Flash the value

Altitude alarm is in metres, from 0 to 10000, and the demo is 100. The hint says it flashes above this, and that 0 means off. The picture's height starts at 50 m with the alarm at 100 m, so the lamp says Steady. At 100 m it is still steady, because the hint says above, not at the number. At 101 m the lamp says Flashing. Set the alarm slider to 0 and the lamp says Off, including at 200 m.

The picture only runs the height to 200 m so the 100 m line is easy to cross. The field on the card goes on to 10000 m. Below home is a separate field. It starts at 5 m, from 0 to 10000, and the hint says it flashes this far below the arming point. 0 means off. That 5 m is on in the demo, so a descent of 5 m below where you armed will flash even while the altitude alarm is still at 100 m.

Distance starts at 1000 m, from 0 to 50000, in steps of 50. The hint says it flashes farther than this from home, and that 0 means off. Current starts at 0 A, from 0 to 255. The hint says it flashes above this, and that 0 means off, so the demo does not flash on current until you set a number above 0. Flight time starts at 10 minutes, from 0 to 600. The hint says it flashes once you have been armed that long, and that 0 means off.

RSSI starts at 20%, from 0 to 100. The hint says it flashes below this. A reading of 20% is not below 20, so the flash starts at 19% and under. Link quality starts at 70%, from 0 to 100. Its hint says it flashes below this, and it names Crossfire at 70% and Tracer at 50%. The demo is already the Crossfire number. SNR starts at 4 dB, from -20 to 10. The hint says it is the Crossfire signal-to-noise and that it flashes at or below this, so 4 dB itself flashes, unlike the RSSI line.

RSSI dBm alarm starts at 0, from -130 to 0. The hint says it flashes below this, and that 0 means off, so the demo does not flash on dBm. dBm shown as 100% starts at -30 dBm, from -50 to 0. dBm shown as 0% starts at -120 dBm, from -130 to 0, and the hint calls that the receiver sensitivity. Those two scale the element. They are not the flash threshold.

Airspeed low and airspeed high both start at 0 km/h. The low hint says it flashes below this, as a stall warning, and that 0 means off. The high hint says it flashes above this, and that 0 means off. Both step by 5 km/h. G-force starts at 5.0 g, from 0 to 20, in steps of 0.5. The card does not add a hint for when that one flashes. Axis g-force low starts at -5.0 g and axis g-force high at 5.0 g, each from -20 to 20.

IMU temperature low starts at -20 °C and high at 60 °C. Barometer low and high start at the same -20 °C and 60 °C. The barometer low hint says it flashes that element below this. ESC temperature low starts at -20 °C and high at 90 °C. The footer still applies: an alarm makes its element flash, and these numbers stay metric even if the units picker is not on metric. The demo units picker starts on metric.

Open the OSD tab on INAV and find Alarms. Chrome or Edge connects over USB or Bluetooth. Android adds Wi-Fi. iPhone uses Bluetooth or Wi-Fi and has no USB host. Set the altitude, the link and the distance you actually want to notice, then save. A 0 on a field whose hint says 0 means off will not flash that element.

The horizon is a different card. OSD horizon is the camera uptilt and the line in the picture. It does not set these flash thresholds. A power limit that cuts the throttle is also a different card. This one only flashes the OSD element.