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First of all, the series I watched that produced this thread, is called "Digging in the Trenches" and the Brit 303 bullets we've been discussing were actually discovered in the trenches when they were excavating it. So, the fact is that these round did exsist. The question is were they actually used?
I had no idea this subject would have had such a long life but it is turing out to be interesting. Here's something I found something that you all might find interesting with a link to the source. What do you think??

Rome


http://www.1911encyclopedia.org/Armour_Plate

"When the armies on the western front dug themselves in and the fighting resolved itself into trench warfare there was an insistent demand for some means of protection for the men who had to face rifle fire at close quarters. Innumerable suggestions were made and .a vast number of experiments carried out with a view to producing a bullet-proof material of reasonable weight. The ordinary service bullet, consisting of a cupro-nickel (or in some cases a mild steel) case filled with lead, breaks up fairly easily on a plate of hard steel; but the Germans soon discovered that if the bullet is removed from the cartridge and reversed (i.e. so that the bullet travels with the base or blunt end in front instead of the pointed end) it did not break up but punched a hole in the plate. [so it would appear that the Germans were aware of this technique, too]

Every effort was made to defeat this attack, but it was found that even with the use of the best quality of alloy steel available a minimum thickness of half an inch was necessary to stop the reversed bullet at short range. All sorts of materials were employed, but steels were found to be the most efficient, and of these nickel, chrome, manganese, vanadium, molybdenum and zirconium, both singly and in combination, were all tried. The best results, however, were obtained from nickel-chrome plates, sometimes with an addition of one of the rarer metals.

While these experiments were being carried out in England the Germans were busy endeavouring to produce something more satisfactory than the reversed bullet which was only effective at short range. In this they were completely successful, and they produced the K or armour-piercing bullet. This consists of an outer envelope of mild steel of the same size and dimensions as the ordinary bullet. In the centre of the envelope is the bullet proper, made of hardened tungsten steel 30 mm. long, 6 mm. in diameter, and pointed at one end. The space between the envelope and the hard bullet is filled with lead. On striking a hard steel plate the outer envelope breaks up, but it and the lead lining appear to perform the function of a cap, and the hardened steel bullet perforates the plate.

At ranges up to 60 yd. with a good rifle, and more than this with a rifle in which the rifling has been worn, the armour-piercing bullet is not effective, owing to unsteadiness in flight, but at longer ranges nothing less than half an inch of the best steel is of any use as a protection against a direct hit at the normal. The action of the armour-piercing bullet, however, differs from that of the reversed bullet. The former is a clean penetration of the plate, whereas the latter punches a hole and removes a portion of the plate in the form of a small cylinder. Both at long and short ranges, therefore, a plate of at least half an inch in thickness was found to be necessary to give any real protection,..."

So, it seems that there might be something to the "reversed bullet" after all....

That's an amazing first-hand confirmation that these types of round were created! Would it be possible to post up a photo if you have it available?

Rome