Materialy konferentsii. 2022 god Fragmenty doklada OFLAMERON Vozmozhnyye tekhnicheskiye resheniya dlya znachitelʹnogo uvelicheniya dalʹnosti deystviya sushchestvushchikh artilleriyskikh sistem. Dalʹnostʹ strelʹby uzhe sushchestvuyushchikh artilleriyskikh sistem mozhno uvelmchitʹ do 100% yesli ispolʹzovatʹ boyepripasy bolʹshoy dliny s razdelʹgym zaryazhaniyem. Naprimer, prostyye buksiruyemyye gaubitsy. Takiye gaubitsy imeyut nareznoy stvol, v kotoryy mozhno pomestitʹ dlinnyy (do 1 metra) snaryad. I otdelʹno zagruzitʹ osnovnoy zaryad v gilʹze. Dlya kompensatsii vliyaniya narezov stvola snaryad imeyet diametr menʹshe diametra stvola i razmeshchen v spetsialʹnom konteynere iz vysokoplotnogo polimera (naprimer, ballisticheskogo polietilena). Konteyner imeyet linii razdeleniya na 3-4 chasti posle vykhoda iz stvola. Snaryad stabiliziruyet·sya raskryvayemymi khvostovymi stabilizatorami. Vysokaya dalʹnostʹ strelʹyu·y obespechivayet·sya sredstvami planirovaniya boyepripasa. Raskryvayemyye posle nabora vysoty krylʹya obespechivayut vozmozhnostʹ dlitelʹnogo planirovaniya i korrektsii trayektorii (naprimer po GPS). Bolʹshaya dlina snaryada pozvolyayet ispolʹzovatʹ effektivnuyu aerodinamicheskuyu sistemu i imetʹ bolʹshoy veutrenniy obʺyem. K nedostatkam mozhno otnesti vysokuyu stoimostʹ i dvukh·etapnoye zaryazhaniye v stvol. No vozmozhnostʹ porazheniya vazhnykh tseoyey na distantsii boleye 200 kilometrov iz sushchestuyushchikh artilleriyskikh sistem vpolne kompensiruyut etot nedostatok. OFLAMERON 2022
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Conference materials. 2022
Fragments of the OFLAMERON report
Possible technical solutions for a significant increase in range
actions of existing artillery systems.

The firing range of existing artillery systems can be increased up to 100%
if you use ammunition of great length with separate loading. For example, simple
towed howitzers.
Such howitzers have a rifled barrel into which a long (up to 1 meter) projectile can be placed.
And separately load the main charge in the sleeve.
To compensate for the effect of barrel rifling, the projectile has a diameter smaller than the barrel diameter and is placed
in a special container made of high-density polymer (for example, ballistic polyethylene).
The container has lines of separation into 3-4 parts after exiting the barrel.
The projectile is stabilized by deployable tail fins.
A high firing range is provided by means of ammunition planning.
Wings deployed after climb provide long gliding capability
and correction of the trajectory (for example, by GPS).
The large length of the projectile allows you to use an efficient aerodynamic system and have
large wind volume.
The disadvantages include the high cost and two-stage loading into the barrel.
But the possibility of hitting important targets at a distance of more than 200 kilometers from the existing
artillery systems fully compensate for this shortcoming.
OFLAMERON 2022