Home /Aircraft /

AV IN Input LCD Dual Antenna Receiving HD Video Glasses Display 4.3'' Drone Gogles

AV IN Input LCD Dual Antenna Receiving HD Video Glasses Display 4.3'' Drone Gogles

Brand Name:ENMESI
Certification:CE, ROHS, FCC,CCC
Model Number:F2
Minimum Order Quantity:1pcs
Delivery Time:7 work days
Payment Terms:T/T, Western Union etc.
Contact Now

Add to Cart

Verified Supplier
Location: Shenzhen Guangdong China
Address: 11th Floor, Building B, Silver Star Technology Building, No.1301 Guanguang Road, Guanlan Street, Longhua New District, Shenzhen, China
Supplier`s last login times: within 48 hours
Shipping
lt's easy to get a shipping quote! Just click the button below and complete the short form.
Get Shipping Quote
Product Details Company Profile
Product Details

AV IN Input LCD HD Dual Antenna Receiving Video Glasses Display 4.3 Inch FPV Drone Gogles


The effect is that you can immerse yourself in the driver's perspective and manipulate your model plane or racing car to soar into the sky and rage on the ground without worrying about any risk. This is interesting, but it's not too fresh an idea, because it has long been used in real high-tech areas, such as drones and computer-guided missiles, and so on.


But it can now be very cheap to use in our DIY leisure and entertainment tools is an impressive thing.


At present, the domestic FPV players are quite a lot, through simple modification, you can use model aircraft for FPV, with flat-panel antennas and remote control increase equipment, the longest flight distance in China reached 80.6 kilometers, foreign video recorded for 113km, the fastest speed to reach 150km/h, the height reached 4685m.


Added automatic cruise system, OSD video synthesis (showing battery voltage, current, power,) and GPS positioning (showing takeoff coordinates and departure distance and direction, height and speed) and runaway return equipment, so that FPV more playable.


With the use of flight control module and ground station system, FPV system has been able to achieve fully automatic, fixed-point scheduled high cruising, automatic driving, manual control and computer driving mixed mode, data real-time transmission and other functions.


Product Details:


Screen Size4.3inch
MaterialTFT
Resolution480*272
FOVField of view: 0/120 degrees (horizontal/vertical)
Power consumption1.5W in HD mode, 2.3W in 5.8G mode
Channels48channesl (6 bands *8 channels), support channel auto-searching
Battery600mAh reachargeable Li-battery
Size150mmX82mmX145mm
Weight280g

Product Description


This product, the main function has two, one is wireless signal 5.8GHz, called FPV function, mainly connected to the model, UAV, or other 5.8GHZ signal; another feature is AV-IN, which requires wired connections to some video output devices, such as DVDS, PSP, PS2, PS3, TV-BOX, MP4, MP5 and so on.

FPV's equipment consists of:
  • Carrier
  • Antenna
  • Video transmitter
  • Video receiver
  • Image display storage
  • Remote control increase
  • Camera and others

Product features


  • Channel 48 ayward choice, integrated 5.8G full-band reception function.
  • Specially designed lens, in both to ensure the amplification of the immersion visual experience at the same time, colorless dispersion, no distortion, suitable for long time use, not dizzy.
  • The intimate design of human mechanics, do not press the cheek, no fatigue.
  • humanized design concept, wear simple soft and comfortable.


Certification


1.We are a company that specializes in providing smart glasses solutions.


2. Our critical testing system ensures perfect prodction quality before shipment.


3. We have a professional service team to solve technical problems, the main components of all products offer one year warranty.


4. Our products have passed the CE,FCC,ROHS certification.



Tag: FPV drone goggles, FPV video smart glasses, crossover machines FPV.

China AV IN Input LCD Dual Antenna Receiving HD Video Glasses Display 4.3'' Drone Gogles supplier

AV IN Input LCD Dual Antenna Receiving HD Video Glasses Display 4.3'' Drone Gogles

Inquiry Cart 0