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5W 3.3GHz Wireless Video Transmitter High-Speed Long-Distance Transmission, Stable Signal Compatible with Most Drones, Reliable Video Transmission Accessory for FPV Flying

5W 3.3GHz Wireless Video Transmitter High-Speed Long-Distance Transmission, Stable Signal Compatible with Most Drones, Reliable Video Transmission Accessory for FPV Flying

Dettagli del prodotto:
Place of Origin: China
Marca: Kimpok
Certificazione: CE Cerfication
Model Number: 3.3G 5W VTX
documento: 3.3G 5W VTX Manual.pdf
Informazioni dettagliate
Place of Origin:
China
Marca:
Kimpok
Certificazione:
CE Cerfication
Model Number:
3.3G 5W VTX
Informazioni di trading
Minimum Order Quantity:
1
Prezzo:
US$64.00
Packaging Details:
International standard packing
Delivery Time:
3-7 work days
Payment Terms:
Negotiation
Supply Ability:
3,000 pieces per month
Descrizione del prodotto
5W 3.3GHz Wireless Video Transmitter
High-speed long-distance transmission with stable signal, compatible with most drones for reliable FPV flying.
Key Features
  • High-Powered Transmission: 5W power output delivers strong, stable signals for long-range FPV drone flying.
  • Enhanced Signal Stability: Cutting-edge technology ensures minimal interference for high-quality video transmission.
  • Compact Design: Lightweight construction (38g) with easy mounting for seamless drone integration.
  • Wide Compatibility: Works with most FPV systems and drone models.
  • Reliable Performance: Durable construction for racing, aerial photography, and recreational FPV flying.
Technical Specifications
Frequency Range: 16CH 3.3G (3170MHz-3470MHz)
Max Power: 5W (25mW/5000mW adjustable)
Input Voltage: DC 7V-36V (2-8S battery compatible)
Antenna Connector: MCX
Smart Audio: IRC Tramp
Cooling System: Aluminum alloy shell with heat sink & fan
Mounting: 30.5mm×30.5mm / ø3.0mm hole spacing
Dimensions: 38mm×38mm×20.7mm
Weight: 38g
Important Usage Notes
Ensure proper ventilation around the module to prevent overheating and power reduction.
Verify correct voltage range and polarity before powering to avoid component damage.
Always install antenna before powering on to extend module lifespan.
Consult instruction manual for proper wiring and optimal performance.