Wilson Padel shoes Rush Pro 5

ADAPTATION
Quick cuts. Responsive control. Unwavering confidence.
Cut, recover and change direction with reactive agility and unshakeable confidence.
The reliable EndoFit support of the arch works with a TPU stability chassis for secure hold with
exceptional lateral control. Ensuring flexible and responsive control - from line to line, court to court.

FEEL
Lively rebound. Comfort for all matches.
The dual density midsole offers quick rebounds, while a super-compressed quality insole
cushions your footwork in lasting comfort when the intensity rises. The drop-in construction
holds your foot in a glove-like fit, connected. The lightweight sandwich mesh upper
ensures high breathability and comfort - set after set after set.

FUNCTION
Designed for the pivoting demands of padel, the high-resistance Duralast rubber outsole provides unmatched traction on the court. A TPU speed plate allows for quick transitions, while Ceramic 5D technology offers lightweight durability and reinforcement during slides and explosive stops.

TPU stability chassis at the heel and arch

Ensures excellent lateral control.

EndoFit arch support

Complete sock-like internal construction providing increased comfort, stability, and intuitive fit. The integrated arch support delivers superior lateral stability and control.

Ceramic 5D

A ceramic-infused coating wraps the entire shoe, offering improved control and ultimate durability for slides and quick stops - with the same protection as rubber but in a much lighter construction.

Double-layer mesh

Enhances breathability and comfort; promotes airflow and support where you need it.

TPU speed plate

Allows for ultra-quick transitions while providing enhanced support and explosive forward propulsion.

Drop-In performance insole

Supercritical molded EVA insole

R-DST+

This foam midsole provides the optimal combination of cushioning and rebound for dynamic performance.

High-resistance Duralast

An extremely durable and high-density rubber compound offers abrasion resistance and maximum traction on all surfaces.