DIY, multifunctional, compatible, sub-1 GHz ISM band radio based proximity awareness system for general aviation.
User Guide
- vMB155: collect statistics on reception range by relative direction
- vMB153: record compressed flight logs in flash memory (T-Beam & T-Echo)
- vMB152: settings stored in an editable text file
- vMB149: handles Mode-S in addition to ADS-B
- vMB140: supports adding an SD card and writing flight logs on the T-Beam
- vMB138: supports using add-on GNSS modules, on the T-Beam
- vMB130: supports the GNS5892R ADS-B receiver module, on the T-Beam
- vMB120: supports the latest 2024 radio protocol
- vMB114: import traffic data in GDL90 format (from ADS-B receiver)
- vMB110: added second serial port and data bridging (only on T-Beam)
- Collision prediction for circling aircraft
- Can set aircraft ID for self, ID to ignore, and ID to follow
- Support 3-level collision alarms via buzzer
- Can configure two simultaneous NMEA output destinations
- Settable baud rate for serial output
- Estimates wind while circling, uses for collision prediction
- Corrected frequency hopping and time slots
- Airborne devices can relay radio packets from landed aircraft
- Can adjust SoftRF settings within T-Echo (without an app)
- Louder buzzer via 2-pin differential drive, or external
- Collision-danger traffic VOICE warnings!
- Includes strobe-control logic
- Option to connect to ambient WiFi network instead of creating one
- Option to send data as TCP client instead of TCP server
- Specify server's IP address for TCP client, and choice of 2 ports
- Ability to use WiFi TCP & UDP NMEA outputs simultaneously
- These WiFi options allow wireless output to XCvario
- Detect and use OLED display on either I2C port
- Winch mode ("aircraft type") with variable reported altitude
Source code, and compiled binaries for ESP32 and nRF52 (only).
Modified version of SkyView
SkyStrobe - a controller for a visibility strobe (and more)
For discussions join the SoftRF Community.
For additional info see also Lyusupov's repository.
