Brand: SPARCO TEAMWORK
Reference: BTB0048B0K01039
Sparco S-LIGHT O2 technical shoe with water-repellent microfiber, breathable 3D lining, and FO+HRO slip-resistant sole. O2 certified for professional use without a safety toe cap. Certification: O2 SR FO HRO
The Sparco S-LIGHT O2 is a professional shoe designed for mechanics, logistics, maintenance, and environments where lightweight, comfortable, and durable footwear is required, but without a safety toe cap. Its construction combines state-of-the-art technical materials with a modern and functional aesthetic, while maintaining the Sparco DNA.
The upper is made of smooth, water-repellent microfiber, a lightweight, durable, and very easy-to-clean material.
The interior incorporates a 3D micro-perforated lining that improves ventilation and keeps the foot cool even during long days. The sole combines a very comfortable expanded PU midsole with a FO+HRO nitrile rubber outsole that is slip-resistant, antistatic, and resistant to contact heat. It complies with EN ISO 20347:2022 O2 standards, making it an ideal choice for jobs without risk of impact to the toes, but which require stability, grip, and comfort. Key Features: O2 certification according to EN ISO 20347:2022; lightweight and durable smooth microfiber upper; 3D micro-perforated inner lining for maximum breathability; removable, thermoformed, ergonomic, antistatic PU insole; slip-resistant PU + FO+HRO nitrile rubber outsole with excellent grip. Grip
Recommended Use
Mechanics and Trackside Support
Workshops and Automotive
Logistics and Warehouses
Maintenance and Services
Retail and Non-Safety Toe Cap Environments
Everyday Use with Technical Aesthetics
Why Choose Them?
The Sparco S-LIGHT O2 offers extreme comfort, lightness, and durability, making it one of the best options for professionals who need technical, non-safety toe cap footwear with excellent grip and highly durable materials. Their seamless design and high-performance FO+HRO sole make them ideal for long days and demanding environments.
Certification: O2 SR FO HRO
