
The Bryce safety sneaker sets new standards : a basic model, but packed with technical features. Designed for people working in demanding industrial and logistics environments, Bryce complies with EN ISO 20345:2022+A1:2024 S1PS SR FO LG SC CI HI ESD standard — the ultimate in protection and reliability.
Its non-slip sole with LG-rated ladder grip provides excellent grip on all surfaces. The SC-rated scuff cap extends the life of the shoe, even in intensive conditions. In addition, the sole's thermal insulation against heat (HI) and cold (CI) limits temperature variations in the shoe, whatever the external conditions. Non-magnetic, the unisex safety shoe is ideal for use in sensitive areas.
As soon as you try them on, you will enjoy how comfortablethey are : a soft mesh upper, a generously padded ankle support and a foamed insole that hugs the foot perfectly. The breathable construction, combined with a gusseted tongue, ensures good air circulation while keeping out dust. The safety shoe also features BE FLEX 2.0 technology, which guarantees flexibility and long-lasting comfort, even in prolonged use. Enjoy freedom of movement, especially for jobs requiring mobility and responsiveness. Enhanced by colorful details, the Bryce low-top safety sneaker boasts a modern, dynamic shape.
The Bryce safety sneaker is proof that a shoe can be affordable without ever neglecting the essentials : safety, comfort and style.
Discover the high-top version : Blewis.

The BE FLEX 2.0 technology is suitable for jobs requiring flexibility and increased walking comfort, such as logistics. The lateral return of the sole at the front of the foot is reduced to facilitate foot flexion. In addition, the sole has an exclusive design with 3 transverse grooves for optimal rolling and flexibility of the forefoot. Our BE FLEX 2.0 technology can be found on our RACING models.




PRODUCT SHEET ON ENVIRONMENTAL QUALITIES AND CHARACTERISTICS.
Traceability
Stitching country
China
Assembly country
China
Finition country
China
Percentage of recycled material in product packaging
Packaging with at least 70% recycled content
Packaging recyclability
Fully recyclable packaging
Life Cycle Assessment (LCA)
At Parade, we carry out a life cycle analysis to measure the environmental impact of each of our models: from the extraction of raw materials, manufacturing, use, logistics, right through to the end of the product's life. Our environmental impact calculators, developed in-house using ADEME's EMPREINTE® database, have been certified by AFNOR for textiles and validated by the Eco-design Cluster* for footwear.
*The Eco-design cluster is the national center for eco-design and life-cycle performance. Its expertise is recognized nationally and internationally by ADEME, the French Ministry of the Environment, AFNOR, ISO and the UN-environment.
Carbon footprint (in kg CO2 equivalent)
Kg/CO2 eq*
20,44
Raw material: contribution to the carbon footprint
62%
Manufacturing: contribution to the carbon footprint
21%
Transport: contribution to the carbon footprint
7%
Distribution: contribution to the carbon footprint
5%
Use: contribution to the carbon footprint
0%
End-of-life: contribution to the carbon footprint
5%
Water pollution (in kg Phosphate equivalent)
KG P eq.*
0,000871
Raw material: contribution to eutrophication
99%
Manufacturing: contribution to eutrophication
0%
Transport: contribution to eutrophication
0%
Distribution: contribution to eutrophication
0%
Use: contribution to eutrophication
0%
End-of-life: contribution to eutrophication
1%
* Based on a size 37 for women and a size 42 for men and unisex.