Bowers & Wilkins Px7 S2 Over-Ear Noise-Canceling Headphones

Experience unparalleled sound quality and comfort with the Bowers & Wilkins Px7 S2 over-ear noise-canceling headphones. Designed for true audiophiles, these headphones feature custom-engineered 40mm dynamic drivers that deliver detailed, immersive sound, ensuring you hear every nuance of your favorite music exactly as the artist intended. The hybrid noise-cancellation technology, powered by six precision-placed microphones, blocks out unwanted distractions while maintaining the integrity and energy of your music.

Crafted for extended listening sessions, the Px7 S2 combines luxurious memory foam earpads and an elegant fabric finish to provide a snug and comfortable fit. With up to 30 hours of battery life on a single charge and quick-charge capability that adds 7 hours of playback in just 15 minutes, the Px7 S2 is perfect for long commutes, travel, or focused work sessions. Seamlessly connect to your devices via Bluetooth 5.2 with aptX Adaptive for high-quality wireless audio, or use the included cables for a wired connection. Elevate your listening experience with the Px7 S2—a perfect blend of premium performance and style.

Key Features:

1. Immersive Sound Quality Features custom-designed 40mm bio-cellulose dynamic drivers.
2. Engineered to deliver detailed, natural audio with precision.
3. Advanced Noise Cancellation Hybrid noise-canceling system with six microphones for superior noise reduction.
4. Maintains music dynamics while ensuring clear call quality, even in noisy environments.
5. Long-Lasting Battery Life 30 hours of playback from a single charge.
6. Quick-charge capability offers 7 hours of playback with just 15 minutes of charging.
7. Premium Comfort & Design Memory foam earpads for all-day comfort.
8. Elegant fabric finish for a modern and sophisticated look.
9. Seamless Connectivity Bluetooth 5.2 with aptX Adaptive for stable, high-quality wireless audio.
10. USB-C port supports both charging and audio connections.
11. Ambient Pass-Through and wear-detection sensor enhance user experience.