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Live Free and Fly 24

August 8, 2017 Leave a comment

I’ve had this plan in the back of my mind for a couple of years – fly to all 24 of the public use airports in New Hampshire in one day. It finally all came together on July 26, 2017 – I was ready, the weather was (mostly) ready, I had no pesky flight students lurking around and a plane was available all day.

I had spent a bit of time optimizing the flight route based on minimum distance – you can see the route in the figure. I would take off from my home base at Keene (airport ID: KEEN) in the southwest corner of the state and either go clockwise or counter-clockwise depending on which way the weather was developing for the day.

The straight line point-to-point distance is 433 nm. The planning chart shows straight lines between successive airports for all legs but one – the leg from Moultonboro (5M3) to Gorham (2G8) has a couple of pink dot way points that are off the straight line. In fact, one of them had me venture into the alien territory of Maine (OMG!!).  This was done to stay away from higher terrain to the west and to reduce the need to climb.

For the day of the flight, the point to point time was estimated at 4 hours 2 minutes with a fuel burn of 42 gals. This did not take into consideration the time it would take to maneuver to enter the traffic pattern, land and takeoff from each airport. I guesstimated it would add an average time of 10 minutes per airport for this. So 24 airports would add 240 minutes, or 4 hours. With stops I would have to buy fuel at some point since Cessna 36C can only carry 53 useable gallons of fuel, roughly burning 9 gph.

You can see on the log sheet that I’ve circled the “Leg Remaining” distance of 199nm and the “Leg Tot” of 2:11 for the airport at Moultonboro (5M3). This is the halfway point of the trip and where I ultimately planned for a fuel stop.

When the day actually arrived, there was morning fog-plus statewide. The winds were calm and were forecast to be light all day. The fog is usually slow to burn off at KEEN, and this morning was particularly slow, delaying my departure until about 10:30. It looked like the weather would be clearing sooner on the coast, so I launched heading counter-clockwise to give the western part of the state a chance to clear before I got there.

Part of the consideration for using Moultonboro as a fuel stop was based on the lengths of the runways I would be using and concerns about weight. It was not an extraordinarily hot day, but it was warm. Density altitude would be of some concern (those conditions when the plane thinks it is higher that it actually is, and the plane’s performance is correspondingly poorer.) Bristol (2N2) has the shortest runway of the group at 1900 feet, which is why I circled it on the log sheet. (Runway length is over on the right in “Notes” also noting if the runway is asphalt or turf.) By the time I got to Bristol I would have already burned off a bit of fuel so the plane was lighter. After re-fueling at Moultonboro, I would soon be using the grass strip at Gorham which is only 2600 feet long. So I didn’t want to take on too much fuel in order to keep the weight down – just enough to get home.

Bristol was interesting. It’s the only field where I had to do a go-around. In fact, I did two. I didn’t see the wind sock until the second pass when I realized there was a pretty good tailwind landing to the north on runway 03 which is why I was coming in too high. So I turned around and landed in the opposite direction. Landing 03 I felt like I was flying through a parking lot….

Some of these airports are really close to each other, and I’d find I was no sooner climbing enroute when I needed to start descending and join the pattern for the next one. This was particularly true departing Hampton. It is only 7 miles to Portsmouth. You have to tune in the ATIS (weather) and contact the Portsmouth tower all in a hurry. I did a circle over the beach to give myself a bit of time.

Departing Concord (KCON) I contacted Boston Approach as soon as I was clear of the pattern and told them my intentions were to do a stop-and-go at Manchester (KMHT) and then continue on to Nashua (KASH), so when I was handed off to Manchester’s tower they knew what I wanted and had me depart with a right turn to KASH.  (I squeezed in between arriving and departing jets, but was too busy/forgot to take photos.)

Then, departing KASH, I asked the tower for flight following and a squawk code so I could cut through Manchester’s Class C airspace enroute to Hampton. No sweat. Departing runway 32 at Nashua the tower had me do a right turn into Manchester’s airspace on course to Hampton.

