I am currently 28 hours into my 40 hour Phase 1 of my Experimental SeaRey LSX. Today with assistance of my build assist partner we upgraded some chips in a gear alert system that is not connected to the Dynon but there is a small static pitot tube attached to the gear alert system.
The plane was then flown
it was immediately recognized that there was an issue with the IAS on both the Dynon and back up analog IAS. After a loop in the pattern the plane was examined and it was noticed that this small pitot tube was not properly connected.
After securing, as I started to taxi I realized the IAS on the vertical tape was reading 21-22mph. I attempted an engine and power shut down and restart and also covered the pitot static tube but the IAS still read 21-22mph.
i decided to try a quick loop in the pattern. Once airborne the manual and Dynon were within 2-3 mph of each other.
Should I perform a zero pressure collaboration test?
Any ideas are greatly appreciated.
Thanks
Rob
The plane was then flown
it was immediately recognized that there was an issue with the IAS on both the Dynon and back up analog IAS. After a loop in the pattern the plane was examined and it was noticed that this small pitot tube was not properly connected.
After securing, as I started to taxi I realized the IAS on the vertical tape was reading 21-22mph. I attempted an engine and power shut down and restart and also covered the pitot static tube but the IAS still read 21-22mph.
i decided to try a quick loop in the pattern. Once airborne the manual and Dynon were within 2-3 mph of each other.
Should I perform a zero pressure collaboration test?
Any ideas are greatly appreciated.
Thanks
Rob