Scarpa ARPIA V LV Climbing Shoe, 38.5, Shark - Aqua

When you're toeing into a tiny edge on a steep sport route or smearing across a slab in the gym, the Scarpa ARPIA V LV keeps you locked in and confident. This low-volume climbing shoe is built for precision on vertical to overhanging terrain, with a moderately downturned profile that balances power and comfort. The dual Velcro straps let you dial in a secure fit quickly, so you can focus on the next move instead of fussing with laces.

Key specifications

• Closure: Dual Velcro straps for fast, adjustable fit
• Upper and lining: Microfiber for durability and comfort
• Outsole: Vibram XS Grip 2 rubber, 3.5 mm thick for optimal grip and sensitivity
• Midsole: Flexan 1.0 mm for torsional rigidity and support
• Last: FK (slightly asymmetric, moderately downturned)
• Volume: Low Volume (LV) for a snug, precise fit
• Active Randing System: Bi-Tension for power transfer and support
• Heel System: PAF (Pressure Absorbing Fit) for heel hooking comfort
• Stiffness: Medium, balancing support and sensitivity
• Size: EU 38.5 (US Men's 6.5, US Women's 7.5, UK 5.5)
• Colour: Shark / Aqua

Why choose it

The ARPIA V LV is a versatile performer for bouldering, sport climbing, and gym sessions. Its Bi-Tension active rand keeps your foot stable on steep pulls, while the PAF heel system reduces pressure during aggressive heel hooks. The Vibram XS Grip 2 outsole offers excellent friction on both rock and plastic, and the low-volume fit eliminates dead space for maximum precision on small holds.

Ideal use cases

• Bouldering on technical problems requiring precise footwork
• Sport climbing on vertical to steep routes
• Indoor climbing and training sessions
• Climbers with narrow or low-volume feet seeking a secure fit

Good to know

Scarpa recommends sizing down from street shoe size for a performance fit, but the LV model is designed for lower volume feet, so consider your foot shape when choosing. The dual Velcro straps allow quick on/off between attempts, and the microfiber upper stretches minimally over time, maintaining its shape and support.