I had planned to take a photo on short final for every landing, but I often forgot and/or I was too busy flying the airplane. But I got enough to give you a feel for the variety of the airfields in New Hampshire.

The trip took 7.2 hours on the Hobbs meter. My estimate of 10 minutes for arriving and departing each airport was a bit conservative. Assuming the estimated trip of 4:02 point-to-point was correct, then the time arriving and departing each airport averaged just 8 minutes. I burned a total of 56.1 gallons of avgas for an average of 7.8 gph. Not bad for a 180 Hp Cessna, especially considering a good bit of time was spent in full power climbs, and I rarely had the opportunity to lean it out.

The airport with the lowest elevation is Hampton (7B3) at 93 feet. Twin Mountain (8B2) is the highest at 1459 feet. The shortest runway is at Bristol at 1900 feet (asphalt). The shortest grass strip is Hampton at 2100 feet (though there’s a parallel paved runway).  Interestingly, 13 of the 24 airports use 122.8 for the CTAF frequency; 4 of them use 122.7.

Oh. Did I mention it was a beautiful day? Check the pics.

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The route.

 

Log sheet

Navigation log listing airports, runways,  runway lengths, elevations and radio frequencies.

 

 

 

 

 

 

 

 

 

 

 

KPSM - Pease

Aligned to enter the right downwind leg at Portsmouth/Pease (KPSM).

KPSM - Pease 16

On short final to runway 16 at Portsmouth/Pease (KPSM), the longest runway in the state at over 11,000 feet. You can do several “touch and goes”!

KMHT - Manchester

Approaching Manchester (KMHT) – a Class C airport. I’m lined up here for a straight-in approach to runway 17 coming south from Concord. They were using runway 06 which is the perpendicular runway, so here I’m actually lined up to enter a left downwind for runway 06.

KLCI - Laconia

Short final to Laconia (KLCI) runway 26.

KERR - Errol

Maneuvering to enter left downwind for runway 33 at Errol (KERR)

KERR - Errol 33

Short final for runway 33 at KERR.

KCON - Concord 35

On final for runway 35 at Concord (KCON). You can see the state capital dome on the left center.

KCNH - Claremont 29

Approaching runway 29 at Claremont (KCNH). Vermont is beyond the first hill.

Dixville Notch

Not an airport, but overflying Dixville Notch.

8B2 - Twin Mountain 27

A bit high, but landing runway 27 at Twin Mountain (8B2). Not in the greatest shape, the asphalt is 2660 feet long.

8B1 - Hawthorne-Feather

Hillsoboro/Hawthorne Feather (8B1).

7B3 - Hampton

Lining up for rwy 02 at Hampton (7B3). You can land on the asphalt or the grass – 2100 feet.

5M3 - Moultonboro

Entering a left downwind runway 20 at Moultonboro (5M3). The halfway point.

8B2 - Twin Mountain

Not just a pretty view of the White Mountains – Twin Mountain airport (8B2) is over there perpendicular to our flight path (the last horizontal line you see before the hills).

5B9 - Dean

In the pattern for Haverhill/Dean airport (5B9)

4C4 - Gifford

That green field in the center is the 2466 foot long runway at Colebrook (4C4).

4C4 - Gifford 22

Approach to landing runway 22 at Colebrook (4C4). It was a beautiful day!

2N2 -Bristol 03

On the turn to final for runway 03 at Bristol (2N2). The shortest field in NH, but paved.

2N2 - Bristol

Overflying Bristol (2N2)

2G8 - Gorham

The 2600 foot long turf/granite strip at Gorham (2G8).

2G8 - Gorham 12

Turning final to runway 12 at Gorham (2G8).

2B3 - Parlin 18

Approaching runway 18 at Newport/Parlin field (2B3).

1P1 -Plymouth

One of those fields is Plymouth airport (1P1).

1P1 - Plymouth 30

Short final for the 2380 foot long runway 30 at Plymouth (1B1)

1B5 - Franconia 36

On final for runway 36 at Franconia (1B5). 2300 feet long.

