The Grand Canyon, that’s not a backcountry airstrip. Why am I wasting your time? I’m starting to think about retirement, and with retirement come thoughts of having to live once again on a budget. The question occurred to me, can a flying vacation to a world class tourist destination coexist with a pension? Thankfully, the answer is yes, and here’s an example of how.
First let’s look at the fuel bill. I’ve got the airplane, and I’m going to go fly it somewhere anyway. I might as well go to an interesting destination as opposed to wandering about aimlessly, like normal. So, the fuel cost is a wash. Let’s move on.
Despite contrary information presented in airport directories, there is no landing fee or overnight tie down fee for private aircraft at Grand Canyon airport. Advise ground control that you want to park for a few nights and they will tell you to pick a spot in the last two rows on the north end of the apron. I was fortunate to get one of the last spots adjacent to the fence. I had packed my gear with the intention of sleeping in the back of the Bearhawk. Although I built my Bearhawk with a trapdoor in the cargo bay back wall so I could sleep stretched out on the floor, this was my first time to actually try it.
Not having to shell out $100+ per night for lodging I am, suddenly way ahead in the savings game.
The town of Tusayan is less than a mile from the airport, an easy walk or bike ride. I had brought along a sack dinner, but there is every manner of dining opportunity in town. I stopped by the IMAX visitor center to pick up a Park newspaper to check on the shuttle service schedules. I also watched the movie, though had I know it was the same one they were showing 20 years ago I would have saved my money.
My intention this trip was to hike from the south rim of the canyon, to the north rim, spend the night there, then hike back the following day. 16 years ago, I hiked from the north rim to the south rim. The following day, I hiked back. My mom was so amazed I didn’t kill myself in the attempt that she made me a shirt to commemorate the accomplishment. The front side said “Grand Canyon Rim to Rim June 5, 1991”. The back side said “and Back Again June 6, 1991”. I recently ran across that shirt again which got me thinking “Maybe it’s about time to try that again”.
After a very restful sleep in the back of the Bearhawk, I had trouble facing the chilly morning. I had plans to catch the 5am trailhead shuttle but couldn’t bear to leave my cozy nest. With supreme effort I crawled out of bed to prepare for the day’s exertions. To combat the effects of the anticipated day’s heat I needed to load up on salt.
Knowing nothing packs the sodium load quicker than a McDonalds breakfast I peddled into town for a couple of McMuffins. Two sandwiches that would cost $2 anywhere else ran $6 in touristville. I’ll have to scrimp somewhere else.
Entrance fee to the park is half price for a bicyclist, $12. While that is appreciated, it isn’t much of a bargain considering I can’t cram my vehicle with bodies to spread the cost. It’s a steady climb to the canyon rim and with my pack full of gear and water, my seat was hoping for any short cuts I could find. That short cut is Center Road, which is labeled only as Albright Training Center, so I missed it. Turn left at the signal for the quickest route to the village. Once in the Village, everything is accessible via the excellent shuttle bus service.
My hike went as planned, another wonderful experience. Unfortunately, I returned to my bicycle the following day to discover I had a flat tire. I ride road and mountain bikes regularly and I have had an incredibly bad spate of flat tires lately. Although I was disgusted to find the flat, I wasn’t particularly surprised. We recently threw a party at home and one of the guests brought a 6-pack of Fat Tire ale. Carol saw the carton and commented “Flat Tire, how appropriate”. Fortunately, there is a garage near the train depot. An air line, with chuck is next to the fence and available even after hours.
A 5 minute hot shower can be had for $1.25 at Mather campground on the way home. Traveling light, I didn’t have any soap, but the attendant suggested I pump some from the sink dispenser into a suitable container, an excellent idea. The traditional after hike pizza feast can be had at the aptly named We Cook Pizza in Tusayan. So how did we do? Three days at the Canyon, food, lodging, and movie, less then $50. The experience, yeah, you know, priceless.
Bearhawk Spin Test Evaluation Initial Impressions
Source: 2009 Q2 Beartracks, Lee Taylor
1. Background
Recently I was approached by Eric Newton about the possibility of my participating with him in evaluating the spin characteristics of his new Bearhawk homebuilt. I inspected the aircraft thoroughly, and have been favorably impressed with the overall construction and cleanness of Eric’s aircraft.
2. Flight
As the previous owner of a Cessna 180, which I had flown all over the US and Alaska, I was particularly interested in Eric’s aircraft, as it comes close to being an idealized Alaska plane in respect to what an individual would want in that environment. Continue reading
Bob Barrows Trip to Idaho – June 15-30
Bob Barrows took a flying trip in June that he had wanted to undertake for some time. Bob was accompanied by a friend from Raleigh, N.C., Bobby Cox. Bobby, 79 years young, flies a Smith Super Cub clone he built with a souped up O-360 with 10 to 1 compression pistons. Bob flew his Patrol.
