The P1 HD VRX (Nano) is a compact digital video receiver compatible with the ArtLynk Protocol, designed to bring crystal‑clear HD FPV to your existing Fat Shark and SKYZONE goggles without adding unnecessary bulk. Simply connect it via the mini HDMI port to Fat Shark or SKYZONE goggles and enjoy a stunning 1080p@60fps live feed with low latency and reliable 400m+ range. With multi‑band switching for interference‑free video and a plug‑and‑play design, the P1 HD VRX Nano is the most affordable way to upgrade your FPV experience to digital HD.
Check out all our Digital VTX/Camera Collection and the rest of our BetaFPV Products!
Compact & Lightweight
Designed to be unobtrusive on your existing goggles, the P1 HD VRX (Nano) is small, lightweight, and perfectly balanced for comfortable, long‑duration flying. No extra weight. No bulky hardware. Just crisp, clear HD video – fly as long as you like.
Note: For the SKYZONE‑compatible version, the final VRX unit can be powered directly via the goggles – no separate power connection required. To enable this feature, you will need to update your goggles to the latest firmware version.
Fat Shark & SKYZONE Compatible
Available in two case sizes, the P1 HD VRX (Nano) is compatible with most Fat Shark (39×62×36mm) and SKYZONE (32×64×36mm) FPV goggles. Simply connect via the mini HDMI port to upgrade your existing goggles to a digital receiver – no need to invest in expensive digital goggles. It's the most affordable way to experience HD FPV with your current setup.
| Fat Shark compatible goggle models |
AttitudeV6, HDO+, HDO2, HDO |
| SKYZONE compatible goggle models |
SKY04L, SKY04X, SKY04O, SKY04X PRO, SKY04O PRO |
Smooth, Reliable Video Transmission
The P1 HD VRX supports 1080p@60fps video transmission with a stable 400m+ range and low latency for a smooth, immersive flying experience. Operating across the 5.3–5.8GHz frequency range, it allows you to switch channels to avoid interference, ensuring optimal transmission range and image quality even in crowded RF environments.
Know More About ArtLynk Protocol
The ArtLynk protocol is a low-latency, long-range communication protocol for drones, offering superior stability and range over traditional analog VTX. ArtLynk protocol enables real-time HD video at about 60ms latency from glass to glass, which is crucial for smooth flight control and high-quality FPV (First Person View). Here are the key features you may want to know.
- Artosyn Inside & KAP Supported: ArtLynk protocol uses the 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 for various FPV products using Artosyn chipsets).
-
Collaborative and Open Community: ArtLynk protocol is a collaborative FPV ecosystem not belonging to ONLY one company. Many FPV enterprises and teams would design and produce their own products based on the ArtLynk protocol, ensuring broad compatibility and fostering community.
Files:
Bullet Points:
- Compact, lightweight design – easy to install and carry
- Compatible with Fat Shark & SKYZONE goggles via mini HDMI
- 1080p@60fps smooth video · 400m+ reliable range
- Multi‑band switching for interference‑free flying
- Affordable digital HD upgrade – no full system replacement needed
Specifications:
- Dimensions (antenna excluded): 39*62*36mm (Fat Shark compatible version), 32*64*36mm (SKYZONE compatible version)
- Weight (antenna excluded): 36g (Fat Shark compatible version), 33g (SKYZONE compatible version)
- SD card slot: Support max 1TB
- Frequency: 5.3-5.8GHz
- Effective Isotropic Radiated Power (EIRP): <23dBm (FCC), <14dBm (CE)
- Ports: Type-C, mini HDMI, micro SD card slot, 2Pin PH2.0 connector
- Antenna connector: RP-SMA Female (external thread, inner hole)
- Transmission resolution: 1080p@60fps
- Bitrate: 25Mbps
- Transmission range: ＞400m
- Input voltage: 5.5-26.4V
Package Includes:
- 1 * P1 HD VRX (Nano) (Fat Shark compatible version)
- 2 * 5.8G Antenna
- 1 * Power Cable
-
1 * Mini HDMI Cable
- 2 * Cable Organizer
