In the spirit of stimulating some discussion I thought I’d throw a few uneducated thoughts into the mix.
I’ve followed a number of these discussions about panzer colours, primarily because I know bugger all about it, and it’s a topic that never really seems to come to any concrete conclusions. It’s nice to see a debate where the participants appear to have more of an interest in establishing some concrete solution rather than simply proving that they’re right. Ha! Better to learn than know it all!
I think it’s worth noting that in the photo of the vehicle column Pawel posted on page 1, that the tone of grey varies on each of the vehicles shown, and all the greys so far demonstrated have a strong tone of blue in them. Although certainly nothing akin to that awesome ensemble that Jamie is modelling on page 1.
Below are two photos of an early pattern 2cm Flak 38. Captured by Australians in North Africa in about ’42. Having only been on public display for a short period in the 60s (or 70s, can’t remember) and otherwise in storage since the end of the war. Therefore it hasn’t been exposed to excessive ultra violet light or other elements to a degree that would drastically effect the colour of the paint, beyond simple aging.
As you can see, the grey is quite light which, despite the flash, I can vouch is only marginally lighter than in reality.
Underside of cover for rear Lafettenkasten.
Underside of Flakvisier platform.
For me, this begs the question, was artillery subject to the same colour guidelines as armour and other vehicles. Previously, I would have thought so. The same can be said for the truck in the second picture of Laurent’s response on page 1. Which, although it is overexposed, would not reduce the grey to a tone as dark what we’ve seen on many other vehicles and ordnance.
There is also evidence of a primer visible underneath the grey, so I’m not sure how this is relative to what Laurent was saying. Perhaps due to the combination of steel and alloy used throughout the weapon.
I’m also not familiar with the scale effect theory, but it does stand to reason in principle, that the smaller the surface, the greater the consideration for the strength of the colour needs to be. As with the opposite.
Enough from me!