Emberton III features more bass than its predecessor. Dynamic Loudness adjusts the tonal balance as you change the volume. Discover a rich, full sound that'll never let you down.
Available exclusively on Marshall products, True Stereophonic is a unique form of multi-directional sound. This is absolute 360° sound, where the music finds you. It's true, not all speakers are created equal.
That's more than a full day of listening on a single charge. Enough time to play through an entire discography. When you do run out of battery, just plug in your speaker and return to full charge in 2 hours.
Featuring an IP67 dust and waterproof rating, you can submerge Emberton III in 1 m (3 ft) of water for up to 30 minutes. Marshall's on the road spirit lives on in this rugged speaker design.
Music comes first, but we know life gets busy. Emberton III comes with a built-in microphone, making hands-free talking much simpler and clearer. You can take calls while getting your day started or preparing for a gig.
We don’t want anything to get in the way of your music, so Emberton III is built to be Bluetooth LE Audio-ready. This future-proof technology will open a new world of audio sharing possibilities with Auracast™.
We want you to enjoy your Marshall product for years to come, so we now offer authorised repair services* and spare parts for Emberton III through our website. *Models eligible for authorised repair services may vary in different markets. Offering and expanding our repair solutions is one of our top priorities. Visit our support page for the latest information.
We focus on recycled sources and better chemicals. 79% of the plastic in Emberton III comes from recycled plastic* made from preloved products including used electronic devices and CDs. Emberton III is also entirely PVC-free as PVC is considered one of the most harmful plastics. *27% of the product consists of plastic of which 79% 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.