BETAFPV P1 HD VTX Air Unit 1080p @ 60fps 60ms latency ArtLynk Protocol Supported for Meteor75 Pro P1/Achuila20 HD FPV Kit
SPECIFICATIONS
Certification: CE,FCC
Product dimensions: Camera 14*14*17mm; VTX 30*30*5.5mm
Frames per second: N/A
Max. Transmission Distance: 5km
Min. Latency (end-to-end): 60ms
Brand Name: BETAPVF
Origin: CN (Origin)
Package: Yes
Chemical of high concern: None
Transmitter Power (EIRP): 25mW/200mW
Resolution: 1080p / 60fps
Drone accessories type: Data transmission system
Key Features
ArtLynk Protocol: A long-range, low-latency communication protocol for drones, offering superior stability and range compared to traditional analog VTX.
Lightweight & Affordable HD: Weighs only 6.8g, offering a compact and affordable HD VTX solution.
Reliable Video Transmission: Delivers smooth video with approximately 60ms latency and a range of over 5km.
1080p Wide-Angle Clarity: 1/2.9" CMOS sensor and 170° FOV for a crisp and immersive live view.
Plug-and-Play Compatibility: Standard 6-pin port works seamlessly with both Betaflight and BETAFPV Flight Controllers.
Specifications
Air Unit |
|
Weight |
Air unit (camera excluded): Approx. 3.61g
Air unit (camera included): Approx. 6.5g
Antenna: Approx. 0.44g
|
Mounting Hole Size |
25.5*25.5mm |
Mounting Hole Diameter |
ø2.5 mm |
Dimensions (L*W*H) |
Air unit: 30*30*5.5 mm
Camera: 14*14*17 mm
|
Ports |
SH 1.0 6-Pin (FC)
SH 1.0 4-Pin (USB) |
VTX |
|
Frequency |
5.1-5.9GHz |
Equivalent Isotropic Radiated Power (EIRP) |
<200mW (FCC/SRRC)
<25mW (CE)
|
Video Transmission Range |
>5km
|
Video Transmission Latency |
Approx. 60 ms |
Live View Quality |
1080p@60fps |
Bandwidth |
10MHz |
Antenna |
Single Antenna |
Channels |
3 |
Camera |
|
Mounting Width |
14mm |
Mounting Hole |
M2 |
Image Sensor |
1/2.9'' CMOS |
Lens |
Field of View (FOV): 170° |
Video Format |
MP4 |
Max. Video Transmission Bitrate |
20Mbps |
OSD |
Canvas Mode |
Firmware |
|
Input Voltage |
5V |
Operating Temperature |
-10℃ to 40℃ |
Compatibility |
|
Supported FC |
Betaflight FC and BETAFPV FC |


Reliable Video Transmission
The P1 Air Unit delivers reliable and clear video transmission with a max output power of 200mW and a range of over 5km*. With low latency of about 60ms, enjoy stable, glitch-free video that lets you fly farther and explore with confidence. Sleep Mode automatically adjusts power based on the distance between your goggles and the drone, keeping your live view connected even in a crash.
Our real-world testing, in open areas and 200mW output power, shows a transmission range of over 5km. Actual range may vary depending on environment and interference.
1080p Wide-Angle Clarity

Broad Compatibility
Featuring a standard 6-pin SH1.0 port and MSP communication protocol for OSD, the P1 Air Unit seamlessly supports both Betaflight and BETAFPV flight controllers.

Learn More About ArtLynk Protocol
The P1 Air Unit's HD VTX is part of the ArtLynk Protocol, a long-range, low-latency communication protocol for drones, providing superior stability and range compared to traditional analog VTX. The ArtLynk protocol enables real-time HD video with approximately 60ms latency from lens to screen, which is crucial for smooth flight control and high-quality FPV (First Person View). Here are the key features you may want to know.
Integrated Artosyn & KAP CompatibleThe ArtLynk Protocol utilizes Artosyn's latest AR803X chipset, with core technology support provided by KAP (KAP company provides core technology support or product solution to all FPV companies and ensures compatibility of various FPV products using Artosyn chipsets).
Collaborative and Open CommunityThe ArtLynk Protocol is a collaborative FPV ecosystem that is NOT solely owned by one company. Many FPV companies and teams design and produce their own products based on ArtLynk Protocol, ensuring broad compatibility and fostering the community.
The ArtLynk Protocol supports VR04 HD goggles, Aquila20 HD, Meteor75 Pro P1 whoops, and more — allowing you to customize your own setup or simply pair and fly.

How To Connect With FC
Use the included 6-pin cable to connect the P1 Air Unit to your flight controller. Refer to the diagram below for proper pin alignment and wiring sequence.