SkyZone V2 Wireless FPV Multi-Function Goggles (3D Capable)

This item is discontinued and no longer available for purchase. You may want to search our site for a similar item.

This is the SkyZone 3D Capable V2 Multi-Function Wireless FPV Video Goggle Set with Built-in DVR (Digital Video Recorder). Capable of both 2D and 3D, these are the same goggles included in the full SkyZone 3D FPV Set (SKZ-0012) and offer a vivid three dimensional experience (additional items required), as well as unmatched value for those seeking normal diversity 2D mode. Additionally, the goggles support 5 bands, 8 channels per band, for a total of 40 channels (See band selection and frequencies in specifications).

2D FPV Experience
For those seeking a traditional 2D mode, these SkyZone V2 Goggles are an excellent choice. Although slightly more expensive than the 2D only model, these goggles offer a robust on-screen display that provides all the necessary information in one place. No more hitting buttons and guessing, simply toggle through the onscreen menus to locate the channel frequency or setting you want to change. This model also provides the DVR feature where you simply install a microSD card (up to 32GB) into the goggles to record an immense amount of flights footage to enjoy later and share with friends.    

3D FPV Experience
SkyZone 3D capable goggles deliver an incredibly vivid three dimensional FPV flying experience, with a level of depth that cannot be matched with standard 2D goggles. Using a built-in 5.8Ghz Diversity Receiver and diversity Antenna inputs, combined with two independent video display modules, and a separate dual lens 3D camera (sold separately) that uses a parallel shooting method, this 3D system delivers a strong 3D effect at close-range, with a less sensitive 3D effect at longer distances for a more vivid visual experience.


  • General
    • FOV: 85 degrees (Diagonal)
    • F/NO: F/NO=3.0
    • Resolution: 720X576
    • Video Standard: PAL
    • Video output level: 1.0Vp-p Typ. / 75ohm
    • Audio output level: 2.0Vp-p Typ. / 10Kohm
    • Power supply: DC 5.0V/ 0.5A
    • Power Consumption: 1.6W
    • Dimensions: 65x30x28mm (LxWxH)
    • Operating Temperature: 0℃~+60℃
    • Modulate: Wideband FM Modulate
    • Video Standard: NTSC/PAL
    • RF Output Impedance: 50 ohm
      • RF Output Power
      • Min: 26
      • Typ: 27
      • Max: 28
      • Units: dBm
  • Binocular Display    
    • FOV: 30 degrees (Diagonal)
    • Resolution: 854X480(WVGA),  1,229,760 color sub-pixels
    • Brightness: 350cd/㎡
    • Interpupillary distance (IPD): 57.5-69mm Adjustable
  • Wireless Receiver
    • Type: ISM 5.8GHz 40 Channel, Diversity receiver.
    • Preset Frequencies:
      • Band A: 5865/5845/5825/5805/5785/5765/5745/5725
      • Band B: 5733/5752/5771/5790/5809/5828/5847/5866
      • Band E: 5705/5685/5665/5645/5885/5905/5925/5945
      • Band F: 5740/5760/5780/5800/5820/5840/5860/5880
      • Band R: 5658/5695/5732/5769/5806/5843/5880/5917
    • Custom Frequency: Yes
    • Sensitivity: -90dBm±1dBm
    • Antenna port: 2 X SMA,50ohm
  • Front Camera    
    • FOV: 60 degrees (Diagonal)
    • Resolution: 640X480(VGA)
    • FOCAL LENGTH: f=4.0mm
    • F/NO: F/NO=2.8
  • Head Tracker
    • Sensor: Magnetic, Inertial and gyro
    • Output: PPM 8 channel,  Optional  5-6CH,5-7CH,5-8CH,6-7CH,6-8CH,7-8CH
  • Record
    • Micro SD: Support to 32GB
    • Compression: MJPEG, 30fps, AVI
    • Picture: JPEG
    • Record rate: 6Mbps
  • AV Signal
    • Video Standard: NTSC/PAL
    • Video output level: 1.0Vp-p Typ. / 75ohm
    • Audio output level: 1.0Vp-p Typ. / 10Kohm
  • AV Port
    • Div. AV OUT (3.5mm4P): Diversity Video, Audio output
    • EAR OUT (3.5mm3P): Stereo 16Ω/150mW
    • AV IN (3.5mm4P): Video、Audio input
  • Power Supply
    • DC IN: DC 7~26V/ 1A
    • Power Consumption: 12V input: 5.4W
    • Dimensions: 168x92.5x41mm (LxWxH - Not include prominent part)
    • Operating Temperature: 0℃~+60℃


  • (1) 3D FPV GOGGLE 
  • (2) 5.8G 2dBi antenna
  • Various connection cables

This product was added to our catalog on April 21, 2016.