6/9/2026 - it's a long day in awkward poses in tiny tight spaces.
It's a pain in the ass.
NASA
Noah Kahan
almost home
Cosimo Galluzzi

titsay
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todays bird
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#extradirty

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official daine visual archive
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❣ Chile in a Photography ❣
untitled

Product Placement
Lint Roller? I Barely Know Her
he wasn't even looking at me and he found me
hello vonnie
Not today Justin

seen from Malaysia
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seen from United Kingdom
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seen from Malaysia
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seen from Panama
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seen from United States
@rv-there-yet
6/9/2026 - it's a long day in awkward poses in tiny tight spaces.
It's a pain in the ass.
6/9/2026 - third order of business is closing up the tunnel.
Which means installing any hardware that needs to be in there, making sure all screws are tightened and torqued and the tunnel is clean.
it requires infinite patience and advance calisthenics.
6/9/2026 - second order of the day is to give the P-Mags another run through, just to make sure we're all good.
And we are.
6/9/2026 - first order of the day is testing the intercom and it all works!
6/9/2026 - impressive visitor to KLAU
6/8/2026 - the P-Mags work, the radio works and the panel is coming together.
Time to take a break and read a good book (at least some of it).
6/8/2026 - buttons to make a plane run
6/8/2026 - testing the audio and can confirm the system transmits and receives
6/8/2026 - we then confirm the factory setting of max (32 degrees, white LED) and min (23 degrees, blue LED).
Looks pretty close, we'll redo tomorrow just to be sure.
Step 1 - confirm our engine is a right turning engine.
By turning on power to the P-Mag while the Prop is in Top Center position, it flashes white, then turns red.
Both the left and the right P-Mag do this, which confirms the engine is right turning.
6/8/2026 - it's nice to have a positive experience, so today we are tackling P-Mags timing.
6/7/2026 - after cracking some lines, the fuel flows!
And thanks to Greg's ladder concept - we can figure out fuel flow.
Turns out it's identical for the left and the right side - 66.5 gallons/hour.
6/7/2026 - testing the fuel flow requires attaching hoses and bypassing the servos, which is a project all in itself.
Once it's all connected, there should be fuel...
we even put pressure in the tank, alas nothing comes.
So we do what champions do - we ask for help
Jimmy has input, which boils down to "crack the lines and see if anything's blocking".
Which Greg does, and we try again.
6/7/2026 - start the day documenting the wiring behind the panel. Have trouble getting camera play nice with the PC, but Connor helps!
With documentation done, we move on to the main event of the day, which is the fuel flow test.
6/6/2026 - a day to stop, rest, recover, read and smell the flowers
Step 5: To repeat with right fuel tank, we need to take some fuel out of the left wing (we don't have 60 gallons)
Step 6: add in 2 gallon increments and confirm we can hold 30 gallons of useable fuel (plus one gallon unusable).
Success on all fronts and we are done calibrating the fuel senders, no leaks, we go home happy
6/5/2026 - Step 1: Empty the left wing fuel tank, filter fuel in the process, so that any gunk that is sill in the tank can get flushed out.
Step 2: Get the Dynon ready to calibrate and enough fuel to calibrate with - each fuel tank can take 30 gallons. That's a lot of fuel.
Step 3: Add fuel in 2 gallon increments (plus 1 gallon unusable) while adding step by step until the sender maxes out
Step 4: Confirm we can put 30 gallons of useable fuel into each fuel tank - yes we can and there is still some wiggle room.
Repeat with right wing fuel tank.