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The WVFC Flyer for May, 2009
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2009 ELECTION FOR WVFC BOARD OF DIRECTORSby John Felleman, Board Member & Election Officer It is election time again. This year two at-large board seats and the WVFC CFI board seat are up for election. These seats are currently occupied by Jeff Swan, Nina Ashton, and Greg Savidge. Board members set the policy for the club, and advise the General Manager. We meet 10-12 times a year. If you are interested, please nominate yourself! A quick summary of the process follows. Acceptance of candidature and candidate statements opens at 12:01 AM on Monday, May 25th and closes at 11:59 PM on Sunday, May 31st. Candidate names and statements will be posted on the WVFC website on Monday, June 1. Candidate names will be posted in alphabetical order by last names. Candidate statements will be posted in the order in which complete and final statements were received. Candidate names and statements shall be submitted via email only at vote@wvfc.org The following times have been reserved for in-person “Meet the Candidates” sessions. These meetings are open to all members and provide the opportunity to meet candidates in person.
Votes will be accepted starting at 12:01 AM on Monday, June 15th and ending at 11:59 PM on Sunday, June 21at. You can vote via the web site, regular mail or in person. Please take a few minutes to read the questions and answers in Election Central, in the members’ portion of the web site. For any election related questions please contact John Felleman, board member at john.felleman@gmail.com
THE COMMUNITY OF FLYING First and foremost, a big congrats to Christie Kelly the ops Manager for WVFC, she soloed for the first time in a 7ECA.. YAHOOO! Well, we have cracked into the new fiscal year, and are on schedule to deliver the Annual Report in our July public open board meeting. In a very brief overview, last fiscal year went as well as can be expected in these recessionary times. The theme was generally survival and efficiency, and to that end we performed very well. Winter is tough enough without an economic slow-down, yet here we are. The debts are null and the accounts payables are on time. The feeling around the club is positive! We are anxious to see what this next year brings. At this time we are lean and we are going to run lean until we see how the year rolls out. Despite a Spartan approach to our budget we remain committed to improving and evolving as we can on every front - customer service, speed of processes, and bandwidth of aircraft, and services. As a reminder, any time you refer a new member to the club and he or she signs up you will get one month's dues credit. How can you pass up that great deal? This is a team effort, and our existing members can provide our best marketing.
In terms of evolution of processes, I would like to commend the Chief’s office, (Steve and Ashley) on getting the BBS forms and docs drive more useful and relevant. The docs are current and up to date, we are adding interactive forms to the mix, and are goaling to become more and more paperless. Additionally within the BBS we are looking to evolve to version 3 of the Phpbb platform. This new platform has a lot of extra bells and whistles which the club should be able to take advantage of. Currently I am still getting the primary bugs worked out, and then we will put together some user groups, and do some final testing. Additionally we are currently developing some Cassi enhancements which should make the customer process easier. There will be more to come on all fronts. Finally we have updated the member regs. This is in a large part to make the whole rules and regs system, simpler to understand, current, relevant, and align with all of our other processes. HTML or PDF Version.
New aircraft: we just added a Diamond DA-40, we are getting a SP with traffic shortly, and are on the lookout for other models that can allow us to grow our club offering a responsible fashion. Those that are interested in a investment aircraft we are really looking for a Piper Warrior, and/or Cessna C152 at our Hayward location. If you are interested in making an aircraft purchase please take a look at our Fleet Aircraft for Sale page . Good news, there is some really nice weather coming our way. I say take advantage of it as best you can. A note of caution; be careful with the warmer weather. When the OAT heats up aircraft performance really changes. From starting the aircraft, to leaning on taxi, to running up the plane, minimizing ground time, calculating take-off roll, staging climbs, increased pilot fatigue, watching out for vapor lock, and the list continues. My suggestion is to grab a CFI and do some ground work look over how the aircraft performance and operation changes in the heat, and make the appropriate changes to your own aircraft operation. Politics, the Santa Clara County board of Supervisors is voting to raise PALO ALTO Tie-downs yet again. Mind you this is only at Palo Alto airport, and not at their other 2 locations. Please contact your local rep to voice your opinion http://www.guidetogov.org/ca/scl/cty/coscl/spv.html , or even better there will be a meeting specifically on this subject the afternoon of Tuesday May 19th, 