Skip to product information
1 of 25

Congo Basin Group

Blackview BV100 Smart Glasses — HD Camera, Bluetooth 5.4, 220mAh Battery, Stereo Bass Speakers, Noise-Cancelling Mic, Wear Detection

Blackview BV100 Smart Glasses — HD Camera, Bluetooth 5.4, 220mAh Battery, Stereo Bass Speakers, Noise-Cancelling Mic, Wear Detection

Regular price $76.40 USD
Regular price $0.00 USD Sale price $76.40 USD
Sale Sold out
Shipping calculated at checkout.
Quantity

Step into the future with the Blackview BV100 Smart Glasses, designed for tech enthusiasts, adventurers, and on-the-go professionals. These smart glasses combine HD video capture, immersive audio, and AI-powered features in a sleek, modern design—perfect for sports, travel, or daily wear.

Key Features:

  • HD Camera & 1200P Video: Capture every moment in stunning clarity with the built-in 8MP HD camera, perfect for video recording, live streaming, or casual photography.

  • Bluetooth 5.4 & Stereo Bass Speakers: Enjoy wireless music streaming and calls with crystal-clear sound, enhanced by stereo bass speakers for a superior audio experience.

  • Noise-Cancelling Microphone: The ENC mic ensures your voice comes through loud and clear during calls, even in noisy environments.

  • Wear Detection & AI Features: Automatically detects when the glasses are worn, and integrates AI assistant and AI translation for hands-free convenience.

  • Long-Lasting Battery & Fast Charging: Equipped with a 220mAh battery delivering up to 5 hours of audio playback and 40 minutes of video recording, with magnetic fast charging for quick power-ups.

  • Multilingual Support: Works in English, Spanish, Russian, Japanese, Korean, French, German, and more—perfect for global use.

  • Comfortable & Durable Design: Lightweight square frame ensures all-day comfort while staying stylish and functional for sports and daily activities.

Whether you’re recording adventures, taking calls on the go, or enjoying music hands-free, the Blackview BV100 Smart Glasses offer unmatched convenience, style, and performance in a single wearable device.

View full details