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Taxiing at Franconia (1B5) with Cannon Mtn on the left. (A different day from the circle adventure.)

 

 

 

 

A Ferry Flight

July 28, 2017 4 comments

This isn’t a daredevil exploit, but merely a description of a trip ferrying a Piper Warrior (N138DC – November One Three Eight Delta Charlie) from Farmingdale, NY (Republic Field – KFRG) to Ellensburg, WA (Bowers Field – KELN). There’s a short glossary for non-pilots at the end as it seemed too cumbersome to add explanations in the text.

THE PLAN, Part 1

Planning for this trip began about a week before the actual departure – looking at routes, weather forecasts covering the subsequent week (looking for a good window to depart), and potential fuel and lodging stops. Although I have 1500+ hours in Cherokees, I wouldn’t have the chance to meet “Delta Charlie”, or fly her before I went to pick her up. So even though she had a WAAS enabled GPS with current database, I would fly VFR-only and would always get flight following from ATC. (As we shall see, “always” did not always translate to always.)

The “plan” was thought out with the idea that it was unlikely to be carried out as planned and would be changed – most likely due to weather. The direct route from KFRG to KELN is 2047nm. Looking at that route, it would take me through Ontario and over the Great Lakes. Some rules and caution entered here.

RULES: 1) A US-registered aircraft cannot enter Canadian airspace with a temporary registration certificate. 2) I wasn’t sure if the plane had an FCC radiotelephone station license (required for international travel, but not within the US). Either way, the temporary registration made Canadian airspace a no-go.

CAUTION: The idea of flying an airplane I hadn’t even seen yet over a large body of water was not appealing.

Nav 0B
Smooth blue line is direct route over Canada and the Great Lakes. Magenta line is direct route from Chicago. Segmented blue line is actual flight path.

The rules and caution prompted me to modify my proposed route to the south, more or less directly to Chicago before turning to the northwest. This increased the distance by a couple of hundred miles – estimated now at 2200nm.

THE PLAN, Part 2

In a Warrior flying at 100 knots true airspeed (perhaps not overly ambitious), 2200nm translates to 22 hours of flying with no stops and no wind. Adding 15% to guesstimate stops and wind, makes it 25 hours of flying. With a useable fuel capacity of 48 gallons, conservatively burning 8 gph with an hour reserve means the plane can go for 5 hours between fuel stops – though my bladder cannot. So I figured I’d fly roughly 3 to 4 hour legs with extra urgent stops as needed. All this translates to six, four hour-ish legs. The initial plan was to do two legs per day and if I fueled the plane to the brim at each stop I would always have ample reserves.

I used AOPA’s flight planning web page to lay out the plan and massage it to fit. Their planner has a provision to check fuel prices along the route and to query what services are available at airports along the way. Though fuel was often cheaper at smaller airports, I figured services would be less available, so I decided to aim for overnight stops at Class D or C airports which would have more generous operating hours.

Once the lines were drawn, I printed out the navigation logs that AOPA’s software generates for use during the flight.

Legs 1&2: From Republic Field (KFRG – Farmingdale, NY) to Porter Co. Regional (KVPZ – Valparaiso, IN) with a fuel stop in Clarion, PA (KAXQ). Total time 6:47

Legs 3&4: From KVPZ to Rapid City, SD (KRAP) (gotta love that identifier) with a fuel stop at Quentin Aanenson Field (KLYV – Luverne,MN). This was chosen because fuel was just $3.83 (!!). Total estimated time 7:33

Leg 5: From KRAP to Helena, MT (KHLN) with no planned fuel stop. Estimated time 3:51.

Leg 6: From KHLN to Ellensburg, WA (KELN) final destination with no planned fuel stop. Estimated time 3:34.

The total estimated time that AOPA came up with was 21:45, which did not include time for taxi, takeoff & climb, and approach to land, or wind. The reality, as expected, was slightly different as you can see in the daily summary charts.

