Marshall signature sound

We’ve fine-tuned the Marshall signature sound you know and love with custom-tuned dynamic drivers, and reduced distortion meaning you can hear your music with absolute clarity.

100+ hours of wireless playtime

Packing 100+ hours of wireless playtime, you can be gone for days and never be left without a soundtrack. Major V can be charged using the quick charge option, so you’ll dive back into the session in no time.

Rugged and foldable design

It takes a lot to wear Major V down thanks to its rugged design. These headphones are also foldable so that you can easily pack them away and be gone for days.

Customisable M-Button

Instantly access your favourite features thanks to Major V’s M-button and the Marshall Bluetooth app. Just press the M-script logo to open the Spotify Tap default function, your EQ settings or voice assistant.

Wireless charging

Wireless charging means it’s simple to give Major V a boost when needed. Just rest your headphones on a charging pad and you’re good to go. Major V can also be recharged using a USB-C charging cable included in the box

Bluetooth LE Audio-ready

Major V is geared up for Bluetooth LE Audio. This future-proof technology will deliver superior sound quality and open a new world of audio sharing possibilities with Auracast™.

Cut through the noise like Billie

When the world gets a little chaotic, music can be the force of inspiration to make your way through the noise. We're proud to showcase our headphone collection with Billie Joe Armstrong.

MAKING THINGS LAST LONGER

Our in-app battery preservation feature enables you to reduce how quickly your battery ages, so you can get more out of your headphones for longer. 86% of the plastic in Major V is recycled*, made from preloved products including used electronic devices and CDs, extending the lifecycle of these discarded items. *33% of the product consists of plastic of which 86% is GRS certified post-consumer recycled plastic. Percentage breakdown is based on weight and excludes any plastic that can be found in electronical components due to the lack of detailed material knowledge in every component.