Description

The Ultimate Casual Pant for Utilitarian Comfort

The Delta Stretch 2.1 can take you from a day on the job to dinner with the wife & kids. These versatile pants are hardy enough to outlast a tough shift at work while their classic, comfortable design is casual enough to wear on a night out. The Delta gives the look of your standard low-vis khaki but is loaded-up with all the features the Prepared Professional™ has come to expect from a Vertx pant.  14 low-profile pockets are strategically placed to keep your gear hidden, secure and ready to deploy at a moment’s notice. With enough storage capacity to load-out your full first line, the Delta’s four-way stretch fabric allows for the utmost in mobility. No matter the load, no matter the mission the Delta Stretch 2.1 is the ultimate pant for the everyday operator.

Features:

• 14 pockets keep all your gear close at hand and easy to clear
• Dual angled rear yoke pockets fit standard smart phones and rifle mags
• Wallet traps in both rear pockets keep wallet or passport secure
• Deep front pockets are made of soft highly-breathable mesh
• Mini stash pockets let you pre-load key items from 1.75 to 2 inches long
• Keyring and lanyard anchor point in both front pockets
• Concealed DropLoop™ pass-through in each belt loop for flexible restraints or reinforced tether points for lanyards or gear
• Knife notches on front pockets and tool pockets on either side keep smaller tools easily accessible and secure
• Dye-to-match leather reinforcement on tool pocket resists wear and tear while maintaining a low visual profile

Construction:

• Athletic fit is comfortable and allows freedom of movement
• Articulated pleated knees enable dynamic mobility and prevent cuff creep when sitting
• Full gusseted crotch allows greater range of motion
• Brass YKK® locking zipper
• 8 belt loops are 0.5-inch wide and fit up to 1.75-inch belts
• All heavy-wear seams are double-stitched

Fabric and Technology:

• 2-ounce 98% Cotton/ 2% Spandex
• Four-way stretch fabric is soft and flexible for optimal movability