DAY ONE – MEETING N138DC

Arriving at KFRG, “Delta Charlie” was ready to go. She was a 2001 Piper Warrior with 5000 hours on the airframe and 1000 hours on the current engine. She looked to be in pretty good shape, and the logbooks looked clean and up to date. After a bit of consternation I found the temporary registration and airworthiness certificate so all the paperwork was in order. Her instrument panel only had one communications radio and no other navigation capability than the GPS – no redundancy. So it would be strictly a VFR adventure.

A very thorough pre-flight inspection turned up some suspicious green-ish stuff coming out of the gascolator that smelled like oil mixed in with the gas. The next sample looked like clean 100LL avgas. This would be checked repeatedly enroute and was never an issue. She started easily with just a short squirt of prime. Otherwise there was nothing of concern noted.  I did a complete run-up three times in the course of taxiing to the end of the very busy runway at Republic.

DAY ONE – OFF WE GO!

There was a big TFR around the NY area (perhaps some Russians were visiting Trump Tower?), but it wasn’t significantly different than the boundaries of the Class B airspace that exists there. So, I took off and headed north to the Carmel (CMK) VOR to avoid it all before heading due west toward Clarion.

Getting up above the scattered clouds at 6500 feet made it a pretty smooth ride. From CMK I flew to Williamsport (FQM) VOR and directly to Clarion for my first planned fuel stop and found the first hiccup in the plane’s systems. When cancelling flight following going in to land at Clarion and told to “squawk VFR” I pushed the “VFR” button on the Garmin transponder to transmit “1200” and nothing happened. No sweat. Just punch in “1200”. Well, that would have been a solution, but the “2” button didn’t work. Consternation. More, harder, frantic button pushing ensued. Eventually it worked and cleared itself up during the course of the trip.

I had started a bit late today, but I figured the length of the July day would allow me to make it to my proposed first night at Valparaiso, IN (KVPZ).

Not to be.

Findlay, OH (KFDY) was my “planned alternate” in case I couldn’t make it to KVPZ. I had flight following, talking to the Mansfield departure controller. About 30 miles from Findlay I was about to query her about the storm I saw building ahead of me when she called to warn me of the now extreme precipitation which was just moving over Findlay and there was no real way around it. So, I had my first diversion. It had been a long day already, so I just elected to turn back and land at Mansfield (KMFD) for the night.

The friendly FBO (Richland Aviation) was open and gave me overnight use of their courtesy car. Town was basically dead on Sunday evening, but the Holiday Inn welcomed me, and I found a TGIF.

Nav 1

Day 1: Farmingdale to Clarion (fuel) to Mansfield.

DAY TWO

The morning dawned solid IFR. I had to wait until about 10:30 before things cleared up enough to depart. It was unclear how clear it was, so I planned to just move on to KVPZ and check the weather again. Once I was airborne at 2500 feet it seemed improvement was in the wind. I climbed up to 4500 feet to have a better look and it looked pretty good indeed. So I advised ATC that my new destination was now Dubuque, IA (KDBQ). There were a few more clouds that pushed me up to 6500 feet, but I really preferred to be higher as I neared Chicago, anyway. And as soon as I got up that high I could see it was severe clear to the west.

DSCN7472ab

Chicago in the haze

Flying direct to the Joliet (JOT) VOR would keep me south of Chicago’s airspace, but it was still a pretty busy place to be. A friend had loaned me a Stratus box which would receive and display traffic advisories on my iPad. The WAAS GPS also offered traffic advisories, and I was getting advisories from ATC. Interestingly, there was still traffic out there that NONE of these aids warned me of.

MORAL OF THE STORY: Look outside. I’ve experienced the same thing many times around Boston. It really is important to not rely on the gadgets.

