EVS T5 MX Helmet

This helmet is a game-changer, with advanced features for safety, comfort and fit.

If a powersports dealer cares about it, MPN covers it.

Published: Jan 10, 2024

Step up your ride with the T5 MX Helmet. It’s not just a helmet — it’s a game-changer. With advanced features for safety, comfort and fit, it’s a top pick among entry-level moto helmets. Plus, it meets the ECE 22.05 and DOT certifications. Prepare to elevate your expectations for fit and function.

Features

Dual-density EPS impact liner for superior energy management
Compression gasket integrates with race collar/neck brace
Specifically engineered polycarbonate impact shell
Max airflow intake/exhaust system for superior ventilation and comfort
Removable, washable, moisture wicking, anti-microbial liner
Eject compatible
1,580 grams light

Certifications

ECE 22.05 and/or DOT standards

Dainese Audax D-Zip Perforated Leather Suit, Axial 2 Boots and Full Metal 7 Gloves

Elevated comfort, protection and performance.

By Meagan Kusek

Meagan Kusek is the editor of Motorcycle & Powersports News. Since 2016, she has been covering various aspects of the B2B automotive markets, including professional carwashes, auto dealerships, motorcycle/powersport dealerships and collision repair shops.

Published: Mar 27, 2024

Audax D-Zip 1PC Perf. Leather Suit, Axial 2 Boots, and Full Metal 7 Gloves

Dainese has introduced the Audax D-Zip One-Piece Perforated Leather Suit, the Axial 2 Boots and the Full Metal 7 Gloves.

Audax D-Zip One-Piece Perforated Leather Suit

The Audax D-Zip One-Piece Perforated Leather Suit stands as a testament to ergonomic design and freedom of movement on the saddle, achieved through revolutionary construction and functionality inspired by the latest technology tested by MotoGP professionals. Positioned at the forefront of D-air-free racing suits, this suit excels in safety with a class AAA mechanical resistance. Customizable aluminum inserts on shoulders and knees, along with steel inserts on elbows, optimize protection by minimizing friction during a fall.