[X] Plan Experiance
-[X] Linienschiffsleutnant Harel Cseh, medically retired Seebataillone officer.
-[X] Oberleutnant M. Zaslovski, Infantry Officer (Zeměbrana.)
-[X] Major Sandor Ivalko, Infantry officer.
-[X] Herceg Kaila of Kapan, Prince of the Blood, Rittmeister (I. Garde-Fahrende-Artillerie-Regiment) and amateur firearms designer.
-[X] Főhadnagy Ferdinand Kaldhoff, Artillery officer
-[X] SR Tidur, Engineer for the Ordinance Board.
 
I'm thinking maybe a flamethrower, maybe a rifle grenade projector, maybe a regular grenade projector, and if we get lucky maybe a submachine gun or two.
If the infantry were close enough for a SMG or flamethrower to be useful, they'd be close enough to use their existing weapons. It's something to suppress enemy positions enough get them into that close range that's needed.
 
If the infantry were close enough for a SMG or flamethrower to be useful, they'd be close enough to use their existing weapons. It's something to suppress enemy positions enough get them into that close range that's needed.

A flamethrower ranges about a hundred yards, and a SMG is really good at short suppressing bursts and fighting in a trench- something a bayonet fixed rifle wasn't, because they got caught on everything.
 
A flamethrower ranges about a hundred yards, and a SMG is really good at short suppressing bursts and fighting in a trench- something a bayonet fixed rifle wasn't, because they got caught on everything.
What sort of flamethrowers are you thinking of here? Even the Livens Flame Projector could barely reach that.
 
How are you going to get that to work reliably with 1910s tech? We're still at the "handicapped by manufacturing techniques" stage of things. If you're sure we can actually make this work though, I'm all for it.

Its a sprung cowling on a spin stabilised rocket. As the rocket spins quickly, the centrifugal force holds the cowling over the fuel release ports closed. When a stress gauge inside snaps due to overstress, this springs open a rotational airbrake and the lack of spin lets the spring pull the panels inside the rocket up and away, letting the fuel expand itself rapidly out the ports before being lit by the rocket motor or backup explosive in the nose of he rocket goes boom.

Admittedly, we'd need to make this a 26cm rocket due to manufacturing quality, but that's probably a couple liters of vaporized kerosene. Should make a good boom.
 
Its a sprung cowling on a spin stabilised rocket. As the rocket spins quickly, the centrifugal force holds the cowling over the fuel release ports closed. When a stress gauge inside snaps due to overstress, this springs open a rotational airbrake and the lack of spin lets the spring pull the panels inside the rocket up and away, letting the fuel expand itself rapidly out the ports before being lit by the rocket motor or backup explosive in the nose of he rocket goes boom.

Admittedly, we'd need to make this a 26cm rocket due to manufacturing quality, but that's probably a couple liters of vaporized kerosene. Should make a good boom.
How about just using WP and Napalm? the former should work for obscuring the vision of an enemy MG nest if we miss, and is hopefully easier to work with? I'm assuming it is, because we were actually using it in WWII already.
 
How about just using WP and Napalm? the former should work for obscuring the vision of an enemy MG nest if we miss, and is hopefully easier to work with? I'm assuming it is, because we were actually using it in WWII already.
Alternatively, sharpshooters! All the sharpshooters! Machinegun nests can't shoot if you pop the head of the shooter right off.
 
I think our primary solution to this needs to be something dedicated (I think mortars in particular are simple, practical and appropriate to the tech level, but I'm not well informed enough to be too picky), but I really like the idea of rifle grenades as a component of what we end up with. It would add a lot of versatility and firepower to our infantry for little additional cost and weight.
 
Back
Top