Rescue Softshell Jacket

Search and Rescue Softshell Jacket – Durable and Comfortable AFAD Standard

Search and rescue operations involve harsh terrain, sudden weather changes, and high-risk tasks. Clothing used by teams must be both protective and functional. The Search and Rescue Softshell Jacket is designed with the needs of AFAD and professional rescue teams in mind. Its high-quality fabric, breathable structure, and water-resistant properties provide superior performance during long operations.

The softshell jacket protects against wind and rain, using special membrane technology that allows the skin to breathe while ensuring maximum protection from external conditions. Its soft inner lining enhances comfort, allowing prolonged use without discomfort.

Reflective details increase visibility during low-light conditions or night operations. Reflectors on the chest and back improve team coordination and safety. Optional customization with AFAD or team logos is available.

Ergonomic design provides unrestricted movement for climbing, running, bending, or carrying heavy equipment. The sleeve and shoulder structure allow wide motion, while elastic details at the waist and cuffs enhance comfort and mobility.

Multiple functional pockets allow secure storage of radios, notebooks, gloves, and small tools. Zippered or flap-covered pockets prevent equipment from falling and ensure quick access during missions.

The softshell jacket is suitable for mountain rescue, flood and water rescue, disaster response, and urban search and rescue (USAR) operations. Its durable stitching and high-quality materials guarantee long-lasting performance.

Easy to clean and quick-drying fabric simplifies post-operation maintenance. Breathable and moisture-wicking properties provide comfortable use even during intense operations.

With a modern and professional design, this softshell jacket offers safety, prestige, and operational efficiency. It protects in all weather conditions while providing ergonomic comfort and functional storage for maximum performance in the field.