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Kimpok Technology Co., Ltd

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China 7.2GHz 3W 64Channel Drone Analog Wireless Video Transmitter VTX
China 7.2GHz 3W 64Channel Drone Analog Wireless Video Transmitter VTX

  1. China 7.2GHz 3W 64Channel Drone Analog Wireless Video Transmitter VTX
  2. China 7.2GHz 3W 64Channel Drone Analog Wireless Video Transmitter VTX
  3. China 7.2GHz 3W 64Channel Drone Analog Wireless Video Transmitter VTX

7.2GHz 3W 64Channel Drone Analog Wireless Video Transmitter VTX

  1. MOQ: 10
  2. Price: Negotiation
  3. Get Latest Price
Payment Terms L/C,Western Union
Supply Ability 4,000 pieces per month
Delivery Time 3-7 work days
Packaging Details International Standard Packing
Number of Channels 64 channels
Power Levels 25mW/1000mW/3000mW
Input Voltage Range DC 7V-36V
Antenna Interface Type SMA female seat with inner hole
Smart Audio Protocol IRC Tramp
Brand Name Kimpok
Model Number 7.2G 3W
Certification CE Cerfication
Place of Origin China

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  1. Product Details
  2. Company Details

Product Specification

Payment Terms L/C,Western Union Supply Ability 4,000 pieces per month
Delivery Time 3-7 work days Packaging Details International Standard Packing
Number of Channels 64 channels Power Levels 25mW/1000mW/3000mW
Input Voltage Range DC 7V-36V Antenna Interface Type SMA female seat with inner hole
Smart Audio Protocol IRC Tramp Brand Name Kimpok
Model Number 7.2G 3W Certification CE Cerfication
Place of Origin China
High Light 7.2GHz drone video transmitter3W analog VTX64-channel FPV transmitter

7.2GHz 3W 64CH Drone Analog Wireless Video Transmitter (VTX)

I. Product Description

1. Product Introduction

This product is a 7.2GHz analog wireless video transmitter (VTX) specifically designed for drone FPV (First-Person View) scenarios. It features a maximum power of 3W and covers 64 channels within the 6110MHz-7210MHz frequency range, meeting medium-to-long-distance video transmission needs . The device supports a wide input voltage range of DC 7V-36V (compatible with 2-8S lithium batteries) and adopts an efficient heat dissipation structure consisting of an aluminum alloy shell, heat sink, and fan . Additionally, it is equipped with core functions such as intelligent temperature protection, three-level adjustable power, and IRC Tramp smart audio, making it stably compatible with various devices like FPV racing drones, aerial photography drones, and agricultural plant protection drones, thus providing clear and continuous image transmission support for drone flights .

2. Core Features

  • Multi-Channel Anti-Interference: Covers the 6110MHz-7210MHz frequency range, including 8 frequency bands (A, B, E, F, R, P, H, U) and a total of 64 channels. Channel and band can be switched flexibly to avoid co-channel interference, adapting to video transmission needs in different scenarios .
  • Flexible Power Adjustment: Supports cyclic switching among three power levels: 25mW (low-power energy-saving), 1000mW (medium-distance), and 3000mW (long-distance). Long-pressing the power button for 3 seconds enters Pit mode (green LED stays on, low-power standby) .
  • Wide Voltage Compatibility: With an input voltage range of DC 7V-36V, it is compatible with 2-8S lithium batteries, eliminating the need for additional voltage converters and adapting to most drone battery specifications .
  • Intelligent Temperature Protection: When the device temperature exceeds 100°C, the power is automatically reduced by one level until it reaches the minimum 25mW; when the temperature drops to 95°C, the power returns to the originally set level, preventing damage from overheating and extending the service life .
  • Efficient Heat Dissipation Design: Combines an aluminum alloy shell, built-in heat sink, and cooling fan to enhance air convection heat dissipation, ensuring stable temperature during high-power operation .
  • Standard Interface Configuration: The antenna connector is an SMA female seat with an inner hole (compatible with mainstream FPV antennas), and the power/signal interface is a 1.0 6P connector, supporting video signal transmission and IRC Tramp smart audio control .

3. Product Advantages

  • Stronger Compatibility: 64 channels and 8 frequency bands cover a wide range, adapting to most FPV receivers on the market; the 2-8S wide voltage compatibility allows direct connection to different drone batteries without additional accessories .
  • Higher Stability: Dual protection of temperature protection and efficient heat dissipation prevents video transmission interruption or device damage caused by overheating during high-power operation; the fixed 20mm*20mm/ø2mm mounting hole spacing ensures firm installation without loosening .
  • More Flexible Usage: Three-level power adjustment enables power switching according to flight distance (short-range practice/medium-to-long-range aerial photography), balancing video transmission distance and battery life; channels and bands can be switched by short-pressing/long-pressing buttons, ensuring easy operation .
  • Longer Service Life: The design requiring antenna installation before power-on (to extend module life), scratch-resistant and wear-resistant aluminum alloy shell, and temperature protection to reduce component loss comprehensively improve device durability .

