![Pants ACR 95 Rip-Stop summer - vz.95, size 170/124 [ACR]](/images/stories/virtuemart/product/acr-pants-95-summer-010.jpg)
![Pants ACR 95 Rip-Stop summer - vz.95, size 170/124 [ACR]](/images/stories/virtuemart/product/acr-pants-summer-vz95-2.jpg)
![Pants ACR 95 Rip-Stop summer - vz.95, size 170/124 [ACR]](/images/stories/virtuemart/product/acr-pants-summer-vz95-4.jpg)
![Pants ACR 95 Rip-Stop summer - vz.95, size 170/124 [ACR]](/images/stories/virtuemart/product/acr-pants-summer-vz95-1.jpg)
![Pants ACR 95 Rip-Stop summer - vz.95, size 170/124 [ACR]](/images/stories/virtuemart/product/acr-pants-summer-vz95-3.jpg)
Pants ACR 95 Rip-Stop summer - vz.95, size 170/124
New original AČR vz.95 Rip-Stop pants in classic vz.95 camouflage.
- Reinforced fabric on the knees and in the seat area
- Button fastening, inside buttons for attaching suspenders
- Drawstring waistband for size reduction
- Strong and wide belt loops around the perimeter (up to 8 cm)
- Two hand pockets covered by a buttoned flap
- Folded back pockets with buttoned flap
- Two thigh folded pockets covered by a buttoned flap
- Crotch vents
- Elasticated leg ends
Material: 50% cotton, 50% polyester
Sizes are in body height / waist circumference format.
![Vz.95](https://airsoftpro.cz/foto360/images/AT-ulena-vz95-ripstop.jpg)
VZ.95
Camouflage pattern used by the Czech Army. It contains irregular black, dark brown, olive green and light green fields. It differs from the american Woodland pattern by using a smaller amount of dark color. It's developed especially for conditions and environment of the Czech Republic. Another variant of the vz.95 is the Desert designed for desert environments.
![Ripstop](https://airsoftpro.cz/foto360/images/eg-logo-ripstop.jpg)
RIPSTOP
Material developed in the USA during the Second World War. It is manufactured using a special technique and is characterized by a very good weight-to-stability ratio and high tear strength. At regular intervals, thicker fibers are woven transversely and longitudinally into the material. This prevents defects from spreading when mechanically ruptured.