iFlight BLITZ Whoop 5.8GHz 1.6W VTX
| System | analog |
|---|---|
| Max power | 1600 mW |
| Power levels | 25 / 400 / 800 / 1600 mW |
| Frequency range | 5.8 GHz |
| Input voltage | 7-34V |
| Channels | 44 |
| Antenna connector | U.FL |
| Weight | 16.5 g |
Choosing between systems? See analog vs DJI vs Walksnail vs HDZero.
Where this data comes from
iFlight's product page prints the labelled block: Input voltage: 7V~34V, Interface: IPEX, Power levels: PIT/25mW/400mW/800mW/1600mW, Channels: 44 (including Raceband), Mounting pattern: 25.5x25.5mm/Φ1.6, Lightweight: 16.5g (excluding antenna), VTX telemetry: IRC Tramp, and repeats the four steps as 'RC Tramp VTX table values: 25mW/400mW/800mW/1600mW'. power_levels_mw drops PIT, the way the rest of this column does. mount_mm is deliberately EMPTY: the brand states two different patterns for one board - the product page's 25.5x25.5mm/Φ1.6 and the manual's (B013728_BLITZ Whoop 1.6W VTX Instructions_20250506.pdf) 'Mounting Pattern: 25*25mm/Φ2mm' - and a column that has to choose between two manufacturer figures publishes neither. input_voltage is the manual's port line, 'VBAT: 2-8S, 7-34V DC Positive Input', which agrees with the page. The manual's LED legend contradicts its own spec line - it reads '1 flash=25mW, 2 flashes=100mW, 3 flashes=200mW', three steps that are not this radio's four - and is the same boilerplate legend printed in the non-Whoop BLITZ 1.6W manual; the power figures here come from the two places that agree, the page block and the manual's Specs line. antenna_connector is the column's U.FL spelling for the IPEX the manufacturer prints. The board switches camera video through itself (Camera in / Camera out / Video in) and carries a microphone.