PHAvia Maps Aeronautical Charts v4.0.1 (Build 216)
Avia Maps is a flight planning and navigation tool designed for offline use. It utilizes data visualization based on ICAO Annex 4 standards and provides global coverage for airports, navaids, and waypoints.Technical Specifications
| Feature | Details |
|---|---|
| Version | 4.0.1 b216 [Premium] |
| OS Requirement | Android 8.0+ |
| Architecture | Universal |
| File Size | 41.8 MB |
| SHA-256 | f80a66a3e5a7889ced4fddfa4d504dea229c86999f62abde68b18f33d6285a21 |
Database and Coverage
- Aviation Points: 65,000+ airports, 9,000+ navaids, and 15,000+ waypoints.
- Airspace Data: 62 countries across six continents (including US, Canada, Europe, Australia, and New Zealand).
- Offline Functionality: Map data is downloadable in 5x5 degree grid sectors.
Key Features
- Weather Integration: High-resolution forecasts from DWD and NOAA. Map layers include cloud cover, ceiling, precipitation, and winds (surface and aloft). Integrates with Avia Weather for METAR and TAF data.
- Terrain Awareness: Digital elevation model with dynamic terrain overlay that adjusts coloring based on current GPS altitude.
- Traffic (ADS-B): Supports GDL90 format for hardware receivers (e.g., SkyEcho, Stratux) and software-based traffic via SafeSky.
- Performance Modeling: Supports custom aircraft profiles using POH handbook values. Calculations utilize aerospace engineering formulas for fuel burn and climb performance based on engine type.
- Synchronization: Cloud sync for routes, aircraft profiles, and user-defined waypoints across multiple devices.
New in Version 4.0.1
| Update Type | Description |
|---|---|
| New Feature | VFR Auto Routing: Automatic route generation between airports with terrain and airspace avoidance. |
| New Feature | Route Quick Settings: New dialog for rapid adjustment of global planning parameters. |
| Improvement | Updated general route information display in advanced planning mode. |
| Improvement | Automatic magnetic variation via geomagnetic field model. |
| Bugfixes | Miscellaneous stability and performance improvements. |