XC TrikerAir Creation Tanarg 80hp BioniX 15M

0O2, 0O4, 0S5, 0Q5, 14S, 1O3, 3S8, 3W5, 9S3, A39, AVENAL, CALIFORNIA VALLEY, CN12, CYQS, DIXON, FOT, Headquarters, ID85, K1O3, K3O1, K3O8, KAST, KAVX (Catalina Island), KAWO, KBOK, through KBUR, KC80, KCCB, KCMA, KDAG, El Mirage Dry Lake & Flying J Ranch-El Mirage, KFHR, Over LAX midfield & LAX school, KFUL, KGCD, KHAF, KHRI, KINW, KIYK, KIZA, KKIC, KL52, KLGD, KLKV, KLPC, KLSN, KLVK, KMPI, KMRY, through KNTD, KO22, KOKB, KONP, KORS, KOXR, KPGA, KPRB, KRBG, KRBL, KRNM, KSBA, KSBP, KSDM, KSHN, KSMO, KSMX, KSNS, KSZP, KSZT, KTOA, KUAO, KUKI, low pass KVBG, KWHP, KWVI, KZPH, L06, L08, L09, L61, MATANCHEN, Monument Valley, NV74, Dry Lakes, O46, O69, Over KLAXPHHN, PHDH, S16, S51, S89, SALTON Sea x3, Slab City, Stocking Meadows, through KSEA, A few that won't be mentioned (OR/MX/Sltn), Through TRONA GAP, UT25, WA09, Yosemite, 49X, KHII, L62, L17, KFCH, KCVH, CA66, KOAR KSFF 73S 72S S94 KPUW S68 Bill's Ranch S27 KGPI (Glacier) 58S 2MT1 53U 8S1 7S0 52S S09 S34 KTHM S83 KDEW, L88 (New Cuyama "X"d- low pass), KRIR (FlaBob), L35 (Big Bear), KSBD (KTOA <->San Bernadino @ NIGHT ! :)  L45, KBFL, L05, O26, Over Mt Whitney Summit at 17,200', L73, KMIT, L19, L84, KOXR, P20, L54, KFUL (Trike Lecture), KCLR, YYWG YCOR YHAY YIVO YWTO YMIA YBRN YDLQ YTOC YPOK YWGT

~ 166 Airports, Fields, or off road (4 Countries- hopefully more soon :)

If you put all your airports/off airports on SkyVector, you can make a cool map of the places you've been.  These are mine:

      In North American Continent (US, Mex, Canada, Hawaii)

      In AUSTRALIA  (MegaFauna 2014, etc)

      ALL  (get's a little crowded in this view)

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  • NASA: 3-D printed rocket part holds up in test and "Print your own Plane from Plans!!!" Holy Cow

NASA: 3-D printed rocket part holds up in test and "Print your own Plane from Plans!!!" Holy Cow

Last updated by XC Triker

Categories: Trike Talk, Tech, Equipment, Maintenance

So my question of will MY part idea be strong enough has probably been answered  "...withstand a test that included pressures of 1,400 psi and temperatures up to 6,000 degrees Fahrenheit. "

August 27, 2013

By Jim Moore on AOPA

A rocket fuel injector fabricated with 3-D printing technology passed the test Aug. 22, as the engine fired and produced a record 20,000 pounds of thrust.

NASA announced in a news release that the injector was the largest 3-D printed rocket engine component tested yet, and marks a significant advance toward using the innovative technology to reduce the cost of building spacecraft.

The aviation industry has also begun to embrace 3-D printing, with aircraft makers including Piper and Cirrus using the technology to make models and test components. MakerPlane hopes to incorporate 3-D printing (also known as additive manufacturing) to build much of an open-source aircraft kit, allowing users to download plans and create them with machines that resemble overgrown inkjet printers, able to create three-dimensional parts by building layers of molten materials that solidify as they cool.

See HERE for the remainder of the story