Solid Gear SG80205 Sonar Mid BOA Nano Safety Boot

The Sonar Mid is a safety boot built for fast-paced work, delivering protection without sacrificing mobility. Designed for professionals who need a secure, comfortable fit, it combines a wide Athletic Last with a dialed BOA® Fit System and rugged materials for reliable performance all day.

• BOA® Fit System: Precise, repeatable closure for a secure, customizable fit that adapts to varying tasks throughout the day.
• Athletic Wide Last: A wider forefoot profile that fits broader feet comfortably without adding bulk.
• Upper: Microfiber and CORDURA® nylon for durability and abrasion resistance in demanding environments.
• Lining: Breathable recycled polyester lining to help keep feet cooler during long shifts.
• Insole & Midsole: Partly recycled OrthoLite® insole plus a dual-density EVA midsole for cushioning, support, and stability.
• Outsole: Oil-, heat-, and slip-resistant rubber outsole for solid traction on varied surfaces.
• Protection: NANO toe cap and soft nail protection with ESD functionality in line with EN IEC 61340-5-1:2016 for static-safe environments.
• Footbed: PU foam footbed with highly breathable recycled materials for ongoing comfort.
• Safety Standards: EN ISO 20345:2022 S3S, SR, HRO, FO—protection across impact, slip, heat, and static exposure.
• Sustainability: Partly recycled materials used throughout the lining and components, reinforcing a responsible design.

The Sonar Mid supports longer workdays by reducing fatigue and protecting your feet in challenging environments. The NANO toe cap provides compact protection without bulk, while the BOA® system ensures quick, consistent adjustments between tasks. With its slip, oil, and heat resistance, plus ESD readiness, this boot is well-suited for warehouses, manufacturing floors, electronics assembly, and maintenance roles where safety and comfort matter most. Ideal for workers with wider feet seeking a secure, lightweight feel, it pairs well with mid-weight socks and is designed to perform reliably across a full shift.