5.11 Tactical Stryke Pant W/Flex-Tac™ - Dark Navy, 36-Inch Inseam, 44-Inch 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™ is designed for professionals requiring durability, comfort, and versatility in demanding environments. Crafted from 5.11's proprietary Flex-Tac fabric, this pant combines mechanical stretch polyester and cotton to deliver exceptional resilience and flexibility during intensive activities. The self-adjusting tunnel waistband ensures a secure fit, while articulated knees and a full gusseted crotch provide enhanced mobility and unrestricted movement across various tasks.
These pants feature thoughtfully designed storage options, including front hip pockets suitable for carrying a knife or cell phone, double-deep reinforced cargo pockets for additional gear, and integrated knee pad pockets (kneepads sold separately) for added protection. Badge holders at the front belt loops offer quick accessibility for identification or credentials.
Built for tough operational conditions, the Stryke Pant W/Flex-Tac™ is treated with Teflon fabric protection, providing superior resistance against moisture, stains, and soil. Strengthened bartacking at all stress points enhances durability, ensuring the pants withstand rigorous use. Whether in law enforcement, security, or outdoor missions, these pants deliver optimal performance, comfort, and resilience in a professional setting.

Features:

• Fabric: Proprietary Flex-Tac blend of mechanical stretch polyester and cotton for durability and flexibility

• Waist: Self-adjusting tunnel waistband for a secure fit

• Knees: Articulated knees for increased mobility and a full gusseted crotch for added comfort

• Storage: Front hip pockets suitable for knives or cell phones, double-deep reinforced cargo pockets, and badge holders at front belt loops

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

• Durability: Strengthened bartacking at stress points for enhanced resilience

• Design: Suitable for demanding operational environments