Product details
The UGREEN HiTune Max5C Hybrid Active Noise-Cancelling Headphones are premium over-ear wireless headphones designed to deliver immersive Hi-Res audio, intelligent noise cancellation, and exceptional all-day comfort. Featuring Hybrid Active Noise Cancellation (ANC) with up to 43 dB of noise reduction, they effectively block ambient sounds for a more focused listening experience whether you’re commuting, working, travelling, or relaxing. Powered by 40 mm dynamic drivers with LDAC Hi-Res Audio support and Spatial Audio, the headphones produce rich bass, detailed mids, and crystal-clear highs for an immersive soundstage. Equipped with Bluetooth 5.4, they provide a stable, low-latency wireless connection and support dual-device pairing for seamless multitasking.
Designed for extended listening sessions, the HiTune Max5C features soft memory-foam ear cushions, an adjustable foldable headband, and a lightweight design weighing just 264 g. The built-in AI-powered noise-cancelling microphones ensure crystal-clear voice calls, while the large battery delivers up to 75 hours of playback with ANC off or 45 hours with ANC enabled. Additional features such as USB-C wired audio, customizable EQ settings through the UGREEN App, fast charging, and intuitive onboard controls make the HiTune Max5C an outstanding choice for professionals, students, travelers, and music enthusiasts.
UGREEN HiTune Max5C Hybrid Active Noise-Cancelling Headphones Key Features
- Hybrid Active Noise Cancellation (ANC) with up to 43 dB noise reduction
- Bluetooth 5.4 wireless connectivity
- 40 mm dynamic drivers with LDAC Hi-Res Audio support
- Spatial Audio for immersive 360° sound
- AI-powered noise-cancelling microphones for clear calls
- Up to 75 hours of playback (ANC off) or 45 hours (ANC on)
- USB-C fast charging and wired audio support
- Dual-device connectivity with customizable EQ via the UGREEN App
- Lightweight foldable design with memory-foam ear cushions
- Compatible with Windows, macOS, Android, iOS, and other Bluetooth-enabled devices