IMG_0163a

West of Chicago

Chicago behind me, the skies were much less busy. In case you didn’t know it, it’s flat out there. Dubuque (KDBQ) was just a couple of hours down the road. I wasn’t too overly concerned about finding cheap fuel, but I figured I’d go for it if it was convenient. KDBQ was advertising $4.06 and it was on the way. Imagine my surprise when I discovered their advertised fuel price was exclusive of the tax ….. The net cost was $4.58! (At least it wasn’t $7.00).

Nav 2a

Orwellian tower east of KFSD. Top is at 3445′ above sea level, 1984′ above the ground.

An hour laze in the FBO, checking the weather and recharging my tablet, I launched with the aim of making it to Sioux Falls, SD (KFSD) for the night. It was extraordinarily flat. Quite a change from New England (where there are no straight roads), all the roads here go N-S or E-W. At one point the clouds were building a bit and it was getting fairly murky, but still VFR. ATC dropped me out over the corn fields somewhere, so I flew without them into Luverne, MN (KLYV) for a cheap fill-up ($3.83) before the short hop into KFSD. Well off my route, but just southeast of KFSD is an Orwellian tower – 1984 feet tall. It looked pretty enormous in the evening haze.

0717171937a

BBQ in Sioux Falls

KFSD is a busy Class D field. I did a tight pattern and landed short to get off the runway at the FBO at the north end of the main runway. Maverick Aviation is a fabulous FBO. No tie down fee, no landing fee, no minimum fuel purchase, great lounge, awesome vending machines, good coffee. Nirvana in South Dakota! They arranged a hotel for me and off I went to explore the sights and sounds of Sioux Falls. There actually are falls.

Oh, and barbecue. Pretty good barbecue.

Not really a “problem”, but one of the problems of traveling in a light plane is that you’re always checking the weather. It’s constant. After you land you no sooner than get the plane tied down and you’re thinking about what’s coming the next day. You check after dinner, and before you go to bed. It’s the first thing you do in the morning. Then check at breakfast. Checking again when you get to the airport.

Nav 2

Day 2: Mansfield to Dubuque (fuel) to Luverne, MN (fuel) to Sioux Falls

DAY THREE

The modified plan for Day 3 was to get all the way to Helena, MT (KHLN). There were convective SIGMETs in effect northeast of KSFD and north of my western route. Pierre (pronounced Peer) north and west of my route had advisories out. So I launched with the thought that I’d be looking for a place to land anywhere enroute and run away when appropriate. All that flat terrain is comforting when you’re considering the possibilities of not making your destination.

I departed and climbed to 4500 feet and the first hour was uneventful. I could see the dark sky to the NW of me that was the weather over Pierre, but it wasn’t directly in my path. ATC called to advise me there was severe weather at 60 miles at my 2 o’clock – Pierre. No issue, but something to watch. A layer of scattered clouds was forming around my altitude so I climbed to 6500 feet.

The scattered layer was clumping up to an overcast layer and I climbed to 7500 feet to stay VFR advising ATC of my non-standard altitude and that I was prepared to go higher. It was starting to get murky across my entire field of view. The controller told me the storm was now from my 10 to 3 o’clock. Being the observant lad that I am, I had already noticed this and had been reviewing my chart and my options. I had just passed Chamberlain Field (9V9) and thought that would be a good spot to put down and wait for the storm to pass. (I also knew it was severe clear behind me and I could easily outrun the storm back to the east if I had to.) I advised the controller of my intentions and he said, “That sounds like a good plan.”

Nav 3a

Artist’s rendition of running away from a thunderstorm and landing at 9V9.

0718170943a

Convective SIGMET north of my route to KRAP

Doing a U-turn to get to 9V9 was OK, the problem was getting below the cloud layer. I headed off toward the edge of the clouds and found a big hole to descend through while tuning in their ASOS. The field was just VFR with a ceiling at 1500 feet but visibility greater than 10 miles. The wind was reported at 350/15G22. The hard runway ran 13/31, so there was going to be a bit of a crosswind on landing, but this was handled without incident. The FBO was a room attached to a guy’s house, but there was a comfy lounge chair. I dipped into my reserve of granola bars and hung out for about an hour while the storm moved past before saddling up to move on.

