Original SWAT 187501 Alpha Fury 2.0 8" Side-Zip Black Boot

Designed for fast entries, long shifts, and high-stakes missions, the Original SWAT 187501 Alpha Fury 2.0 8" Side-Zip Black Tactical Boot brings next-level agility to the tactical arena. Built with a side-zip entry for rapid on/off and advanced IGNITE midsole technology for unmatched energy return, this boot blends the athletic comfort of a sneaker with the rugged performance of a duty boot. Lightweight, airport-friendly, and engineered for all-day comfort, it's made to move when you do.

Key Features and Benefits:

• 8” height delivers maximum ankle support for tactical maneuvers, patrol work, and urban operations
• Durable side-zip closure allows for quick on/off without unlacing, ideal for fast deployment situations
• Lightweight no-stitch upper with quick-drying mesh enhances breathability and resists abrasion in rough environments
• High-rebound IGNITE midsole reduces fatigue with shock absorption and energy return throughout extended wear
• Ortholite open-cell insole maintains cushioning and airflow without flattening over time
• Ergonomic thermoplastic toe box and molded heel counter provide a secure, broken-in fit from the first wear
• Slip- and oil-resistant non-marking rubber outsole meets EN ISO 20347:2012 standards for grip and durability
• Gusseted tongue keeps out dust, sand, and debris during tactical fieldwork
• UFit dual-zone lacing system ensures a personalized, secure fit and enhanced heel lockdown
• Added ankle support in 8” models increases stability and reduces strain during aggressive movement
• Achilles cushion with soft jersey fabric protects pressure zones and improves heel comfort
• Heel pull tab allows for fast removal without compromising collar integrity
• Airport friendly construction with non-metallic components ensures quick clearance at security checkpoints

Ideal for: Law enforcement professionals, military personnel, tactical teams, and first responders who need a lightweight boot that performs under pressure and transitions quickly in dynamic environments.