MAGO S3 MID
360°
MAGO S3 MID
Heavy

MAGO S3 MID S3 HRO SRC

MAGOS3MID

EU 35-48 , UK 3.0-13.0 , US 3.0-13.5 , JPN 21.5-31.5 , KOR 230-315

Size Guide

Ref. 011423

Lightweight and metal-free mid-cut safety shoe

Discover Safety Jogger's MAGO S3 MID, engineered to offer the ultimate protection. These shoes feature a lightweight, metal-free composite toecap, offering excellent protection against falling objects without thermal or electrical conductivity. The antistatic footwear safeguards you from static sparks or charges, while the oil & fuel resistant outsole provides a secure grip on several surfaces. These shoes are designed to ensure comfort, with a breathable leather upper and customizable footbed. The MAGO S3 MID ensure your feet stay dry, offering protection against penetration from sharp objects and resistance to hot surfaces.

Safety standard S3 HRO SRC
ASTM F2413:2018 - EN ISO 20345:2011

Key features

Antistatic
Antistatic

Antistatic footwear prevents build-up of static electrical charges and ensures that they are discharged effectively. Volume resistance between 100 KiloOhm and 1 GigaOhm

Breathable, leather upper
Breathable, leather upper

Natural leather provides a high degree of wearer comfort combined with durability in versatile applications.

Composite toecap
Composite toecap

Metalfree and lightweight, no thermal or electrical conductivity

Metal free
Metal free

Metal free safety shoes are in general lighter than regular safety shoes. They are also very beneficial for professionals who have to pass through metal detectors several times a day.

Specifications

Upper
Pull-up Leather
Toecap
Composite
Lining
Mesh
Category
ASTM F2413:2018 - EN ISO 20345:2011
S3 HRO SRC
Outsole
Rubber
Midsole
Anti-puncture Textile
Footbed
SJ foam footbed
Size Range
EU 35-48 , UK 3.0-13.0 , US 3.0-13.5 , JPN 21.5-31.5 , KOR 230-315

You may also like

  • You may also like

Toecap
    Midsole
      Antislip
        Metalfree
          Electrostatic discharge (ESD)
            Weight
              Heat resistant outsole (HRO)
                View full comparison