Identify the exact setup
Write down the receiver model, firmware and output protocol. “ADS-B capable” does not mean every app can read that device. FLAL can use compatible GDL 90 data; proprietary integrations and different firmware configurations may behave differently.
Do not assume a particular Stratus, Stratux or Avidyne setup is compatible solely because another pilot uses that brand. Test the actual combination on the ground.
Connect before you need it
- Power and position the receiver according to its instructions.
- Join its Wi-Fi network in iOS Settings when that is the receiver’s connection method.
- Allow FLAL Local Network access if prompted.
- Return to the flight data sources screen.
- Confirm received data, source and freshness rather than stopping at a Wi-Fi check mark.
A receiver Wi-Fi network may not provide internet. Download flight materials before depending on that connection.
Check products separately
Position, traffic and weather are separate capabilities. A working position stream does not prove weather is arriving. Weather may take time and broadcast coverage; traffic reception can be incomplete. Review the products actually shown and their timestamps.
Troubleshoot one layer at a time
- No network: check receiver power and selected Wi-Fi.
- Network but no receiver data: check Local Network permission and the supported output/configuration.
- Receiver connected but stale position: check its position status and installation instructions.
- No weather: distinguish protocol support from reception, product availability and coverage.
Keep a backup position/navigation plan. Learn why traffic and compatibility have limits before operational use.
FLAL provides supplemental planning and situational awareness. Verify current official information and your equipment setup. Offline data is a saved snapshot, not a live update.