments along with ignition propellant placed in storage chambers.
Overview of the Geran-2's "dual warhead" configuration.
In suicide drone systems, changes to the warhead often have a significant impact on combat effectiveness because they directly determine its performance.target typeanddamage levelThe Geran-2 case, as described in the source, is described as "not having an integrated dual-warhead design," butSimultaneously install two pre-installed warheads.boarded the same UAV.
Another expert source cited is a Telegram channel named"Colonel of the General Staff", stating that the use of dual warheads on Russia's Geran-2 was implemented within approximatelyone yearThis information is based on the aforementioned source and does not include quantitative data on the number or frequency of deployments.
The specifications of the BST-52 are as stated.
The source provided the dimensions and main components of the BST-52 warhead, allowing identification of a warhead component designed for integration.powerful explosionandcausing fires.
| Category | Information by source |
|---|---|
| Type of warhead | BST-52 |
| Warhead weight | 50 kg |
| Diameter | 300 mm |
| Length | 394 mm |
| Quantity of explosives | 35.4 kg |
| Explosive component (plastisol) | Octogen, barium perchlorate, aluminum powder, ethylene glycol dinitrate |
| Detonator | The "Type 493M" electronic detonator is located at the bottom. |
Damage mechanism: why the dual-warhead configuration is noteworthy.
According to the source description, the effect of BST-52 consists of two parts: (1)powerful explosionfrom the main explosive; (2)causing firesThanks to the propellant blocks in the sealed sections and the ignition propellant in the storage compartment. With this mounting configuration.two parallel warheads, technically it is possible to create:
- Increase the total amount of explosives carried.Each BST-52 contains 35.4 kg of explosive, so two of them together have a higher total explosive content compared to a single warhead of the same type.
- Increased risk of fire after explosion.If the ignition components function as described, the probability of ignition and the extent of the fire may increase with greater amounts of ignition material/propellant.
- Diversify the impact on the goal.The combination of explosive and incendiary devices is usually aimed at targets with flammable structures or materials; however, the actual effectiveness depends on the impact conditions, approach angle, and target characteristics.
It should be noted that the source does not provide experimental data or assessments of the target's consequences after being hit; therefore, the above observations are limited to explaining the mechanism based on parameters and describing its structure.
Technical integration: "dual warhead" assembly method.
Sources indicate that Geran-2 developers have chosen a particular direction.fitted with two pre-manufactured warheads.Instead of developing a new integrated dual-warhead, this approach often has the advantage of...shorten deployment timeThis is achieved by utilizing existing production lines, but technically, integration requirements may arise, such as:
- Reinforce the nose mount/frame.to withstand the load and vibrations during flight.
- Optimal balance and aerodynamicsThe placement of two large masses horizontally could affect flight stability.
- Synchronizing detonators(if detonated almost simultaneously) to achieve the desired effect.
The points above are general technical inferences derived from the principle of load integration; the source does not detail how Geran-2 handles these problems.
Contact us for information regarding liquid incendiary warheads.
The source also mentioned that in October, media reported that Russia had finalized a new, improved version of the warhead for the Shahed (Geran-2) suicide drone, which uses...flammable liquid mixtureAccording to the source, this warhead "has no official designation" and is described as having a reddish-brown liquid mixture.maybeIt is napalm.
Compared to the two BST-52 configurations, the "flammable liquid mixture" approach (if more widely confirmed) reflects the trend toward optimizing the post-impact ignition effect. However, the source does not currently provide data on mass, spray/spreading mechanism, or mixture stability, so quantitative comparisons are not yet possible.
Operational implications at the principle level
Based on the available data, one key point can be drawn: changing the warhead configuration on suicide drones like the Geran-2 is a direct way to adjust it.firepowerwithout necessarily changing the flight platform. However, the ultimate effectiveness still depends on many variables not mentioned in the source, including accuracy in approaching the target, air defense conditions, and the degree of compatibility between the warhead and the type of target.