2:30PM, at the County West Heading Council chambers. FROM THE DESK OF THE CHIEF Well for starters, I want to let everyone know that where I am originally from they’re spelled tyres (with a y) not tires with an i. But it doesn’t matter where you’re from in order to quickly put a flat spot on an aircraft tire. Probably the most egregious thing I see almost everyday is pilots landing and “trying to make the next turn-off”. I really recommend that everyone stay off the brakes for as long as practical and that for most regular landings just let the plane roll-out and when the speed is down to a fast taxi speed, only then apply the brakes. The next question is how to apply the brakes. Most planes (well certainly the ones we fly) don’t have anti-lock brakes. So you should not “jump” on the brakes, but just apply gentle and slowly increasing brake pressure. If you jump onto the brakes I can almost guarantee that you will lock up the wheels and before you can say “what was that” you’ve put a bald spot on a tire. If you ever hear any kind of screeching/skidding sounds from the tires then get off the brakes immediately and gently reapply brake pressure. And this begs the question of where your feet should be right at the moment the mains touch down. The answer is not on the brakes. Landing with your feet already touching the brakes will almost always result in a skid, locked wheels and resulting flat spot(s). The economics of a flat spot tire are pretty ugly. It costs somewhere around $300 to replace a tire and close to $600 if both tires are flat spotted. The club policy remains the same in that you are responsible for checking (and getting staff/CFI verification) of a flat spot before you depart. If you don’t do this and a flat spot is later found, guess who is going to be held responsible? I cannot stress the importance both from a flight safety and economic standpoint to roll the plane each time before you fly it. Not only are you checking for flat spots but you’re also checking that the plane is untied. It’s really embarrassing if you try and pull away from your parking spot with the plane still tied down at some point. Which brings us to those pesky little tail tie-down rings that most planes have. At some point, almost all planes have had a tail strike or tail “bump” where that little ring gets scraped, bent, broken, or some combination of the above. In the past, we’ve typically noted these issues in the observation log and moved on. The problem with this approach is not really knowing how bad/hard the strike/bump was and letting the strikes and bumps accumulate until it’s really too hard to keep track of what happened when. So let’s first discuss how to avoid the tail strikes/scrapes. The most common cause is pilots practicing soft field procedures and overdoing it with the elevator. Remember, for soft field procedures the key is to keep the nose wheel just off the surface. There’s no need to get carried away and point the nose skyward because that’s when the tail tie down will strike the runway. The other common cause for tail-strikes is excessive sink rates on landing causing the pilot to over-flare resulting in a tail-strike. A less obvious cause of tie-down scrapes is pushing down on the tail of the aircraft while returning the plane to the tie-down spot. The club requests that members don’t push down on the tail section. This avoids both the chance of a scrape to the tie-down ring and also possible damage to the interior components of the tail section. The plan moving forward is to start treating scraped and bent tie-down rings the same way we treat flat spotted tires i.e. it’s important to always preflight the item and assume that it’s supposed to be in good condition. If you find it scratched, bent, or missing, make an observation and get a staff member or CFI to verify the damage before the flight. The tie-down ring will be replaced at the next service opportunity. And like bald spots, if you don’t find or check for damage before the flight then the presumption is that your flight was the one that added the new wavy scratch lines to the bottom of the ringSafe Flying.
AS THE WRENCH TURNS Continued subject headlamps. In terms of improvement we are currently in the process of changing landing and taxi lights to the new HID type lights. Not only do these lights extend the life of the lamp – 10,0000 hours as compared to 50, they use less power. Many of the new fleet aircraft, Diamond, Cirrus, 2008 and some of the newer Cessna already use these new types of lights. As a result they can be used continuously. Unless they have been upgraded, other aircraft not equipped with HID lights are only able to use the landing and taxi lights intermittently, and neither the light not the aircraft electrical system are designed to have these systems used continuously. Attached is a pdf document of the equipment list, please note the equipment is called out as intermittent. Please restrict the usage to when only necessary. Like I stated the good news is the club is working with aircraft owners to upgrade as many aircraft as we can, and as quickly as we can to the new system. Look in the aircraft equipment list to note if the aircraft is equipped. Photo of a PA28 MX Manual - note position lights and strobes are approved for continuous use, the landing light is not.
