Padel bag NOX AT10 COMPETITION TROLLEY

Padel bag NOX AT10 COMPETITION TROLLEY – Comfort and Functionality on the Go

The NOX AT10 COMPETITION TROLLEY is an excellent choice for players who frequently travel to training sessions, tournaments, or longer trips. This padel bag with wheels is not only spacious but also highly practical, ensuring that all your equipment is neatly and safely transported.

Durable and Reliable Design

The NOX AT10 COMPETITION TROLLEY features a robust design that withstands even the most intense travels. The adjustable-height handle and sturdy wheels allow for easy and burden-free transportation of the bag from one place to another. The bag is made from high-quality materials, ensuring durability and resistance to wear and tear.

Thoughtful Compartment Layout

The bag includes a main compartment with a double zipper, ideal for storing rackets, clothing, and other necessary equipment. The thermal compartment with NOX ThermoTech technology can hold up to 3 padel rackets and is perfect for bottles or other temperature-sensitive items. The ventilated shoe compartment helps maintain freshness and separates footwear from the rest of the gear.

Versatile Use

The NOX AT10 COMPETITION TROLLEY is a versatile bag that can be used as a trolley, backpack, or shoulder bag. The ergonomic handle and rigid base ensure stability, durability, and comfort while traveling. This bag is an excellent choice for both professionals and active amateurs.

Trusted Choice for Players

This model is also chosen by Agustín Tapia, using it in all his travels – a testament to its reliability and practicality. The NOX AT10 COMPETITION TROLLEY is a dependable choice for anyone who values quality and functionality.

Technical Specifications

The bag dimensions are 600 x 300 x 350 mm, with a capacity of 60 liters. This allows for convenient storage of all necessary equipment, whether traveling to training sessions, tournaments, or longer journeys. NOX ThermoTech technology ensures that your gear is protected from temperature fluctuations.