Fire-Boltt Brillia Pro Smart Watch 2.02inch AMOLED Display, Bluetooth Calling, SpO2, Heart Rate Monitor, 120+ Sports Modes, Fitness Tracker, Voice Assistant, Smart Watch for Man & Women– Champagne.
About :-
- ULTRA-BRIGHT 2.02” AMOLED DISPLAY FOR CRISP VISIBILITY: Enjoy stunning visuals on a large 51.3mm (2.02”) always-on AMOLED display with 750 NITS brightness and 240x296 resolution. premium smart watch for men with crystal-clear readability even under bright sunlight.
- BLUETOOTH CALLING & SMART VOICE ASSISTANT ON THE GO: Stay connected with hands-free Bluetooth calling and manage your day effortlessly using the built-in voice assistant. Make calls with ai smart watch check updates, and get things done—no phone needed.
- 120+ SPORTS MODES FOR COMPLETE FITNESS TRACKING: Track your workouts with precision using over 120 sports modes, including running, cycling, and yoga. Whether you're at the gym or outdoors, with smart watch for woman your fitness progress is always recorded.
- ALL-IN-ONE HEALTH MONITORING FOR PEACE OF MIND: Monitor your health in real-time with advanced SpO2 (blood oxygen), continuous heart rate tracking, sleep analysis, and female health tracking—designed to keep your wellness in check.
- LONG-LASTING BATTERY FOR UNINTERRUPTED PERFORMANCE: Forget daily charging—get up to 7 days of battery life on a single charge, plus up to 20 days of standby. Smart watch for women perfect for travel, work, and daily workouts without interruption.
| Operating System | android |
| Special Feature | Accelerometer, Activity Tracker, Alarm Clock, Calorie Tracker, Camera, Bluetooth Calling, IP67 Smartwatch, 2.01" AMOLED Display, Built In Mic & Speaker, Voice Assistant, Games, Find Phone, Daily Workout Memory, Distance Tracker, Multisport Tracker, Music Player, Notifications, Pedometer, Phone Call, Sedentary Reminder, Sleep Monitor, Text message, Time Display, Spo2 (Blood Oxygen Monitoring), Heart Rate Tracking |
| Connectivity Technology | Bluetooth |
| Wireless Communication Standard | Bluetooth |
| Battery Cell Composition | Lithium Ion |
