Stephen

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Stephen last won the day on May 9 2017

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About Stephen

  • Rank
    Won't Leave!
  • Birthday January 12

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  • Gender
    Male
  • Location
    KROG and KHAE
  • Reg #
    N9150V
  • Model
    M20F

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  1. I am having some other work done that totals out the 23K, including airframe annual and replacing nose gear due to being bent by towing (again)
  2. Yes, but Jewell has been great. Still I gotta say:
  3. Update on cracked case: new case here we come. Going with the new case from superior...
  4. Nice, see what ya did there Mike! S.H... ah "ME" too.
  5. The QC35s seem to work in my "F" just fine; I think they are as effective and way more comfortable than my Bose aviation headset. That said, (again) I think my problem was tons of use daily mostly due to my work (not aviation) use of the units.. But, if I want to try life minus ANR, that is going to mean passive protection and that probably means HALO's for me because I don't like the weight of the STD aviation units. .
  6. I gave mine away too, I think if people asked when they need them there are quite a few of us that have converted.
  7. If the approaches in your area have a frequent drop-in aspect to them, might be a good case to call Precise Flight https://www.preciseflight.com/general-aviation/shop/speedbrakes/products/speedbrakes-mooney/ (if not already equipped).
  8. ^^^ This, Also, you can try the 20 minute method: Plan your decent to initiate at 20 minutes to your ETA at the pattern or IAF...whatever you are aiming for as a position target. Works as a general strategy on Cessna 150's, Mooneys, to the big planes because using time instead of a distance generally compensates for different aircraft speeds. When you nose over and pick up speed, the 20 minutes to your position target will drop down to a new ETA of (roughly) 15-17 or so minutes +/- due to your increased speed. Next check that using a 500 FPM descent, that you will arrive at altitude safely before the pattern (so you can slow down). Your present altitude in thousands above your target altitude x 2 will tell you how many minutes it will take at 500 FPM to hit your target altitude. If heading into a pattern make sure your ETA on altitude is < ETA at the airport pattern by a few minutes so you can slow down to pattern speed. If you work it a few times you will get a general pattern. Obvious adjustments/amendments are required for coordinating with ATC. Even then, using the 20 minute method, you can tell if ATC is holding you too high for too long, or conversely know at 25 minutes ahead that you need to request your descent to help them not forget.
  9. Well, perhaps one could take a systems approach to this and, as a pilot, deep-dive inspect, say the "fuel system" as a critical system. Maybe something like this for a deep review. (this is not a comprehensive list, just ideating here): Great call @mike_elliott, retuning the list: 0. Check Pilot as the most important critical system. IMSAFE (Illness, Meds, Stress, Alcohol, Fatigue, Emotion) , WX, how willing am I to do due diligence with MX, WX, Currency (IFR, Medical, BFR) , Competency (rusty?, should I plan ahead to take a few solo hops / circuits before I take the trip with PAX), learning my aircraft systems, reviewing emergency checklists etc? Can I plan ahead, make a calendar of regularized practice as a reminder to keep proficient? AMISAFE? 1. Purchase the MX and parts manuals for your aircraft, get a good flashlight and inspection mirror..also some inspectors paint (https://www.aircraftspruce.com/catalog/cspages/crosschecktorqueseal.php?gclid=Cj0KCQjwgezoBRDNARIsAGzEfe62MiGRRFz-WqqKs6eek8PWajrSiW5tqj29XafWmhUjUKFGUbtnlE4aAkC7EALw_wcB ) 2. Remove side and top cowling on the engine 3. Review manuals on all elements of the fuel system from tank to injector with an eye to understanding the complete fuel schematic and the purpose of every component in it. 4. Locate all referenced the fuel hoses, lines, junctions on your aircraft follow the fuel lines (review manuals for access panel removal). Inspect all junctions and clamps etc for tightness, clamp security, safety wiring, check for chafing, fuel stains/odor etc. 5. Once a fitting has been verified for security/torque, mark it with torque seal, ideally in a way that allows potential for visual inspection during a preflight. 6. Review your engine logs, when was the last time your fuel system screens were serviced? Fuel control / injection system rebuild? Injectors cleaned? Verify with your mechanic. 7. Have your (assumed Mooney literate) A&P show you how/where he checks filter/strainer conditions and review replacement schedule. 8. Remove your side walls covers in your interior and inspect the inboard fuel sending units. Check for leads/odor. 9. Review any outstanding questions, concerns with your mechanic and learn your airframe. 10. When MX is to be performed discuss what areas of the aircraft will be worked on , observe if you can, and put a second set of eyes on the work area to validate critical systems...even on systems that were not (theoretically) part of the work. (Found a nice snap-on ratchet that way....). 11. Make a MX calendar for your plane and check time/tach state. Put your next upcoming tach/time based MX items in a place you will notice. Put time based items in your email calendar as a reminder. All the above as supplemental to your annual inspections and other MX activity and inspections... just creating knowledge here and a second "thin blue line" to catch those finger tight fuel fittings and other unhelpful surprises so we don't find them in flight. This type of thing could be done for other critical and support systems. Flight Controls. Electric. Landing Gear. Propeller. Engine Cooling etc, but special attention on anything that would make the propeller stop turning in flight.
  10. also consider CIES digital units as replacement if you are pulling senders out anyway.... https://ciescorp.net
  11. Many moons ago, which I used to do the MX stuff, we put all the tires, mains or nose, on a balancer and used adhesive backed weights. They have the low friction bearings on them which can help you get the weight right. https://aircraft-tool.com/shop/detail.aspx?id=AS01&AspxAutoDetectCookieSupport=1 DIY Option: http://ronkilber.tripod.com/balancer/balancer.htm