Eachine Sphere Link Goggle Test – Range & Video Breakup Review using PixelPilot and OpenIPC скачать в хорошем качестве

Eachine Sphere Link Goggle Test – Range & Video Breakup Review using PixelPilot and OpenIPC

In this video, I put the Eachine Sphere Link digital FPV system to the test — using a DroneMask and Android phone (Samsung Galaxy S20) as a heath Robison goggle setup running Pixel Pilot. I cover the real-world latency, video quality, range, and how the system handles video breakup during flight. 📦 Test Setup: Eachine Sphere Link TX/RX Samsung Galaxy S20 running Pixel Pilot DroneMask V2 Stock dipole antennas OpenIPC-based system using wfb-ng 🚀 What’s Covered: In-goggle experience with a phone How video holds up past 1km Freezing, artifacting, and LOS vs NLOS Thoughts on range improvements with better antennas The state of OpenIPC and why it’s exciting for open-source FPV 💬 Quick Notes: No, you can’t just plug the USB-C from the receiver into an HDMI port — I explain why in the video. Yes, you can get great results with modern phones and the right setup. OpenIPC is open-source and always evolving — this is just the beginning. 📌 Get the Eachine Sphere Link: https://wirly.co/o1ly4 📌 More info on OpenIPC: https://wirly.co/m7i7q 📌 PixelPilot: https://wirly.co/83658 🔔 Subscribe for more FPV content! [Insert Link] ☕ Buy me a coffee: https://ko-fi.com/whirlybloke ► Instagram -   / whirlybloke   00:00 Hello and welcome 00:54 Building the Test Drone 01:42 Makeshift Goggles with DroneMask 02:35 Test Objectives: Range & Breakup 03:00 Flight Test Begins 04:00 Pushing the Range 05:15 Flying Back & Observations 06:00 Thoughts on Goggle Experience 06:50 Antenna Swap Test 07:40 Mounting & Wiring Overview 09:10 Camera UART Wiring 10:15 Betaflight OSD Setup 10:55 Latency & Display Quality 12:00 USB-C to HDMI Explained 13:05 Range, Breakup & Safety 14:30 Final Thoughts on OpenIPC 15:10 Thanks for watching