A fascine is the simplest of gap-crossing methods, nothing more than a bundle of pipes or sticks. They are as old as my favourite pulling pants but much more effective
A thread
1
They have been used since the early days of warfare, in the published work, a Treatise on Ancient Armour and Weapons by Francis Grose, published in 1786, he mentions their use a number of times.
Derived from the Roman word Fasci, its greatest advantage is that it can be constructed more or less on the spot, it is a simple device. With the introduction of the first tanks in WWI there was an obvious need to breach gaps, trenches everywhere!
3
I won't go into the history of Ypres v Cambrai and the first use of tanks but in November 1917, the first use of tanks and fascines achieved success at Cambrai.
4
Prior to the battle, 400 fascines were built, mostly by the 51st Chinese Labour Company, attached to the Tank Corps Central Workshop. Each was 11 feet in diameter and 10 feet long
5
The old stomping ground of the forest of Crecy provided the timber and a special technique for compressing the bundles using two tanks driving in opposite directions was developed. 18 tanks were modified to carry them
6
Fascine launch drills were relentlessly practised, with the technique refined until it became second nature, driven on by Major-General John Frederick Charles Fuller himself.
7
The tanks worked in sections of three with the lead tank responsible for barbed wire clearance, stopping just short of the obstacle it would veer away to the side and provide covering fire for the two follow-on vehicles that would be carrying the fascines.
8
These would be dropped into the gap with the first tank following through. It was an effective drill and its elegant simplicity did much to restore the morale of the tank crews who had suffered in the mud of Ypres.
Skip forward many years, and the humble fascine was again used with great success, by a certain Major-General Sir Percy Cleghorn Stanley Hobart and his Churchill tank based funnies of the 79th Armoured Division. Fascines were also used in Italy.
10
Then not a great deal happened in the world of fascines, with ARK type vehicles being used more commonly, until the early eighties.
11
The area covered by BAOR had lots of small gaps, streams and irrigation ditches. It would be a profligate and waste of scarce bridging resources for these smaller gaps and so the fascine came back into use. This time though, using pipes
12
Wooden bundles tended to float, obstructed water flow and struggled as tank weights rose. The simple but genius solution was to use plastic drainage pipes, and so the pipe fascine was born
13
After much testing and refinement by the Experimental Bridging Establishment and 32 Armoured Engineer Regiment Royal Engineers a version of the Centurion AVRE was introduced in conjunction with modified bundles of plastic pipe.
14
Launch technique was to approach the target gap at speed, brake sharply at a marked point and fire the explosive bolts holding the travel hawsers so that the fascine, through inertia, rolled off the AVRE directly into the middle of the gap.
This whole process would take less than 1 minute, essential for an assault crossing possibly under fire. The new pipe-based system is flexible enough to almost mould itself to the shape of the gap and will not impede water flow.
16
They have been used since, inflatable types were trialled but they just could not compete with the robustness, low cost and effectiveness of pipe fascines
17
Recovery tends to be emotional
18
But one thing is certain, they remain as applicable to breaching defensive positions in 2023 as they did in 1917.
END
PS
Yes, you can bulldoze gaps, you can use combat bridging, and you can improvise with other techniques, but none are as fast, resource-efficient, and easy to employ as a bundle of plastic pipes bounds with chains
PPS
Forgot the #fascine tag, bugger
• • •
Missing some Tweet in this thread? You can try to
force a refresh
Counter Drone Mesh for field defences and urban areas
We have all seen the images of vehicle counter UAS dropped munitions and FVP cages, and to some extent, the same evolution has happened for fixed field defences. Simple cam nets have been augmented with stronger mesh
Accepting that a mesh net of some sort is only one part of a solution, perhaps the best way to visualise the full range is to use the survivability onion. Everything from ECM to hunting down and killing the operators has a role, and so do passive measures like nets or meshes
When did Finland say to Spain, hold off on the Gibraltar nonsense lads, can't you see the bigger picture?
When did Estonia go to Dublin and ask the world's biggest defence freeloader to put a pause on the NI border pressure because Russia is five minutes over the border and we need the UK
When did Poland go to Brussels and ask the French to do something about the small boats as a gesture of solidarity with the British forces in the east of Europe
Water supply and distribution is, self-evidently, essential. Distribution is, especially, a difficult challenge. Water cannot be compressed, it is not self containing, is heavy, and can be challenging to move in bulk because of movement in the tank causing stability issues
Plastic water jerrycans can potentially be carried in a cage pallet, as with fuel (shown below), but they would require some plant to move as a pallet
To view it in simplistic terms, you can't apply any effect unless you are physically there, stand fast all you information operations and air power folks, we get it, no need to constantly bloody well go on about it.
If you want to apply any reasonable effect, you have to have vehicles, ok, ok, not you light infantry people, yes, we know you like to walk everywhere.
The more I think about the Universal Battle Trench (UBT) from @martynlmfao the more I think it is sublime in its brilliance
1
It meets the required strength and performance characteristics, a given perhaps, but still important to note. It is slighter larger to accommodate the bulkier soldier of the modern era (body armour and load carriage etc)
2
It keeps soldiers' feet off the cold and wet ground. Because it has internal bracing, there is no need for pickets and windlassed wire to support the revetment material (geotextile). Good in an urban context
Selected Precision Effects at Range ( SPEAR) Capability 3 is the name given to a Category A project (>£400m) to deliver a weapon described as
SPEAR 3 is designed to provide the UK’s F-35B fleet with a weapon for attacks against integrated air defences and other targets, exploiting its increased stand-off distance to enhance the launch aircraft’s survivability.