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Vans RV-14A Demo Flight with G3X, VP-X power, A/C, and Inogen G5 Oxygen

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  • čas přidán 20. 08. 2023
  • I have not done a flight video for awhile. This is my new to me RV-14A. Solid performing airplane that will climb 2000 FPM, 800 lb useful load, and 170 knot cruise on 9.5 GPH. Very docile flying characteristics, yet will perform basic aerobatics with +6/-3 G loading. 52 knot stall speed and 600 ft takeoff and landing performance which confirms Vans claim to "total performance." One notable feature is the VP-X power system which combines all of your electrical circuit breakers in one package that is controlled from the G3X screen giving you superior electrical system situational awareness. Please excuse the poor editing. I thought I was having trouble with the Virb Ultra camera, but it was just a poor connection to my phone.

Komentáře • 32

  • @gregorysomerville5164
    @gregorysomerville5164 Před rokem +4

    Nice demo flight video. Lots of fancy tech but you're obviously well versed in using it.

    • @baronpilot2bb
      @baronpilot2bb  Před rokem

      Thanks. I had the G3X touch system in my first Glasair back in 2014. It did not have the capability the new software provides. My 2nd Glasair had the g3x non touch which was a good system, but not near as user friendly. My TR182 has the Dynon HDX which is actually a little easier to use, but no smart glide. What is really needed is a partial “autoland” system that will not only take you to an airport, but set you up for vertical and lateral guidance with the autopilot flying the plane to the end of the runway where a passenger can land the plane by simply manipulating the throttle to control speed and flare when needed. I would estimate that most of the time they would either land safely, but even if they crashed they would crash on the runway where help is available instead of out in the middle of nowhere.

  • @jamikest1
    @jamikest1 Před 5 měsíci

    Just wanted to say thanks for the pair of Rv14 videos! Extremely thorough and great overall impression.

  • @TheRealChetManley
    @TheRealChetManley Před 6 měsíci

    That was awesome. I appreciate all of the detail on how you work the autopilot and G3X.

  • @johnbison4946
    @johnbison4946 Před 11 měsíci +1

    Thanks for the flight. Loved it. I don't know much about the Garmin system, thought the Glide would have lined you up for the runway, cool to see it work though. Looking forward to more of your videos, keep them coming.

  • @flyer16612
    @flyer16612 Před 11 měsíci +1

    Gotta love that A/C. Thanks for sharing!

  • @hefeibao
    @hefeibao Před 7 měsíci

    Fantastic walkthrough and thanks so much for sharing. I was geeking out a bit, it was so good. :)

  • @musoseven8218
    @musoseven8218 Před 11 měsíci +1

    Wonderful little aeroplane that✌️😊👍💜

  • @bertschb
    @bertschb Před 11 měsíci +1

    Super informative video. Thanks for sharing!

  • @williamkennedy2069
    @williamkennedy2069 Před 11 měsíci +2

    Thanks for letting us fly along, so you see the glass air is better

    • @williamkennedy2069
      @williamkennedy2069 Před 11 měsíci +1

      Can that oxygen machine supply two people?

    • @baronpilot2bb
      @baronpilot2bb  Před 11 měsíci +1

      @@williamkennedy2069 I like the Glasair better for me, but for my wife and ease of maintenance I like the RV-14. The oxygen generator will support two people up to 11k or so and 18k for one person.

  • @sophiejaysstuff4026
    @sophiejaysstuff4026 Před 11 měsíci +1

    Nice plane and nice flight....

  • @user-gr3tw3cv9j
    @user-gr3tw3cv9j Před 6 měsíci

    Great video, just got build a RV-14 tail wheel with 215Hp Lycoming 390exp. What make your zircon system? Many tx

  • @williamkennedy2069
    @williamkennedy2069 Před 4 měsíci +1

    Above the autopilot is a garmin650? Why did you have that since you have two G3's?

    • @baronpilot2bb
      @baronpilot2bb  Před 3 měsíci +1

      Autopilot is built into the g3x. The 6(0 is a GPS navigator.

    • @simonhughes-king8493
      @simonhughes-king8493 Před měsícem

      @@baronpilot2bb I think he meant - why do you have the 650 when you have two G3x screens - its a VFR/IFR navigation question, not an AP question.

  • @davidmullet1030
    @davidmullet1030 Před 6 měsíci

    Great video thanks

  • @trevordugan7993
    @trevordugan7993 Před 4 měsíci

    Does the 650 have a built-in audio panel? How'd you do that without a GMA 345 or equivalent?

  • @scottwarner7264
    @scottwarner7264 Před rokem +1

    Great video. What kind of useful load do you have with that set up?

    • @baronpilot2bb
      @baronpilot2bb  Před rokem +3

      800 lbs. basically fuel for 4 hours plus IFR reserve, typical husband and wife and 100 lbs of bags or two average men and 50 lbs of bags or two fat men (or women) and no bags.

  • @3dogman311
    @3dogman311 Před 7 měsíci

    Got a lot of great information here. My RV14A is nearing completion. Wondering if you do transition training..?

    • @baronpilot2bb
      @baronpilot2bb  Před 7 měsíci

      I could maybe help you depending on where you live. The 14A is a nice flying plane.

  • @dennisanonym8658
    @dennisanonym8658 Před 4 měsíci

    A good video. But I absolutely cannot understand why we still use an outdated engine system in which you have to adjust the fuel mixture yourself? There are now engines that can do this themselves. In addition, you can integrate a turbocharger, for example, which is set up so that the engine always has the air pressure available as at MSL.

    • @baronpilot2bb
      @baronpilot2bb  Před 4 měsíci +2

      Good question. The problem with automation is that it can fail and must have multiple backups, especially with having only one engine. Unlike a car, you run airplane engines at a fixed power setting for the duration of the flight. There are no stop signs, other planes in the way to slow down for, etc, so you use the indication technology to set an ideal mixture and it stays that way since you are not changing power settings. Turbos are a good addition and I considered installing one. The problem is cost first at around $30k to properly design and install and then you also increase maintenance cost. The benefit of a turbo in a plane like the RV-14 is non existent below 8k ft and really only becomes a good advantage above 14k ft. The 14 with a 210 HP IO-390 will initially climb at 2k FPM and will still maintain nearly 1k per minute at 10K ft. The idea of a 14 is to have a plane that performs well in all categories - climb, top speed, short field, handling. When you install anti-ice, turbos, etc you change the weight and other dynamics that take away from the original intent of the plane. If you want ultimate speed you buy a Lancair IV-P. If you want ultimate short field you buy a Carbon Cub. If you want something in the middle you buy a RV.

  • @viastar1089
    @viastar1089 Před 8 měsíci +1

    Comment on throttle body intake scoop . Ram Air flow ?

    • @baronpilot2bb
      @baronpilot2bb  Před 8 měsíci +1

      The intake scoop on the belly is for the air conditioning. The small intake in the cowl is for the throttle body. Leads to the KN air filter.

  • @user-gr3tw3cv9j
    @user-gr3tw3cv9j Před 6 měsíci

    sorry meant airconditioning system

  • @barrycliborn5169
    @barrycliborn5169 Před 4 měsíci

    Can you comment on the a/c system?

  • @PecanLane
    @PecanLane Před 3 měsíci

    Your next video is on the cirrus, did you get rid of this plane?

    • @baronpilot2bb
      @baronpilot2bb  Před 3 měsíci

      Yes, great plane. Wife wanted more baggage room and a parachute.