Hoka Challenger 8 sapatilhas de corrida homem - Stardust/Virtual Blue - EU 47,5

Hit the road or the trail in the Hoka Challenger 8, a men's hybrid running shoe built for runners who demand versatility. Whether you're logging daily miles on pavement or exploring light trails, the Challenger 8 delivers a smooth, balanced ride with reliable traction. The stardust and virtual blue colourway adds a fresh, energetic look to your run.

Key specifications

• Gender: Men's
• Pronation support: Neutral
• Cushioning level: Balanced
• Heel-to-toe drop: 5 mm
• Weight (approx. for EU 47.5): 310 g (10.9 oz)
• Heel stack height: 31 mm
• Forefoot stack height: 26 mm
• Upper material: Engineered mesh
• Midsole material: Compression-molded EVA (CMEVA)
• Outsole material: Durabrasion rubber
• Intended use: Road running, light trail running, daily training
• Lacing system: Standard lace-up
• Removable insole: Yes
• Colour: Stardust / Virtual Blue
• Size (EU): 47.5
• Size (US Men's): 13
• Shoe category: All-terrain / trail-to-road

Why choose it

The Challenger 8 is engineered for runners who want one shoe that can handle a variety of surfaces. Its compression-molded EVA midsole offers a balanced blend of cushioning and responsiveness, while the Durabrasion rubber outsole provides durable grip on both roads and light trails. The extended heel pull makes it easy to slip on, and the updated outsole design enhances traction for confident strides.

Ideal use cases

• Daily training on roads and light trails
• Runners seeking a versatile all-terrain shoe
• Neutral pronators who prefer a balanced cushioning feel
• Those who value a roomy toe box and comfortable fit

Good to know

The Hoka Challenger 8 features a 5 mm heel-to-toe drop, which encourages a more natural foot strike while still providing ample cushioning. The engineered mesh upper offers breathability and a secure fit, and the removable insole allows for custom orthotics if needed. With its all-terrain capability, this shoe is a reliable choice for runners who transition between surfaces.