Get 30% Off Ace Sonos Headphones on Black Friday.

Sonos Ace headphones finally got their first significant Black Friday price drop: from their regular price of $399 on Amazon, they’re now just $279. That’s a hefty $120 discount, and according to price trackers , it’s the lowest price recorded to date.
Sonos is best known for its home speakers and soundbars, but the Ace is its first attempt at premium over-ear headphones , and it’s a success. They don’t feel like a first-generation experiment. The design is lightweight and durable; the earpads are soft and comfortable for long periods of use; and the physical buttons are easy to find and press, which is great if you’re tired of complex touch controls.
You get around 30 hours of battery life with active noise cancellation or Aware mode enabled, and closer to 40 hours with both turned off. This puts them on par with other top-end options, such as the Sony WH-1000XM5 . The Ace also supports multipoint Bluetooth connectivity, meaning you can stay connected to your laptop and phone simultaneously and switch between them without much lag. Sound quality is clear and well-balanced out of the box, but you can adjust it in the Sonos app if you need more bass or brightness, as noted in this PCMag review . The ANC and Transparency (or Aware) modes are excellent, allowing you to tune out or tune in to your surroundings without abruptly switching.
However, there are a few limitations worth knowing. Unlike Sonos speakers, the Ace doesn’t support Wi-Fi playback, so you can’t stream music directly from services like you can with other Sonos devices. However, it can connect to Sonos soundbars via Bluetooth, which can be a plus if you’re already part of the Sonos ecosystem. Compared to similarly priced models like the AirPods Max or the latest Sony WH-1000XM6 headphones, the Ace is on par, especially at this reduced price. Whether you’re replacing an old pair or trying premium noise-cancelling headphones for the first time, this offering makes the Sonos Ace worth serious consideration.