Generic Open Ear Wireless Headphones with Bone Conduction, 48H Battery, IPX7 Waterproof, LED Display, Perfect for Travel, Meetings and Driving

Open Ear Wireless Headphones, 360-Degree Panoramic Sound, Bone Conduction, 48H Battery Life, IPX7 Waterproof, LED Display Specifications Technology: Bone conduction Battery Life: 48 hours Waterproof Rating: IPX7 Display: LED Fit: 90° rotatable ear-hanging design Material: Skin-friendly silicone Features Comfortable Wear: Natural listening mode without plugging ears, preventing bulging eardrums, swelling, and soreness for a healthier audio experience. ACS Panoramic Audio: Realistic 360° stereo surround sound creates an immersive audio experience. DireectPitch™ Technology: Open listening without sound leakage, ensuring accurate sound transmission and privacy protection. ENC Call Noise Cancellation: Bi-directional noise cancellation technology ensures clear and comfortable calls by filtering out noise interference. Lightweight Design: Ultra-lightweight construction with a stable fit, suitable for different ear shapes and vigorous activities. Ideal for Perfect for meetings, driving, traveling, and any activity requiring comfortable, immersive, and clear audio.

• The open ear design of these headphones ensures a comfortable fit that avoids pressure on the eardrums, promoting a natural listening experience for healthier audio enjoyment.
• With ACS Panoramic Audio, these bone conduction headphones create a realistic 360° stereo sound environment, making the audio feel present in every corner for an immersive experience.
• Featuring DirectPitch™ Directional Sound Field Technology, these wireless headphones allow for open listening without sound leakage, ensuring precise sound transmission without entering the ear.
• This innovative technology safeguards your privacy by preventing sound from dispersing into the surrounding environment.
• The ENC Call Noise Cancellation feature employs bi-directional acoustic technology to form an adaptive beam, accurately isolating the caller's voice while minimizing background noise interference.