my measurements says 18 cm, from blue to blue part.
Ok Found some answers to my questionAny idea what causes the weight for Arjun Mk2 to be 68 T , If Mk2 without mine plough is 62.5 T then does the mine plough weighs 5.5 T ?
Where is the weld line at the 380 mm distance you quoted(at the back of the blue rectangle drawn by you)?First:
second:
99% not. Arhun don;'t replicate here Leo-2A4 armour layout.
Those small periscope in toreet rof is not INISDE armour cavity (as in Leo-2A4) but after it's backplate. So armour after main sight is ending on this persicope.
Becouse it will explain those persicope question definetly. Based on other photos (interior captured on video) I can sye that armour ends BEFORE periscope...If the small periscope in not inside armor cavity,Why is the weld line 300 mm behind it?
If your idea is correct then the weld line should be infront of the periscope,
not 300 mm behind the periscope,
So you are proved wrong once again,
Most of your previous drawings have been proved to be completely false by me, So no point in harking back to your wrong drawings again
Yes, im 99% sure that Kunal's left shoe is not standing on backplate. The backplate is ending in one line whit periscope.
ps. [Kunal could You mesure your pocked by ruler between those two blue thinks under zipper? It will reduce error.As usual you are 100 percent wrong , since there is no weld line on the top of back plate (in front of the periscope)as per your idea, indicating you are completely wrong
Im not sure if your pocket is 13,5 or 17cm long. It will change a lot.
Excellent job Kunal,Some interesting photos >>
Your first yellow line falls on the weld line,
I take wrong lenght of this pocket. As I understand is circa 14cm as it's marked on photo? (those red line along pocket).
If we scale both the photos to the proper size, we can see all the conclusions drawn are absolutely wrong!!!!side armour estimate.
so side armour whould be about 60mm, which gives protection against russian 30mm,
although perspective distortion of the bag makes this measure uncertain.
side armour could be up to 80mm thick.
this is not taking into account the stowage bins, which should consist of sheet metal about 5mm thick.
the outer armour, dunno what it is or how thick it is.
the weld line is where the front angled armour plates are welded to the flat roof. from other images you can see the the angle stops at the first weld, your so-called "composite armour" line, and not the second.If that weld line under Kunal's left boot is not for composite armor cavity ,
then what is the purpose of the weld line?
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There is another weld line left of Kunal's left boot, indicating stepped armor further beyond the one under Kunal's left boot, But lets not go into that now,
So how can the difference between them vary to such a large extent in both the photos?
If I too am allowed to zoom two different photos to two different magnification levels ,
looks close enough to me.
i specifically asked is the new side armor tool box, answer was NO.Excellent job Kunal,
Your photos have proved conclusively all the so called weak side armor , weak behind the main sight theories propounded here for most of the last year as completely idiotic
new top secret liquid armor.
The red marked area seems to be a detachable container for some sort of liquid. Do they store additional fuel or oil there?
you mean to say that all these pics including this one
new top secret liquid armor.
The Tribune, Chandigarh, India - NationLiquid armour to protect troops
Vijay Mohan
Tribune News Service
Chandigarh, August 6
In a radical departure from conventional bullet-resistant materials for providing personal protection to troops, the Defence Research and Development Organisation (DRDO) is developing "liquid armour" for use in bullet-proof jackets.
Liquid armour is a material that remains in a state of a thick liquid or jelly under normal conditions, but changes its viscosity - it hardens under pressure or impact. Also called shear thickening fluid, it is composed of synthetic and nano particles of silica and metallic elements.
The project is being undertaken by DRDO's Terminal Ballistics Research Laboratory (TBRL) in collaboration with National Chemicals Limited (NCL), a laboratory based in Pune under the Council for Scientific and Industrial Research and the Indian Institute of Technology (IIT), New Delhi. A meeting between senior representatives of the three establishments was held at TBRL here today to launch the project.
TBRL Director Dr Manjit Singh said each establishment has a defined role in the project to develop and validate the technology and the final product in the form of the bullet-proof jacket would be fabricated at TBRL. The project is expected to take about four years, he added.
So far, only the US and the UK have developed technology demonstrator versions of the liquid armour. Commercial production is stated to be still some way off as more research and development work is required to be done.
Liquid armour would have several advantages in terms of weight and effectiveness over the existing metallic or ceramic bullet-resistant material used in the present generation of personal protection outfits.
According to available literature on the subject, a traditional bullet-proof vest contains 31 layers of Kevlar and the impact of the bullet is concentrated over a small area, causing deep linear indentation and trauma. A liquid armour vest, on the other hand, would have 10 layers of Kevlar with the liquid material between each layer.
A bullet hitting it would harden the liquid and the impact would be absorbed and spread laterally over a wider area. Standard bullet-proof vests use thick and heavy layered plates of Kevlar or composites that restrict movement and enhance fatigue. Liquid armour jackets would be lighter, more flexible and easy to use, providing greater protection with less weight.
Besides personal protection, liquid armour could have other applications where weight and flexibility matter.
I believe it should be 15+3.5 = 18.5It just shows, making measurement from pictures are not that accurate ..
The actual size is 13.5cm from blue to blue part, Some getting 15 / 14 etc ..
So thats the end to all the theorizing about the armor stopping at the sight itself then.the weld line is where the front angled armour plates are welded to the flat roof. from other images you can see the the angle stops at the first weld, your so-called "composite armour" line, and not the second.