Rayon cloth was reproduced from the original specifications exactly.	Camouflage pattern same size and design as WWII, printed with reactive dyes	ATF (left) vs. Original (right)

ATF Parkas & Winter Trousers: The shell fabric is 100% rayon which we had custom woven based on original samples as well as the specifications in the US Army's 1945-46 analysis of German camouflage, known as The Richardson Report. (Page 39 covers the rayon.)

Our camouflage print is identical to the original- spot for spot, same size repeat, no added artwork and color matched to WWII examples using reactive dyes. The white side was printed dull, flat white- not bright bleached white. These look and feel like originals. The only thing we couldn't accomplish was copying the poor quality printing which gives originals a coarser appearance.

Water Repellent: Both sides of the parkas are treated with Teflon fabric protector. This is the best quality DWR (Durable Water Repellent) available and is superior to the Peristol used on originals. It is completely invisible and does not affect the feel of the fabric in any way- aside from making it feel slightly smoother than untreated cloth. It's also PFOA free.

For insulation we used the heaviest polar fleece made- which weighs and feels the same as the Reizwolle (recycled wool) lining of the originals- while also being warmer, less prone to shrinkage, and 1/2 the cost.

These trousers feature ankle ties, waist tie, overlapping fly, detachable suspenders, and exact reproduction buttons.

Effectiveness: We do not heave technical data such as R or CLO values for any of our garments. However, these have been test driven in Alaska, Canada, Wisconsin and other northern climes, down to well below zero. All feedback has been "warm as hell."

Washing: The best option is to hand wash these in cold water. Shrinkage will be about 2" in the sleeve length and 3" for the body. They take about 24 hours to dry when hung over a boot dryer.

We do not recommend using a clothes dryer! We tested this and it increases the shrinkage and it seems to cause the insulation to shift inside. However, the insulation will eventually settle back into place with continued wear.

Imported