Feature

●Very tear-resistant and tightly woven: less catching in thorns and barrier against vectors (disease-transmitting organisms)
●Full camouflage in the visual range and near infrared range of the electromagnetic spectrum
●Low water absorption and quick-drying
●Reduced gloss and low noise
●Inherently flame retardant

[WASP II Z3a]





Description

The PHANTOMLEAF PYTHON GAUNTLETS G1 hand covers have it all: they can be individually adjusted by elastic straps. This means that they are firmly tensioned between the middle finger and the wrist and do not slip. Thanks to the width adjustment, you can also wear with and without gloves. A small tab allows you to quickly put on and take it off. The highlight: with the hand covers, it is possible to disguise the gloves in a flash, in different colours and when putting them on and off, the hand cover simply remains on the glove. Details: adjustable with elastic straps. Can be worn with or without gloves. Small tab for quick putting on and taking off. One size fits all. Weight: approx. 40g/pair Note: The gloves are not included. The pictures show only an example of use. Specially designed for the needs of special forces, PHANTOMLEAF has developed a novel mesh material: the Python product line. Target points: full camouflage in the visual area and near infrared area of the electromagnetic spectrum. Reduced shine and low noise. Inherent flame retardant. Highly tear-resistant and tightly woven: less trapped in thorns and barrier against vectors (disease-transmitting creatures). Extra light and small in pack size. Low water absorption and quick drying. So far, PHANTOMLEAF products have been exclusively delivered to special forces in the field of military and police at home and abroad. There, their effect in use has proven itself. Due to the diverse demand, PHANTOMLEAF has decided to offer camouflage patterns in free sale. The result is the camouflage pattern WASP II, which combines an exclusive look with stunning camouflage quality: unique breaking of the silhouette. In combination with complex structural algorithms. Targeted manipulation of the