Upon departure the wind was 050/14G22 – storm passage had shifted the wind to a direct crosswind beyond the demonstrated crosswind capability of a Warrior (which is 17 kts). But I had another option. A grass runway pointing 18/36. Taking off 36 reduced the crosswind component to 11G17 – right on the limit. The grass was a bit long and the plane slow to accelerate, but I got up in ground effect well before the mid-point of the runway, corrected for the crosswind and was on my way.

It was beautiful. I had views of the Badlands to the south as I approached Rapid City

DSCN7474ab

The Badlands

(KRAP) on the eastern edge of the Black Hills. It was really hard to make out the airport, but I finally figured out where it was, entered the traffic pattern and made my landing. Rolling up to the self-serve pump, a younger pilot in a Cessna pulled up behind me. He turned out to be a commercial student pilot from Denver doing his long cross country solo. After refueling I stopped in the FBO and chatted with a couple traveling around the west in a Commanche and now heading east toward the weather I left behind. We exchanged pointers from the road that we had acquired. (It was an early joke when GPS first came out that when ATC asked your position, you could tell them you are something like 1279 nm east of Peoria…. I heard ATC instruct the Commanche pilot to report 210nm west of Sioux Falls…)

The field elevation at KRAP is published at 3204 ft. Preparing to depart I tuned in the ASOS. It was a warm day and the ASOS was reporting a density altitude of 6200 ft. Those of us who live close to sea level normally takeoff with the mixture full rich. Under these circumstances I leaned the engine for best power during the run-up and took off with that mixture setting.

DSCN7476a

The Black Hills from the east.

During pre-flight planning, I had looked at the Black Hills on the chart and pondered going around them since I didn’t know what the winds might do and how quickly I could climb over them in what I assumed would be high density altitude.

Ultimately, I took off and turned directly on course in the climb. I climbed to 8500 feet to give ample margin over anything in the area. I requested flight following from the tower and they handed me off to Ellsworth (AFB) departure control who informed me that Denver Center would not be able to see me on radar at that altitude once they handed me off. So I climbed up to 10,500 feet also hoping to find smoother air. Eventually I fell off the radar, anyway, and was picked up later in the day by Salt Lake Center.

It was smoother, for a while. It turned out to be a bumpy afternoon. I had planned a winding route through the passes from Bozeman to Helena, but now that I was up so high this wasn’t necessary, and I re-plotted a more direct route to Helena to save a little time.

DSCN7497

Somewhere. You don’t usually get to see a Warrior’s altimeter reading 10,500 feet. At this particular moment, my indicated airspeed is about 92kts and ground speed (on the GPS) is 94.6kts. We’re pointing west. I’m not talking to ATC since the transponder is set to 1200.

The winds were keeping me busy. At one moment I’d get the plane trimmed out with about 95 kts indicated and 109 across the ground and a few minutes later I’d have the nose up to 79 (Vy) with extra power in order to maintain altitude while my ground speed was at 80. It was mountain wave activity or thermals or wind shear that shifted back and forth every few minutes for a couple of hours. I kept looking at the hills to my left/west trying to conceive how the local topography could be doing this, but knowing that mountain waves can extend for great distances from their source I might not have been able to see the offending hills. The country below me was a uniform color, so I couldn’t convince myself that it was pockets of thermals – though it was warm below. The air was so dry (I theorized) that there weren’t any clouds forming due to thermals. Regardless of the cause, the wind shear or up and down drafts were right on the edge of the Warriors ability to maintain altitude. I just resigned myself to slower progress and kept an eye on my fuel consumption. My diversion earlier in the day cost me a bit of fuel, and the wind was taking it’s toll, but I still had oodles, and there were many options along the way.

