Frequently Asked Questions
Tactical vest from the Special Force Uniform series. The development of this outfit aims to combine the qualities of existing equipment to provide the user with advantages in performance during action. The material used is a blend of cotton and nylon for increased durability. The pockets are numerous and carefully positioned. There are reinforced sections at the elbows, and the sleeves can be adjusted to optimize maneuverability and overall performance.
Equipment Specifications
| Chest Dimensions | 110 cm |
| Total Size | 78 cm |
| Sleeve Length | 62 cm |
| Size | S |
| Closure Type | Buttons |
| Material | 60% Cotton / 40% Polyester Ripstop |
| Product Series | SFU |
Product Description
This vest represents the upper part of the Special Force Uniform NEXT generation outfit. The SFU attire is a concept designed to incorporate all the advantages of modern military clothing. The material used and the cut provide the user with good performance in all situations. The material is a blend of Cotton and Polyester, specifically 60% cotton for comfort and 40% polyester for increased resistance to tearing. The pockets are numerous and positioned in important locations for easy access.
Functionality
This vest differs from the previous generation with a much more comfortable cut and key reinforcements aimed at improving the vest's lifespan. The vest is equipped with the following tactical pockets: 2 large pockets on the lower front secured with Velcro, 2 large angled pockets on the upper front secured with Velcro, and 2 pockets located on the upper part of the sleeves also secured with Velcro.
On the chest and shoulder areas, there are sections equipped with Velcro to attach ID badges or patches. The elbow area is reinforced with material to prevent wear, and there is also a space in the reinforcement for additional padding.
The main closure system consists of buttons covered by a section of material for their protection and thermal insulation. The sleeves of the vest are adjustable, providing the user with increased mobility as well as thermal insulation.