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DarwinFPV OMNIS FPV Analog VTX Heat Dissipation Fan 25mW-10W Adjustable Transmitter For FPV Long Range Fixed Wing Drone

DarwinFPV

Regular price $264.56

Shipping calculated at checkout.


 

【Product Overview】

DarwinFPV OMNIS Analog VTX Series is a professional long-range analog video transmitter built for FPV crossing drones and fixed-wing aircraft, available in 5W and 10W power versions, with full frequency band options from 1.2GHz to 7.2GHz to meet global flight regulatory and distance demands. Equipped with CNC integrated metal heat sink + built-in cooling fan, dual standard mounting holes, IRC Tramp smart protocol and multi-power adjustable modes, it delivers stable long-distance image transmission without overheating failure.

【Core Advantages】

1. Up To 10W Super High Power, Ultra-Long Range Transmission

  • Two power versions optional: 10W model / 5W model
  • Multi-power gear adjustable:
    • 10W VTX: 25mW / 2.5W / 5W / 10W / PIT Mode
    • 5W VTX: 25mW / 800mW / 2000mW / 5000mW / PIT Mode
  • PIT Mode for low-power ground testing, comply with local radio laws; High power mode boosts signal penetration, eliminate mid-flight signal loss for far-distance flight.

2. CNC Integrated Heat Sink + Active Cooling Fan, No Overheating & Power Drop

One-piece CNC machined aluminum shell with large-area heat dissipation fins + built-in high-speed cooling fan. Even under continuous 10W full-load operation, it maintains stable temperature control, avoids automatic power reduction caused by overheating, keeps clear and smooth FPV video during long-time flight.

3. Multi-Band Full Frequency Coverage, Global Flight Scenarios Supported

Rich frequency band options: 1.2Ghz / 1.5Ghz / 1.8Ghz / 3.3Ghz / 4Ghz / 4.5Ghz / 5.8Ghz / 7.2Ghz. Adapt to different national wireless regulations, perfectly match long-range voyage, fixed-wing plane, FPV racing drone and other flight scenes.

4. Wide Voltage Input, Plug-and-Play For All Drones

  • 10W version: DC 15-36V input, compatible with 2S-8S LiPo battery
  • 5W version: DC 12-32V input, compatible with 2S-6S LiPo battery
     
    No extra voltage regulator module needed, directly install on mainstream crossing drones and fixed-wing aircraft, friendly for FPV beginners.

5. Dual Mount Holes + IRC Tramp Full Protocol, Easy Installation & Adjustment

  • Dual standard mounting hole: 25×25mm / 30.5×30.5mm, fit most drone frames without modification
  • Support IRC Tramp protocol, realize one-click parameter adjustment via OSD menu, also support physical button manual tuning
  • Standard SMA antenna port, dual-format PAL/NTSC video input, 5V power output for external camera power supply

【Parameter Specification】

10W OMNIS Analog VTX Spec

5W OMNIS Analog VTX Spec
 
Item Parameter
Available Bands 1.2G/1.5G/1.8G/3.3G/4G/4.5G/5.8G/7.2G
Output Power 25mW / 800mW / 2000mW / 5000mW / PIT Mode
Input Voltage DC 12-32V (2S-6S Lipo)
Video Format PAL / NTSC
Other Parameters Same as 10W version

【Button Operation Guide】

  1. Channel (CH) Setting (Blue Indicator)
     
    Short press Band/CH button to enter channel mode; quick short press to switch channel via blue light flash times.
  2. Band Setting (Red Indicator)
     
    Within 5s after channel setup, long press Band/CH button for 2s, red light flashes to enter band mode; short press to switch 13 bands (A/B/E/F/R/L/U/O/H/X/J/K/Z).
  3. Power Setting (Green Indicator)
     
    Within 5s after band setup, long press Band/CH button for 2s, green light flashes to enter power mode:
  • Flash 1 time: 25mW | Flash 2 times: 1000mW/2.5W | Flash3 times:5W | Flash4 times:10W | Steady green: PIT Mode

【Wiring Diagram】

Pin Definition: 15-36V(Positive) / GND(Negative) / RX / VIDEO / GND / 5V-OUT
 
Comes with dedicated power wire and video signal wire, simple connection with flight controller and FPV camera.

【Package List】

1 × OMNIS Analog VTX
 
1 × SMA Antenna Extension Cable
 
1 × 40mm PH2.0 2P Power Wire
 
1 × 150mm GH1.25 4P Video Transmission Wire

【Package Reminder】

️ Note: High power transmission mode must comply with local radio frequency laws and regulations; use PIT mode for indoor ground debugging to avoid signal interference.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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