4. Application Scenarios

  • FPV Racing Drones: Supports clear video transmission for short-distance high-speed flights; the low-power mode is suitable for indoor practice, and the high-power mode is suitable for outdoor racing.
  • Professional Aerial Photography Drones: The 3W high power supports medium-to-long-distance aerial photography (e.g., hundreds to thousands of meters, depending on environmental obstacles), ensuring stable transmission of high-altitude images.
  • Agricultural Plant Protection Drones: Compatible with 2-8S large-capacity plant protection batteries, stably transmitting images of field crops to assist in precise pesticide application.
  • Drone Surveying and Inspection: Used in scenarios such as power inspection and bridge surveying; high-power video transmission meets long-distance operation needs, clearly transmitting device status and environmental images in real time.

II. Product Parameter Table

Feature (Function/Characteristic) Detail (Specific Parameter) Application (Application Scenario) Description (Description) FAR (Video Transmission Distance)
Frequency Range 6110MHz-7210MHz, 64 channels, including 8 frequency bands (A, B, E, F, R, P, H, U) All drone FPV scenarios, especially multi-device same-site operation scenarios Covers a wide frequency range; supports cyclic switching of frequency bands/channels (short press to switch channels, long press for 5 seconds to switch frequency bands) to effectively avoid co-channel interference Affected by the environment (obstacles, receiving equipment); can reach medium-to-long distance under 3W power (e.g., hundreds to thousands of meters); suitable for short distance (within 100 meters) under 25mW power
Transmitting Power Three adjustable levels: 25mW/1000mW/3000mW (max 3W); supports Pit mode (long press power button for 3 seconds, green LED stays on) Short-range practice (25mW), medium-distance operation (1000mW), long-distance aerial photography/inspection (3000mW) Power is switched cyclically via buttons; the green LED flashing times indicate power levels (1 flash=25mW, 2 flashes=1000mW, 3 flashes=3000mW) 3000mW: Medium-to-long distance; 1000mW: Medium distance; 25mW: Short distance
Input Voltage DC 7V-36V, compatible with 2-8S lithium batteries Drones with 2-8S lithium batteries (FPV racing drones, aerial photography drones, plant protection drones) No additional voltage conversion module is needed; directly connected to drone batteries to avoid component burnout due to voltage mismatch Does not affect distance; only ensures device compatibility and power supply stability
Heat Dissipation Method Aluminum alloy shell + built-in heat sink + cooling fan High-power long-time operation scenarios (aerial photography, inspection) Enhances air convection heat dissipation to ensure stable temperature during high-power operation Ensures continuous and stable operation in high-power mode, avoiding video transmission interruption due to overheating
Smart Audio Supports IRC Tramp protocol FPV devices requiring audio control (racing drones, professional aerial photography drones) Enables remote parameter adjustment (e.g., power, channel) via the IRC Tramp protocol, simplifying ground control operations Does not directly affect distance; improves operational convenience
Temperature Protection Power is reduced by one level when temperature exceeds 100°C (down to 25mW); power returns to original level when temperature drops to 95°C High-temperature environments (outdoor summer) or high-power long-time operation Automatically monitors device temperature to avoid component damage from overheating and extend module life Ensures video transmission stability in extreme scenarios, reducing distance attenuation caused by overheating
Antenna Connector SMA female seat with inner hole Drones matching mainstream FPV antennas (omnidirectional antennas, directional antennas) Standard SMA interface for easy installation and disassembly; antenna must be installed before power-on to extend module life The transmission distance can be further improved with high-gain antennas
Physical Specifications Size: 53mm28.85mm16mm; Weight: 25.85g; Mounting hole spacing: 20mm*20mm/ø2mm All drone types (small FPV racing drones, medium-sized aerial photography drones) Compact size and light weight for easy installation; fixed mounting hole spacing ensures firm installation Does not affect distance; ensures easy integration with different drones

Company Details

Bronze Gleitlager

,

Bronze Sleeve Bushings

 and 

Graphite Plugged Bushings

 from Quality China Factory
  • Business Type:

    Manufacturer

  • Year Established:

    2008

  • Total Annual:

    1000000-9000000

  • Employee Number:

    50~100

  • Ecer Certification:

    Verified Supplier

Kimpok Technology is a leading of High-tech global enterprise in R&D and manufacturing. Company established in 2008 and located in Shenzhen China. Specializing in the provision of advance wireless microwave communication system to the broadcast, UAV, public surverillance and defense industries. ... Kimpok Technology is a leading of High-tech global enterprise in R&D and manufacturing. Company established in 2008 and located in Shenzhen China. Specializing in the provision of advance wireless microwave communication system to the broadcast, UAV, public surverillance and defense industries. ...

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  • Kimpok Technology Co., Ltd
  • Rm616, Kingsignal signal connection technology industrial park, No. 50 Baolong 2nd road, Longgang district, Shenzhen, Guangdong Province, China
  • https://www.kimpok.com/

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