The INSTOW Leo EcoViz® 15K Performance+ Breathable Cargo Overtrouser (L02-O-LEO) is a high-performance waterproof overtrouser designed for rail and infrastructure professionals requiring certified visibility, durability and all-weather protection. Manufactured from EcoViz® 15K 2-layer laminated recycled polyester (200GSM) and made from recycled plastic bottles, this garment delivers advanced performance with reduced environmental impact.
Fully compliant with Railway Group Standard RIS-3279-TOM, this Hi-Vis Orange overtrouser is certified to EN ISO 20471 Class 2 for high-visibility protection. It achieves an EN343 4:4 rating certified to 10 wash cycles and EN343 3:3 certified to 25 wash cycles, ensuring long-lasting waterproof and breathable performance in demanding site conditions.
Designed for comfort and practicality, the INSTOW features an elasticated waist with shock cord adjuster for a secure fit, alongside side pocket access for convenience when worn over work trousers. Large hook and loop fastened cargo pockets provide ample storage for tools and essentials on site.
A lower leg zip opening with hook and loop fastened storm flap allows easy fitting over work boots while maintaining weather protection. Heat applied segmented chevron reflective tape enhances visibility while offering improved flexibility and freedom of movement.
- EcoViz® 15K 2-layer laminated recycled polyester, 200GSM
- Made from recycled plastic bottles
- Railway Group Standard RIS-3279-TOM compliant
- EN ISO 20471 Class 2 certified
- EN343 4:4 (certified to 10 wash cycles)
- EN343 3:3 (certified to 25 wash cycles)
- Heat applied segmented chevron reflective tape
- Elasticated waist with shock cord adjuster
- Large hook and loop cargo pockets
- Side pocket access
- Lower leg zip opening with hook and loop storm flap
- Colour: Hi-Vis Orange (RIS-3279-TOM)
- Sizes: S–6XL
The Leo INSTOW EcoViz® 15K Cargo Overtrouser is ideal for rail, highways, utilities and infrastructure sectors requiring certified waterproof protection with enhanced breathability and sustainable fabric technology.