No radar contact coming into Helena, so approach/departure control uses position reporting to separate traffic – my first report was at 30 miles to the east. Helena is a nice spot nestled among hills to the north, west and south and a nice lake to the east. The field has a Beck’s U-Pump for fueling. Next to the pumps is a small place called Mickey’s – it’s a small FBO with a full kitchen and a bunk room where you can stay for free. Never seen anything like that at an airport before. I couldn’t find a hotel that had a shuttle service, so I ended up staying at The Carolina B&B (highly recommended) in the historic district of town across the street from the original governor’s mansion. The proprietress picked me up and recommended a great restaurant a short walk from the B&B. Nice town.

IMG_0195a

N138DC on the ramp at Helena

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High security at Helena. You’d never guess the combination.

Nav 3

Day 3: Sioux Falls to Chamberlain (storm) to Rapid City (fuel) to Helena.

DAY FOUR

The morning started off lazily enough in the B&B’s garden. An all-too yummy and plentiful breakfast (need to check weight and balance calculations) and a slow motion start began the last leg of this adventure. I departed slightly to the southwest to take advantage of the lower terrain heading toward MacDonald Pass as I climbed in the cool air of the morning. Helena is at 3877 feet and it took about 27 miles and 20 minutes to get up to 10,500 feet at 85 kts. Departure control advised me that Salt Lake Center would neither see nor hear me at 10,500 feet until I got past Missoula, so I settled into a nice smooth, quiet flight in contrast to the day before. There were TFR’s for forest fires south and north of my route which I had a front seat for. I had hoped to catch sight of a tanker working, but only heard them on the air and never saw them. The skies were pretty hazy all over the west – it has been dry and the fires plentiful.

Nav 4A

TFRs (the red areas) for forest fires west of Helena along my route

DSCN7508a

Forest Fire

I picked up flight following west of Missoula, cleared the mountains of Montana and Idaho (caught a view of Coeur d’Alene to the north) and arrived over the plain of central and western Washington at Spokane. Seattle Center asked me if I wanted to descend.

IMG_0210a

58 miles from KELN. The transponder is the lower box – I’m squawking 3112 for ATC to track me. The altitude I’m reporting to them is 10500. 126.100 is the frequency for Seattle Center.

“No. It took a long time to get up here, I’d like to enjoy the view.” So I stayed at 10,500 until 30 miles from Ellensburg. It was hazy. As I got closer I noticed something sticking up in the haze directly on my route. It turned out to be Mt. Rainier which was a pretty nice sight.

DSCN7534ab

Mt. Rainier growing out of the horizon.

DSCN7533ab

Rainier with Ellensburg in foreground.

 

 

 

 

 

 

 

Arriving at Ellensburg was uneventful except for the fact that after I taxied to the ramp and shut down, I couldn’t get the door open. I had to stick my arm out the pilot’s side vent window and flag a mechanic down in one of the hangars to help me get out. I really had hoped to get out of the plane at this point.

IN THE END

The total flight time was 25.6 hours to cover 2273 nm, which, surprisingly, was pretty close to my initial guesstimate of 25 hours. The flight time for each of the four days were 5.7, 7.5, 8.2 and 4.2 hours. I figure I burned 193.7 gallons for an overall burn rate of 7.6 gph. (Though on the 4.6 hour turbulent leg from KRAP to KHLN I burned 8.2gph.) It would have been more economical had the plane been equipped with an EGT, but I had to revert to the crude method of leaning to engine roughness and then enriching by sound/tach.

In the end, that’s a lot of time in a Warrior.

Nav 4

Day 4: Helena to Ellensburg

 

Glossary

AOPA – Aircraft Owner’s and Pilots Association – The largest pilot organization in the US. They have oodles of free information online as well as flight planning software and weather tools.

ATC – Air Traffic Control. The folks who provide the service to keep air traffic moving smoothly. From control towers at airfields, to “approach” controllers who manage traffic arriving and departing from airports, to “center” controllers who manage enroute traffic. They may or may not have radar capability.

ATIS/ASOS/AWOS – a recorded, sometimes automatically generated weather broadcast usually only reporting local conditions. The wind may be reported as 050/11G17 which means it’s blowing from the northeast (50 degress) at 11 kts gusting to 17 kts.