Spins Spins tend to provoke fear in pilots and flight instructors mainly because spins are exciting and unfamiliar. A friend told me that when he demonstrates a spin to a pilot that has never experienced one there is a 50% chance that the pilot will exclaim “^@#&*” and 50% that he or she will gasp “$&@!#”. (I won’t print what the pilots actually say). Your impression of your first spin is likely to be that the airplane seems to be pointed straight down at the ground and rotating so rapidly that it is impossible to tell what is going on. Also, the transition to this mode of flight seems abrupt and unpredictable. Of course, these impressions are false. Once you become familiar with spins they feel quite normal. The main reason you should experience spins is that without that experience your pilot training is incomplete. You should be concerned if you know your airplane can do something that you have never seen it do. The Mustang by Dave Fry WVFC Instructor, Aviation Safety Counselor At some point, I NEED to fly a P-51 Mustang. Any pilot will recognize the validity of such a need, though our spouses or significant others may not view things with the same sense of urgency or importance. Clearly this is due to a congenital shortcoming on their parts, and no reflection on us as pilots. The Mustang has Garmin G1000 avionics with a PFD and Audio Panel on each side and an MFD in the center. Each of the PFDs is the same size as the ones in our 172s, 182s and Twinstars. The MFD is a cotton-picking big-screen TV stuck into the middle of the panel. When you go to reversionary mode and the flight instruments get displayed on the MFD, the HIS is about the size of a Frisbee. If you can’t hold your heading on that, you’re in trouble. G1000 installations differ depending upon the platform, and the one in the Mustang has some seriously smart differences from most of the other installations I’ve seen. For one thing, when you execute a missed approach, pressing the TOGA (Take Off/Go Around) button automatically takes the flight plan out of SUSPEND, and activates the first leg of the missed approach procedure. As a result, the pilot simply follows the 5 Cs of a go around (Click, Cram, Climb, Clean, Communicate), where the Nav Button gets pressed on the Auto-Pilot immediately after the Climb step is established. In addition, the Auto-Pilot will fly procedure turns, holding entries and course reversals, and holding patterns. Other features of the G1000 include synthetic vision, which allows the pilot to “see” the terrain on the PFDs. It’s way beyond cool to see the runway numbers and centerline as you taxi onto the runway, to see obstacles and terrain features directly on the screen. You can also pull up ground-based weather radar, winds aloft, METARs and TAFs, airport diagrams with the airplane superimposed on them, approaches, arrivals, and departure procedures, and system diagnostics to a level I wouldn’t have believed possible. Like most jets, flying it is simplicity itself, as long as everything is working. And in the Mustang, even the engine start is simple. In most turbine engines, you need to wait for N2 to increase to 10% or higher for jets, and 12% or higher in turboprops before introducing fuel with the throttle in jets or the condition lever in turboprops. These engines, however, have FADEC (Full Authority Digital Engine Control), which allows the pilot to bring throttles “over the gate” immediately after pressing the Start Button. And, of course, once the engine has been started, power control is easier (in one sense) than most non-turbine aircraft, since there are no mixture or propeller controls to mess with. On the other hand, jets are different. The relationship between the throttle and power is less direct than in pistons. When you bring the throttle up, it takes longer to get power than in pistons. It isn’t as bad as it is in big jets, in which you bring the throttle up then wander to the back of the plane for coffee while you wait for the power to come up. This is part of the reason it’s so critical to keep final approach airspeed under control. If you get slow, bringing power back in may take a while, then when you get it, you invariably get WAY too much and end up having to go around. Conversely, pulling the power in a jet doesn’t slow the plane all that much. You are heavier than club planes, and sleeker, so there isn’t much drag to slow the plane down. So the bottom line between these two characteristics is that it’s even more important to stay ahead of the plane, and simultaneously more difficult to do so because of the speeds involved. But this is part of what makes the Mustang so easy to fly. Unlike most jets, the final approach speeds aren’t much different from those of an average piston twin. The speed to use on a precision approach, fully configured with gear and landing flaps, is between the mid 80s and just less than 100 KIAS. Despite the slow approach speeds, the cruise is at 340 Knots, and the worries about being able to fly in the upper 30s and low 40s with a plane that slow seem to be unfounded. I have done that East Coast, Mid West, and West Coast, and have yet to experience any real restrictions. The Mustang is very comfortable with great visibility except when your instructor makes you do a no-flap approach and landing. Which raises a trick question – When is it legal to continue a circle-to-land instrument approach or a visual approach after losing sight of the runway? When the airplane, itself, is blocking your view. And there’s a really easy way to deal with this in the Mustang. Put the MFD scale on 8NM, start your descent opposite touchdown, and when the airport touches the bottom of the screen, turn “base”. You should re-acquire the airport in the last third of the “base” turn, and you should be right on glide-slope. In addition to the great cockpit, the Mustang can haul a lot of stuff, with a capacity of 320 lb in the nose, and 300 lb in the tail baggage compartment. There are four comfortable seats in the cabin beyond the two for crew, though the plane is certificated for single-pilot operations. And the final thing, I guess, is that even though it’s a single pilot airplane, when the spaghetti is in the fan, the single pilot is going to wish there were a second pilot in the other seat. Because that single pilot is going to be BUSY, as was proven repeatedly in the type-rating course, and at the recurrent training at Flight Safety.
FLIVIE A NEW FRONTIER by Flivie, Udi Chatow and WVFC MGMT FliVie Inc. and WVFC are proud to introduce to our club members a new and unique flight training tool. The FliVie solution has 2 parts: a mobile flight capture system which includes 2 cams, GPS recorder, audio splitter which together, record the flight on your personal SD card and on a web service will enable an easy and friendly re-experiencing of the flight. The new start-up, FliVie, is in beta testing and was founded by a couple of our club members in the intent to add safety, fun and excitement to the flying experience while enabling a low cost and unique training tool for all student pilots. The patent pending technology and solution is currently aimed for flight debriefings, but we may soon find other interesting uses for this in our club (demo flights, “fly out group” sharing, solo flight recordings…). Ideas and inputs from beta users are welcomed!
See www.flivie.com for more information and register to become a beta user. Special promotion for all WVFC members by using code fliviemaypromo50 will give you 50% off all FliVie products (HW and SW service). Thanks to the cooperation between FliVie and the club, the FR500 (flight recorder) kit is available at the front desk in Palo Alto and on Cassi-goodies to sign up and try out this new exciting tool. This special promotion ends June 1, 2009.
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