Over-ear wireless headset Apple AirPods Max Starlight — Bluetooth, circumaural, head-band, 386.2 g

Apple AirPods Max Starlight are over-ear wireless headphones with circumaural ear cups and a head-band design. Finished in a beige Starlight colour and weighing 386.2 g, these headphones provide full-ear coverage for music and calls and use Bluetooth wireless connectivity for everyday listening at home, in the office or while traveling.

Advantages

High-fidelity sound delivers deep bass, detailed mids and clear highs for precise audio reproduction. Pro-level Active Noise Cancellation reduces ambient noise to help you focus on music or calls. The over-ear construction with a padded canopy and cushions is designed for fit and comfort during extended wear. USB-C charging offers fast and convenient power-up using a single cable.

Suitable for

• Listening to music at home or on the go
• Making and taking voice calls with full-ear microphone pickup
• Use in office or remote work to reduce background noise
• Travel where wireless range and comfort are needed

Key specifications

• Design: Over-ear, circumaural
• Connectivity: Wireless Bluetooth 5.0
• Weight: 386.2 g
• Wearing style: Head-band with padded canopy and ear cushions
• Noise control: Active Noise Cancellation
• Microphone: Built-in for calls
• Charging: USB-C
• Colour: Beige (Starlight)

How to use

Charge the headphones using a USB-C cable until fully powered. Pair the AirPods Max with a Bluetooth-capable device following the device’s Bluetooth settings. Place the head-band over your head and adjust the ear cups for a comfortable seal around your ears. Use the on-device controls to play or pause audio, adjust volume and manage calls. Enable or disable Active Noise Cancellation in the device settings or via the headphone controls as needed.

Usage recommendations

For best performance, keep firmware up to date via your compatible device, charge regularly to maintain battery health, and clean ear cushions gently with a soft, dry cloth. Use Active Noise Cancellation in noisy environments and disable it when situational awareness is required.