B&B – Benedictine & Brandy, or Bed & Breakfast depending on your preference.

Class B, C, D Airspace – Airspace carved out around airports that partitions the space to allow multiple controllers to handle traffic and manage flow. Class B is the largest and busiest (think Boston, New York, etc.) and restricts VFR traffic. Class D is much smaller only having a control tower.

Density Altitude – When the air is warm or humid, it’s density decreases. When air is less dense, it is all disadvantageous to flying – the engine generates less power, the propeller generates less thrust, and the wing generates less lift. Flying from high altitude airports by definition means you are at a higher “density altitude” and will have worse performance. At low altitudes, when the conditions are right, it “feels” just like being at a high altitude.  A calculated density altitude based on barometric pressure, temperature and humidity equates the condition to higher elevation. Performance charts for the airplane tell you the bad news. Longer takeoff roll, poorer climb performance.

FBO – Fixed Base Operator. Where you park, get fuel, find a lounge, restrooms, ground services. Some have no charges. Some are exorbitant.

Flight Following – A service provided by ATC to provide traffic advisories to VFR traffic on a workload permitting basis. VFR pilots are still responsible to “see and avoid”.

KFRG, etc. – a four letter airport identifier. Everyone worldwide uses a three letter identifier and then sticks a letter on the front for the country (in the US, we use “K”. Canada uses a “C”. Just to show there is logic to this, Angola uses an “F”). If the identifier begins with a number (e.g. 9V9) the “K” is usually not used since these are usually dinky little airports.

nm/kts – Nautical Mile/knots – At 6076 feet it is about 15% longer than a statute mile at 5280 feet. (It is derived from one minute, a sixtieth of a degree, of latitude – thank the Babylonians.) A knot is a nautical mile per hour. 100 kts is about 115 mph.

Piper Warrior – A four seat airplane in the Piper Cherokee family. It typically has a 160 horsepower engine and doesn’t go very fast.

Run-up – Performed on the ground as part of the pre-flight checks. The engine is powered up to 60% power, or so, and the dual ignition systems are verified along with oil temp and pressure, fuel pressure and the vacuum system. No blinking red lights allowed.

Runway headings – Published as 02 or 36, for instance. Just add a zero to the end and you get the magnetic heading of the runway. And you can generally land in either direction on a runway, so they will be designated 18/36 or 02/20.

SIGMET – An inflight weather advisory (SIGnificant METeorological information) of something bad going on in the atmosphere. A SIGMET can be issued for “convective activity” (read: thunderstorms), or specifically for tornadoes, volcanic ash, severe icing, etc.  A “Convective SIGMET” is an invitation to stay away.

TFR – Temporary Flight Restriction. These can pop up for multiple reasons – VIP travel, natural disasters (fires, hurricane damage/rescue), NASCAR races, football games. They are intended to keep traffic out that is not concerned with the event.

Transponder – A box in the plane that transmits altitude and a code to ATC. The code is displayed on ATC radar screens. “1200” is the normal code for VFR traffic buzzing around aimlessly. When you request and get flight following you are issued a discrete code to “squawk” (transmit), e.g. “3114” so that ATC can identify you quickly.

VFR – Visual Flight Rules. You fly by looking outside, visually. You use navigation aids (radios, GPS) to assist, but you are ultimately responsible to “see and avoid” other aircraft.  Under IFR (Instrument Flight Rules) you can’t see nothin’ and fly by reference to your instruments only.

VOR – A VHF radio navigation aid identified by three letters, e.g. JOT is the Joliet VOR.

Vy – The indicated airspeed that gives the best rate of climb for a airplane.

WAAS – Wide Area Augmentation System are ground based radio signals that supplement GPS information to make it even more accurate.

100LL Avgas – In the aviation world, we still use leaded gas. It is “low lead”, but lead nonetheless. Avgas is usually 100 octane.