Apple AirPods Max, Noise Cancelling Wireless Bluetooth Over-Ear Headphones, Silver

Providing 20 hours of listening, movie watching, or talk time – as well as featuring high-fidelity audio, along with industry-leading Active Noise Cancellation, Apple’s AirPods Max deliver a rich audio experience, no matter if you’re on the move or at home.

Comfortable listening
AirPods Max’s telescoping arms smoothly extend and then stay where you set them – providing a consistent fit and seal, whilst the custom-designed mesh textile wraps the ear cushions, to give pillow-like softness while listening.

H1 chip
Apple’s H1 chip ensures your AirPods Max will have better connectivity, increase battery life and speedier pairing times. Additionally, by utilising each of the processor’s 10 audio cores, computational audio helps block outside noise, and then adapts the audio to the fit and seal of your ear cushions.

Easy operation
The AirPods Max’s helpful Digital Crown lets you precisely control volume, skip between tracks, answer phone calls, and even activate Siri. Or just tap the noise control button to switch to Transparency mode – this enables you to let outside sound in, so you can interact with your surroundings.

Don’t worry about setting the headphone up, as AirPods Max will connect immediately to your iPhone or iPad. To pair, just place AirPods Max near your selected device and then tap Connect on your screen to get going.

Helpful features
For those times when you need to remove the headphone mid-song, AirPods Max will pause your audio when you take them off, and resume playback when you put them back on.

Active Noise Cancellation
AirPods Max use a total of six outward-facing microphones to detect noise in your environment, and two inward-facing microphones to measure what you’re hearing, and to help cancel unwanted external sounds. Beamforming microphones also help to isolate your voice on phone calls, so you’re heard clearly during noisy commutes.

Battery life
When popped inside the included wireless Smart Case, AirPods Max enter an ultra?low?power state that handily preserves charge.