Skystars JUPITER 5.8GHz 1.6W Analog VTX
Skystars JUPITER 5.8GHz 1.6W Analog VTX
Skystars JUPITER 5.8GHz 1.6W Analog VTX
Skystars JUPITER 5.8GHz 1.6W Analog VTX
Skystars JUPITER 5.8GHz 1.6W Analog VTX
Skystars
Analog VTX

Skystars JUPITER 5.8GHz 1.6W Analog VTX

₹2,879Incl. GST

SKU SKYSTARS-JUPITER-16W-VTX

VTX Power: 1600 mWMounting Size: 30.5x30.5Antenna Connector: MMCXMade in India: No

Free standard shipping on orders of ₹999 and above. Pan India delivery from Gurugram, Haryana.

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Product details

The Skystars JUPITER 5.8GHz 1.6W Analog VTX is a high-power video transmitter built for long-range FPV pilots, mountain surfers, and heavy-lift cinelifter operators who require consistent signal penetration through dense obstacles. Engineered to output up to 1600mW of RF power, it ensures a clean analog video feed at extreme distances where standard 400mW or 800mW transmitters drop out.

Key features

  • Five selectable power levels (PIT, 25mW, 400mW, 800mW, and 1600mW) for versatile operation from pit-lane testing to maximum-range flight
  • Full CNC aluminium alloy heatsink enclosure provides exceptional thermal dissipation and shields sensitive RF components from crash debris
  • Supports IRC Tramp protocol for quick channel, band, and power adjustments directly via flight controller OSD or radio transmitter
  • Wide 7–36V DC input voltage range allows direct powering from 2S to 8S LiPo flight batteries
  • Integrated 5V/1A BEC provides clean regulated power to FPV cameras without overloading the flight controller 5V rail

Specifications

  • Input Voltage: 7–36V DC (2–8S LiPo)
  • Output Voltage (BEC): 5V @ 1A
  • Output Power: PIT / 25 / 400 / 800 / 1600 mW
  • Control Protocol: IRC Tramp
  • Antenna Connector: MMCX
  • Mounting Pattern: 30.5x30.5 mm (M3)
  • Enclosure: CNC aluminium heatsink case

Due to the high thermal output at 1600mW, mount the VTX in a location that receives active airflow during flight, and always attach an MMCX-compatible 5.8GHz antenna before powering the unit on. For integration with Betaflight, INAV, or ArduPilot, connect the IRC Tramp control wire to any available flight controller UART TX pad.

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