LOWA Citux ανδρικά παπούτσια trail running Lime/Flame

Technical trails demand footwear that keeps up with uneven terrain, sudden direction changes, and long miles. The LOWA Citux answers with a rocker-shaped sole and aggressive outsole, turning rocky paths and root-covered singletrack into confident strides. Its breathable, abrasion-resistant upper sheds brush and debris while the DYNAPU+ midsole cushions every footstrike.

Who is it for

Built for neutral runners who tackle technical trails and mixed terrain. The Citux suits men seeking a responsive, medium-cushioned shoe with a precise fit and durable protection for daily training or race day.

Main features

• LOWA® TRAC® AGILITY outsole with 5 mm lugs for grip on loose dirt, rock, and mud.
• DYNAPU+ midsole delivers balanced cushioning and energy return with a 6 mm drop.
• Rocker shape promotes a smooth heel-to-toe transition on uneven ground.
• Ripstop synthetic upper with TPU film overlays resists abrasion and trail debris.
• Breathable textile lining keeps feet cool; no waterproof membrane for maximum airflow.
• Partially made with recycled materials, supporting more sustainable production.

Specifications

• Brand: LOWA
• Model: Citux
• MPN: 3106947223-100
• EAN: 4063606374964
• Gender: Men's
• Colour: Lime/Flame
• Upper material: Synthetic, ripstop fabric (LOWA REPTEX SPORT)
• Lining material: Textile
• Midsole: LOWA DYNAPU+
• Outsole: LOWA® TRAC® AGILITY
• Closure: Lace-up
• Heel-to-toe drop: 6 mm
• Lug depth: 5 mm
• Cushioning: Medium
• Support: Neutral
• Recommended terrain: Technical trails, mixed terrain
• Special features: Rocker shape, TPU film protection, abrasion-resistant upper
• Sustainability: Partially made with recycled materials
• Fit: Standard
• Weight per shoe: approx. 270 g (UK 8)
• Waterproofing: None (breathable)

Tips

Pair the Citux with lightweight technical socks to enhance breathability on hot days. For rocky descents, rely on the rocker geometry to keep your stride fluid. After muddy runs, rinse the upper and air-dry away from direct heat to preserve the recycled materials.