Noise Airwave Max 4 with 70H Playtime, ENC, 40mm Driver, Low Latency(up to 40ms), Carbon Black, Wireless Over Ear Headphones

The Noise Airwave Max 4 Wireless Over-Ear Headphones are designed for users who seek immersive sound quality, extended battery performance, and advanced wireless convenience in a stylish and modern form factor. Finished in an elegant Carbon Black color, these headphones combine premium aesthetics with practical everyday usability, making them suitable for entertainment, gaming, office work, travel, and fitness activities. With an ergonomic over-ear design and lightweight construction, the Airwave Max 4 delivers comfort for prolonged listening sessions without causing ear fatigue.

Engineered with powerful audio drivers and low-latency wireless technology, the Noise Airwave Max 4 ensures smooth synchronization between sound and visuals for an enhanced multimedia experience. Whether you are streaming music, attending online meetings, watching movies, or playing games, the headphones provide rich acoustics, stable connectivity, and clear communication. Equipped with Environmental Noise Cancellation (ENC) and long-lasting battery support, these headphones are built to meet the demands of modern users who require uninterrupted performance throughout the day.

Key Features

Massive 70 Hours Playtime

The Noise Airwave Max 4 headphones offer an impressive battery backup of up to 70 hours on a single charge. This extended playback capability allows users to enjoy music, gaming, calls, and entertainment for long durations without frequent recharging, making them ideal for travel, office use, and daily listening needs.

Powerful 40mm Dynamic Drivers

Equipped with advanced 40mm dynamic audio drivers, the headphones deliver deep bass, balanced mids, and crystal-clear vocals. The enhanced sound output creates an immersive audio experience suitable for music, movies, gaming, and multimedia entertainment across different genres.

Environmental Noise Cancellation (ENC)

The integrated ENC technology helps minimize surrounding background noise during voice calls, ensuring improved voice clarity and better communication. This feature is especially useful for office meetings, online classes, gaming chats, and calls in noisy environments.

40ms Ultra-Low Latency Mode

Featuring low latency support of up to 40ms, the headphones reduce audio delay for smoother synchronization between visuals and sound. This enhances gaming and video streaming experiences by providing faster audio response and improved in-game awareness.

Advanced Bluetooth Wireless Connectivity

The headphones are equipped with advanced Bluetooth technology that provides stable and seamless wireless connectivity with smartphones, tablets, laptops, and other compatible devices. The connection remains reliable for uninterrupted audio streaming and hassle-free pairing.

Ergonomic Over-Ear Comfort

Designed for long listening sessions, the Noise Airwave Max 4 features soft cushioned earcups and an adjustable headband for enhanced comfort. The lightweight over-ear design reduces pressure on the ears, making the headphones suitable for prolonged daily use.

Stylish Carbon Black Finish

The premium Carbon Black color gives the headphones a sleek and modern appearance. The stylish finish enhances the overall aesthetic appeal while maintaining a professional and contemporary look.

Fast Charging Support

The headphones support fast charging technology, allowing users to quickly recharge the battery and continue their entertainment with minimal downtime. This feature is convenient for users with busy schedules and active lifestyles.

Convenient On-Device Controls

Built-in control buttons allow users to manage music playback, calls, volume adjustment, and voice assistant functions directly from the headphones for a seamless user experience.

Portable and Everyday Friendly

The foldable and lightweight design makes the headphones easy to carry and store. Whether traveling, commuting, working, or relaxing, the Airwave Max 4 offers excellent portability and convenience.

Technical Specification