The OnePlus Bullets Wireless Z3 feature a neckband design for added comfort and stability, making them ideal for extended use. These earbuds are in-ear style, ensuring a snug fit that helps with passive noise reduction. With an IP55 water resistance rating, they offer protection against sweat and light rain, making them suitable for workouts and outdoor activities. However, they do not include features like RGB lighting, wingtips, or a display.
The OnePlus Bullets Wireless Z3 deliver a balanced audio experience with a 12.4 mm driver unit and support for spatial audio for an immersive sound. While they lack active noise cancellation (ANC), they feature passive noise reduction for a more focused listening experience. The earbuds also have an impedance of 32 Ohms and a sound pressure level of 98 dB/mW, ensuring clear and powerful sound across a frequency range of 20 Hz to 20,000 Hz.
The OnePlus Bullets Wireless Z3 offer a battery life of up to 36 hours on a single charge, providing long-lasting usage. Powered by a 220 mAh rechargeable battery, they also feature a battery level indicator to help you keep track of remaining power. However, they do not support wireless or solar charging.
The OnePlus Bullets Wireless Z3 feature Bluetooth 5.4 for reliable wireless connectivity with a maximum range of 10 meters. They also support USB Type-C for convenient charging. However, they do not support fast pairing, NFC pairing, or advanced Bluetooth codecs like LDAC, aptX, or AAC.
The OnePlus Bullets Wireless Z3 offer a range of useful features including fast charging for quick power-ups and a mute function for convenient control during calls. They can also be used as a headset and include an in-line control panel for easy access to settings. Additionally, the earbuds provide voice prompts to assist with operation, but they do not support ambient sound mode or in/on-ear detection.
The OnePlus Bullets Wireless Z3 are equipped with a single microphone that features noise canceling technology to ensure clear voice transmission even in noisy environments.