Evolv Phantom Climbing Shoes - Elite Performance Shoe for Precision & Sensitivity

Precision Meets Power-Engineered for Elite Climbing

The Evolv Phantom is built for climbers who demand ultimate control, sensitivity, and power on the most technical terrain.

Developed with elite climbers including Daniel Woods and Paul Robinson, the Phantom combines advanced midsole systems and a precision-tuned fit to deliver performance on the hardest routes and boulders.

Why You'll Love It

• Elite-Level Precision - Designed for technical foot placements
• Balanced Sensitivity & Power - Feel everything without losing support
• Maintains Shape Over Time - Consistent performance session after session
• Highly Engineered Fit - Eliminates dead space for maximum control
• Vegan-Friendly Construction

Advanced Technologies

AVT Midsole (Abridged Variable Thickness)

• Thicker forefoot for power
• Thinner edges for sensitivity
• Cut-out under big toe for enhanced feel

TPS+ System (Tension Power System Plus)

• Maintains downturn over time
• Adds arch tension for a locked-in fit
• Eliminates dead space underfoot

Dark Spine S Heel

• Transfers power efficiently
• Maintains sensitivity for technical moves

Key Features

• Aggressively downturned profile for steep terrain
• Compression Closure System (CCS) for a secure, dialled fit
• Molded VTR rand for durability and comfort
• Designed for precision on small, technical footholds

Materials & Construction

• Upper: Synthetic (vegan)
• Midsole: MX-P 1.6mm + AVT + TPS rubber system
• Outsole: 4.2mm TRAX® SAS rubber

Fit Guide

• Max Performance: Street shoe size (tight, aggressive fit)
• Performance Fit: +½ size (snug, session-capable)
• Comfort Fit: +1 to +1.5 sizes

Performance Benefits

• Exceptional sensitivity for micro footholds
• Maintains power on steep terrain
• Superior fit for technical climbing precision
• Consistent performance over time

Perfect For

• Hard bouldering
• Technical sport climbing
• Steep and overhanging routes
• Advanced to elite climbers
• Climbers pushing their absolute limits