Low-Cut Adidas Pro Work Aedus Safety Trainer S1PS
This Adidas Pro Work Aedus safety trainer combines protective features with practical comfort for your working day. Designed to meet strict safety standards, this work shoe delivers reliable protection without compromising on wearability. The low-cut design offers freedom of movement, whilst the composite safety nose and metal-free midsole provide peace of mind on site. Built for professionals who need dependable safety footwear that performs when it counts.
Key Features
- Composite safety nose for impact and crush protection
- Metal-free penetration-resistant sole up to 300°C
- Removable insole for personalised comfort and fit
- Antistatic properties for controlled environments
- Energy-absorbing heel technology for shock relief
Recommendations from our Unishore Expert
These trainers have been engineered with breathable mesh panelling combined with reinforced support zones, creating a balanced approach to both protection and ventilation during your shift. The removable insole means you can swap it for an orthopaedic insert if needed, which many professionals find makes a real difference when you're on your feet all day. The composite nose absorbs impact effectively without the weight of traditional steel, and the heat-resistant sole handles demanding environments where temperatures climb. The antistatic finish is ideal if you work in sensitive areas, keeping static buildup at bay throughout your day.
Product Features
- Type - Work Shoe
- Safety Class - S1PS (EN ISO 20345)
- Safety Nose Material - Composite
- Upper Material - Mesh and TPU Melted
- Lining - Textile
- Midsole - Metal-free
- Sole - Rubber
- Colour - Black and Grey
- Weight (Size 42) - 1314 grams
- Article Number - 50000
Standards and Safety
- Complies with EN ISO 20345 safety footwear standards
- S1PS classification with composite toe protection
- PS: Perforation-resistant safety sole metal-free, tip 3.0 mm
- E: Energy absorbing heel 20J
- A: Antistatic resistance
- Metal-free construction for detection-free environments
- Tested for heat resistance to 300°C