FGX Men’s Hi-Vis Ballistic Trousers
The FGX Men’s Hi-Vis Ballistic Trousers are built for maximum protection, durability, and visibility in high-risk working environments. Designed for tough jobs involving heavy machinery, manual handling, and potential leg impact hazards, these trousers combine ballistic fabric reinforcement with certified high-visibility features to keep workers safe and comfortable on-site.
Enhanced Leg Protection with Ballistic Fabric Panels
Reinforced with ballistic nylon on key impact zones such as the front thighs and knees, these trousers offer an extra layer of defense against sharp tools, splinters, debris, and abrasion. The high-tensile-strength fabric resists tearing and punctures, making these trousers ideal for workers in waste management, utilities, construction, and forestry where risks of leg injury are elevated.
High Visibility That Meets Safety Standards
Constructed from fluorescent fabric and finished with retroreflective tape, these trousers meet EN ISO 20471 Class 1 or 2 visibility standards (depending on accompanying garments). The bright coloration ensures daytime visibility, while the reflective bands enhance safety in low-light or night-time conditions, keeping wearers seen by colleagues and oncoming vehicles in hazardous work zones.
Functional Fit for Demanding Work
The Garments FGX Ballistic Trousers are cut for mobility and long-wearing comfort, featuring a relaxed fit that accommodates layering and allows for unrestricted movement. Multiple secure pockets, including reinforced tool pockets and hip storage, provide practical storage options on the go. The trousers also feature belt loops, zip fly with button closure, and reinforced stitching throughout to withstand the demands of tough daily wear.
Choose Garments FGX Hi-Vis Ballistic Trousers for Reliable Protection and Professional Performance
Engineered for industrial safety and comfort, these ballistic trousers are a reliable solution for professionals who need to stay visible, protected, and productive in challenging environments.
