M1729 BLE-G: Difference between revisions
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Continuator (talk | contribs) (Created page with "{{Benacian Union article}} The '''M1729 Bränsle-luften-explosiv granat''' (fuel-air-explosive grenade), developed by Elwynn High Tech Engineering, is a cannister device carrying an explosive charge capable of generating thermobaric effects in near proximity, especially within confined spaces. ==Description== A cylindrical device, the cannister, when initiated, creates a vapour cloud of 12m³ for nine seconds, where, upon ignition of a timed fuse or secondary stu...") |
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==Description== | ==Description== | ||
A cylindrical device, the cannister, when initiated, creates a vapour cloud of 12m³ for nine seconds, where, upon ignition of a timed fuse or secondary studded percussion caps, the conflagration reaches a temperature of 2,700–2,800°C, which can generally be considered to have an inimical effect upon exposed flesh within the blast radius. Secondary effects within confined spaces are also noteworthy. | A cylindrical device, the cannister, weighing 600 grams, when initiated, creates a vapour cloud of 12m³ for nine seconds, where, upon ignition of a timed fuse or secondary studded percussion caps, the conflagration reaches a temperature of 2,700–2,800°C, which can generally be considered to have an inimical effect upon exposed flesh within the blast radius. Secondary effects within confined spaces are also noteworthy. | ||
[[Category:Weaponry]] | [[Category:Weaponry]] | ||
Revision as of 13:59, 2 February 2024
The M1729 Bränsle-luften-explosiv granat (fuel-air-explosive grenade), developed by Elwynn High Tech Engineering, is a cannister device carrying an explosive charge capable of generating thermobaric effects in near proximity, especially within confined spaces.
Description
A cylindrical device, the cannister, weighing 600 grams, when initiated, creates a vapour cloud of 12m³ for nine seconds, where, upon ignition of a timed fuse or secondary studded percussion caps, the conflagration reaches a temperature of 2,700–2,800°C, which can generally be considered to have an inimical effect upon exposed flesh within the blast radius. Secondary effects within confined spaces are also noteworthy.
