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A Russian FPV incendiary warhead is assembled using a length of solid rocket fuel scavenged from Grad 122 mm rockets. The fuel is ignited by an electric match paired with the modified mechanical detonator from a UZRG-M grenade fuze, as shown in the quote tweet. 1/

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27,894 görüntüleme • 11 ay önce •via X (Twitter)

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Using the same Grad rocket propellant an incendiary drone bomb is made. It is ignited by a standard UZRG-M fuze, complete with its 3–4 second delay. 2/

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Another Grad propellant bomb version dropped at night allows the thermal camera to reveal the spreading fire in a building caused by the burning fuel. 3/

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A length of Grad fuel is cut into quarters for lighter bombs apparently to be carried by smaller drones. 4/

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With the huge numbers of FPVs expended every day, electric detonators are becoming scarce. Here a Russian painstakingly removes the primer from the mechanical detonator of a UZRG-M grenade fuze. This allows an electric match to be inserted, creating an ersatz electric detonator.
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With the huge numbers of FPVs expended every day, electric detonators are becoming scarce. Here a Russian painstakingly removes the primer from the mechanical detonator of a UZRG-M grenade fuze. This allows an electric match to be inserted, creating an ersatz electric detonator.

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A Russian incendiary grenade for dropping from a drone. The explosive material is from a TBG-7 thermobaric warhead. The plastic crosses over the UZRG-M grenade fuze break on impact to release the handle.

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A Russian takes apart the thermobaric warhead from a TBG-7 rocket to make drone bombs. He repacks the thermobaric compound into 0.5L energy drink cans. The fuze is a UDZ from a RGN grenade, and ZTP delay fuze, but with the detonator capsule replaced with gunpowder strips. 1/2

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Watch the ignition of a German DM82A3 fuze used with the DM-51 hand grenade (the detonator has been cut down for safety). The delay is about 3.5 seconds, and the initiation of the delay is silent—unlike the loud pop of the ubiquitous Russian UZRG-M grenade fuze.
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The Russians modify a warhead from a captured Carl Gustaf recoilless rifle for installation on an FPV drone. An electric contact sensor is armed when a non-conductive piece of plastic is removed from the wired jaws of the clothespin, and is tested here with an electric match. 1/
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The Russians modify a warhead from a captured Carl Gustaf recoilless rifle for installation on an FPV drone. An electric contact sensor is armed when a non-conductive piece of plastic is removed from the wired jaws of the clothespin, and is tested here with an electric match. 1/

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A Russian disarms the 90 kg warhead of a crashed “Geran-2” (Shahed) that failed to reach Ukrainian territory. The warhead is designated as “TB-90”, a fragmentation-thermobaric munition different than the KOFZBCh-90 in the quote, with an NU-17 fuze. 1/

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Destruction of a Russian BM-21 grad by a Ukrainian FPV drone. The rocket artillery was detected while firing its salvo and got hit in the fuel tank, burning down.
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FPV operators from the 47th Mechanized Brigade flew an FPV drone with an incendiary warhead into a barn full of Russian soldiers. I guess that those that were inside, didn't make it.
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A Russian demonstrates the functioning of a Ukrainian electronic fuze for FPV warheads with a piezoelectric impact actuator. An arming delay begins at battery insertion, and there is a safety feature of joining 2 wires. A sharp tap to the piezo device initiates the detonator.
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A Russian demonstrates the functioning of a Ukrainian electronic fuze for FPV warheads with a piezoelectric impact actuator. An arming delay begins at battery insertion, and there is a safety feature of joining 2 wires. A sharp tap to the piezo device initiates the detonator.

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