5.11 Tactical Stryke Pant W/Flex-Tac Tm – Storm, 30-inch Inseam, Size 34 Waist

Durable, flexible professional cargo pants Comfortable for everyday, all-day wear Extra pockets sized for tactical use

The 5.11 Tactical Stryke Pant W/Flex-Tac Tm is designed for professionals demanding durability and flexibility in challenging environments. Crafted from 5.11's proprietary Flex-Tac fabric, this pant combines mechanical stretch polyester and cotton to deliver exceptional performance and long-lasting wear. The self-adjusting tunnel waistband ensures a secure fit, while articulated knees and a full gusseted crotch enhance mobility and comfort during active use.
Built with practicality in mind, the Stryke Pant features front hip pockets that are ideal for carrying a knife or cell phone, double-deep reinforced cargo pockets for additional storage, and integrated knee pad pockets (knee pads sold separately) to provide extra protection when needed. Badge holders at the front belt loops facilitate quick identification, making this pant suitable for law enforcement and tactical professionals.
Enhanced with Teflon fabric treatment, the Stryke Pant offers superior resistance against moisture, stains, and soil, ensuring a clean and professional appearance even in adverse conditions. Strengthened bartacking at all stress points adds resilience, allowing the pant to withstand rigorous operational demands. Whether in the field or on duty, the Storm color option offers a versatile, professional look that maintains its integrity through demanding use.

Features:

• Flex-Tac fabric blend for durability and stretch

• Self-adjusting tunnel waistband for a secure fit

• Articulated knees and gusseted crotch for increased mobility

• Front hip pockets sized for a knife or cell phone

• Double-deep reinforced cargo pockets for extra storage

• Integrated knee pad pockets (knee pads sold separately)

• Badge holders at front belt loops for quick identification

• Teflon fabric treatment for moisture, stain, and soil resistance

• Strengthened bartacking at stress points for enhanced durability