Apple AirPods Max Specifications and Price in Kenya
Custom Acoustic Design
Apple AirPods Max price in Kenya starts at KSH 85,000
From the canopy to the ear cushions, every part of AirPods Max is carefully crafted to provide exceptional acoustic performance for each user. The breathable knit mesh canopy, spanning the headband, is made to distribute weight and reduce on-head pressure. The stainless steel headband frame provides strength, flexibility, and comfort for a wide variety of head shapes and sizes. Telescoping headband arms smoothly extend and stay in place to maintain the desired fit.
Breakthrough Listening Experience
- Adaptive EQ: AirPods Max use Adaptive EQ to adjust the sound to the fit and seal of the ear cushions by measuring the sound signal delivered to a user and adjusting the low and mid-frequencies in real time — bringing rich audio that captures every detail.
- Active Noise Cancellation: AirPods Max deliver immersive sound through Active Noise Cancellation so users can focus on what they are listening to. Each ear cup features three outward-facing microphones to detect environmental noise, while one microphone inside the ear cup monitors the sound reaching the listener’s ear. Using computational audio, noise cancellation continuously adapts to the headphone fit and movement in real time.
- Transparency Mode: With AirPods Max, users can switch to Transparency mode to simultaneously listen to music while hearing the environment around them — ensuring everything, including a user’s own voice, sounds natural while audio plays perfectly. Switching between Active Noise Cancellation and Transparency mode can be done with a single press using the noise control button.
- Spatial Audio: AirPods Max use spatial audio with dynamic head tracking to place sounds virtually anywhere in a space — delivering an immersive, theatre-like experience for content recorded in 5.1, 7.1, and Dolby Atmos. Using the gyroscope and accelerometer in AirPods Max and iPhone or iPad, spatial audio tracks the motion of a user’s head as well as the device, compares the motion data, then remaps the sound field so it stays anchored to the device, even as the user’s head moves.