I constantly have to remind myself that Marshall also makes high-quality headphones, not just speakers, as their latest device, the Major V, is a $150 pair of on-ear headphones with a 100+ hour battery life. Despite initially thinking this feature might be a gimmick, I was proven wrong after three weeks of consistent use. The headphones also offer Bluetooth LE and promise Auracast in a future firmware update. However, the sound quality is average at best, which is disappointing given the brand’s reputation and the midrange price.
The design of the Major V is on-ear, not over-ear, so if you prefer headphones that completely envelop your ears, these may not be the best option. The thick layer of cushioning in the cups makes them comfortable to wear, although the leatherette coating can heat up after extended use. The headphones are collapsible and lightweight, making them easy to transport, but they lack resistance to dust and water, which is a downside.
The controls on the Major V are intuitive, with dedicated buttons for playback, volume, and power, as well as a customizable button for launching Spotify or accessing other features. The headphones also offer a 3.5mm input for wired connectivity. The battery life of over 100 hours is impressive, and the battery preservation feature adds to the longevity of the device.
In terms of performance, the sound quality of the Major V is underwhelming, with a balanced sound and emphasis on mids. The lack of definition and personality in the audio may disappoint those expecting more from a Marshall product. However, the headphones are Bluetooth LE compatible and future-proofed for Auracast. Additionally, they are designed to withstand wear and tear, with replaceable ear cups and a repair program for battery changes.
Overall, the Marshall Major V offers some impressive features, such as long battery life and intuitive controls, but falls short in terms of sound quality. The headphones may appeal to those looking for a portable and durable option, but audiophiles may be disappointed by the average audio performance.