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New non-USA operators seen over central Kentucky in the last 7 days (2/2):

EVK: Everett Aviation (KE)
HYP: Hyperion Aviation (MT)
IGA: Skytaxi (PL)
JBA: Helijet International (CA)
SDE: Air Partners (CA)
SRA: Saudi Royal Aviation (SA)

New non-USA operators seen over central Kentucky in the last 7 days (1/2):

ADB: Antonov Design Bureau (UA)
AIB: Airbus Industrie (FR)
AIH: Air Incheon (KR)
DJT: Dreamjet (FR)
DSO: Dassault Falcon Service (FR)
ETD: Etihad Airways (AE)

Happened to be flying over home for this leg of the trip, so of course I VPN’d in and checked my home ADS-B receiver to see if it was hearing the plane. Nice little loop of ADS-B -> WiFi -> Internet -> Satellite -> WiFi

The glider's transponder (TRIG TT22) has been successfully tested in the garage. Woo hoo!

After configuring the device, I put it through some initial tests.

Even in the garage the GPS antenna can get a position fix.

Applying higher or lower pressure to the static port on the transponder shows a corresponding change on the displayed altitude.

Applying pitot tube air pressure to the squat switch changes the transponder mode from ground to airborne, which is what we want.

Note: I can't test the radio/antenna/transmission capabilities in the garage. And anyway, I need to get the transponder checked at an avionics shop...they have specialty test equipment.

The glider's flight computer is successfully working in the garage! Woo hoo!

1st photo - XCsoar software has been loaded, showing a map and terrain data for New Mexico. (Airspace boundaries I'll add tomorrow.) No GPS data at the moment.

2nd photo - FLARM powered up, green status light...so it's got a GPS fix. Now to configure the glide computer to receive the FLARM data...GPS position as well as info on nearby aircraft. This is a debugging screen that shows I'm getting a meaningful data stream.

3rd photo - now the map is properly located because we have a GPS fix.

4th photo - Even with antennae casually draped over the fuselage, I'm getting ADS-B data of airliners miles away!

I also tested the three pneumatic inputs to the glide computer: pitot, static, total energy. They all cause the glide computer to respond in the correct manner.