Ortovox Traverse 30 rugzak - Seas Surf.

The Ortovox Traverse 30 stands apart from typical alpine packs by pairing a fully recycled, PFC-free main fabric with a ventilation-first suspension that keeps your back dry on demanding ascents. Its 30-litre capacity is ideal for day-long mountain tours, via ferrata, or lightweight overnight trips where every gram counts but comfort cannot be compromised.

Highlights

• Airvent System contact back with deep ventilation channels for breathability
• Main material: 100% recycled 210D ROBIC® polyamide, PFC-free
• Integrated rain cover and helmet net for all-weather protection
• Two ice axe/pole attachments and multiple gear loops
• Hydration system compatible up to 3 litres
• Hip belt pockets and chest strap with signal whistle

In daily use

From the first step, the Traverse 30 feels balanced and secure. The Airvent System keeps the pack slightly off your back, allowing air to circulate even under heavy loads. The top and front access points let you grab a shell or snacks without unpacking everything. Stash your phone or energy gels in the hip belt pockets, and clip trekking poles or ice axes to the dedicated attachments. When the weather turns, the integrated rain cover deploys in seconds, and the helmet net keeps your lid handy for technical sections.

Full specifications

• Volume: 30 L
• Colour: Seas Surf
• Main material: 100% recycled 210D ROBIC® polyamide
• Back system: Airvent System (contact back with ventilation channels)
• Access points: top and front (main compartment)
• Hydration system compatible: yes, up to 3 L
• Rain cover: integrated
• Ice axe/pole attachment: yes (2)
• Helmet carry: integrated net
• Hip belt pockets: yes (2)
• Chest strap: yes, with signal whistle
• Gear loops: yes (multiple)
• PFC-free: yes
• Recycled content: yes (main material)
• Recommended use: hiking, mountaineering, alpine tours
• Gender: unisex

Final note

The Ortovox Traverse 30 combines sustainable materials, alpine-ready features, and a ventilation system that keeps you comfortable from valley floor to summit.