Planey: Wear OS Flight Radar

Turn your smartwatch into a personal airspace radar with Planey! Designed exclusively for Wear OS, Planey lets you look up at the sky and instantly identify planes passing overhead. Powered by real-time ADS-B community data, Planey renders an interactive flight radar showing nearby aircraft right on your wrist, alongside live weather updates. 100% Free & Community Powered No subscriptions, no ads, and no hidden paywalls. Planey uses open-data feeds from ADS-B.fi and Open-Meteo to deliver real-time flight tracking directly to your Wear OS device. 📡 Real-Time Airspace Radar: • Live ADS-B Flight Tracking: Track real-time position, altitude, ground speed, heading, and callsign of nearby planes. • Aircraft Photos: View high-quality photos of identified flights and tap to expand into a full-screen view. • Radar View: A clean circular UI optimized specifically for round smartwatch screens. • Adjustable Radar Range: Easily change range up to 25 nautical miles (46 km) to see approaching air traffic. • Out-of-Range Bezel Pins: Track incoming aircraft outside your immediate view pinned around the bezel edge. • Ground-Speed Vectors: Clear visual indicators displaying target flight direction and speed. 🌤️ Weather & Flight Route Insights: • Flight Route Info: Instant origin and destination airport details for enhanced situational awareness. • Bezel Weather Bar: Monitor current location, weather conditions, temperature, and relative humidity at a glance. • Flexible Weather Units: Seamlessly toggle between Imperial (°F) and Metric (°C). ⌚ Optimized Built-for-Wrist UI: • Gesture Navigation: Maximal screen real estate with zero button clutter. Access menu settings with a simple long-press or swipe-left. • Smart Flight Browsing: Quickly scroll nearby plane lists with scroll-position retention. • Battery Efficient: Intelligent network polling and smart caching prevent battery drain. • High-Contrast Display: Dynamic text backdrops make flight stats easy to read under direct sunlight. Note: Flight coverage depends on community ADS-B receiver density in your area.