They decided to have a destination for the fuel stops and to meet up there as opposed to flying in formation. Their first fuel stop at the Randolph County Airport in Indiana which features good fuel prices and a grass landing strip. Bob arrived ½ hour earlier than Bobby. Generally, Bob Barrows used 30% less fuel to get to the destination compared to Bobby in the Smith Super Cub. Bob flew at 18 inches of MP and 2500 rpm which is about 50% power truing at 130 MPH burning 7 GPH.
The first night was spent in Kanakee, IL, which is an old grass strip (no pavement at all) dating from 1926. Luckily, an employee of the airport showed typical aviator’s generosity to Bob by loaning Bob his personal car for the evening. Bob dropped him off at his house after work, and Bob left the man’s car at the airport early the next morning.
Bob and Bobby pushed on the next day into Iowa and ran into weather. Bob Barrows chickened out but Bobby C pressed on. They would meet up again several days later at Johnson’s Creek Idaho. The next day Bob got to Custer S.D
with poor weather. The next day Bob got to Buffalo Wyoming but weather prevented more flight. By chance, there was a Bearhawk QB kit under construction at a mechanics shop there in Buffalo. Buffalo lies up against the Big Horn Mountains with peaks over 13,000 ft and very rugged.
The next day Bob departed Buffalo climbing to 12,000 ft to clear the peaks through a pass. It was a long day flying to arrive at Johnson’s Creek Idaho. On the way Bob stopped at Yellowstone and then Salmon Idaho (for fuel) where the rugged stuff in Idaho begins. Bob went out of his way to seek out advice from a local who had flown the mountains there for a long time. Some of his tips were: “Fly up the right side of canyons in case someone is coming the other way and also aid in making a 180. You may have to wind up valleys/canyons when the tops are obscured as they were that day. Watch for rotor winds and mountain waves that you and your plane will not be able to handle. And a LOT of airports don’t allow normal type approaches. You might not see the airport until you are on SHORT final. Try to fly in the mornings.” Bob got a good education.
From his 12,000 ft cruise altitude Bob had to descend to 5,000 ft to land at Johnson’s Creek. With the mountain tops obscured, Bob had to fly up valleys/canyons that were kind of narrow to get there. According to Bob: “This kind of flying is very intimidating, very exciting, but dangerous. If your engine quit, they would never find you before you froze to death. Nothing but rocks and ice. The ice level was about 9,000 ft.” Arriving at Johnson Creek in the afternoon was a little dicey. It was very gusty and windy, but the Patrol was up to the challenge. After his 2:00 PM arrival, Bob was welcomed by Bearhawk owner Cal Brubaker from Salt Lake City. Bob set up camp and took it easy for the rest of the day.
The next morning Bob flew to Dixie town and had breakfast at the hunting lodge there. You can’t see the runway until you are right on it. You have to be at the right altitude and speed to land. It is a gravelly strip almost 3,000 ft long, but doesn’t look that long while on approach. It looks like a wiggly gravel road that goes uphill. Land to the north and take off to the South.
Some other strips Bob and Bobby visited:
Mackay Bar is a private hunting lodge with its own strip. You can’t see much of the strip when approaching. You follow the Salmon River and see it on the right bank 50 ft away from the river. 1900 ft long and low altitude.
Big Creek – a Forest Service strip with decent approaches. 3500 ft strip, 5700 ft msl.
Flying B Ranch – airstrip is one mile from lodge. They picked Bob & Bobby up and drove them to the lodge for breakfast. 2,000 ft runway, 3600 msl
Sulfur Creek – another hunting lodge with a 3300 ft gravel strip at 5800 msl. Bob ate there three times – good food and relaxing atmosphere
Base Camp, Smiley Creek – 4900 ft grass runway at 7100 msl. Beautiful strip manicured like a golf course with lodge and restaurant across the street.
Bob & Bobby spent a day flying the Snake River Canyon along with another Super Cub with an O-360, VG’s, and an 84” x 40” pitch climb prop. The Snake River Canyon is deeper than the Grand Canyon. They landed at the top (6,700 msl) and at the bottom (1120 msl). While climbing out of these strips, Bob had to throttle back to climb with the Cubs. If not, he was out climbing them more than 500 fpm. At cruise, Bob had to go to 13 inches of MP so the Cubs could keep up.
Bob returned to Virginia in two days of beautiful weather flying six hours a day.
To sum up: Bob was very impressed with his stay there in Idaho. It was fun, and very exciting. The entire trip cost him $1500. $1,000 was for fuel, and the rest was for food and the nights he spent in hotels while enroute. Four thousand miles going and coming, and about one thousand miles while in Idaho. Some words from Bob: “You want to be REAL comfortable in your airplane and what you AND your airplane can do. In the BH or the Patrol, you have the ability to climb out of a problem, but other planes may not have that ability. If going to Idaho, you should read and have with you the book by Galen Hanselman Flying Idaho.”

Flying Update from Mike Araldi
Source: 2009 Q2 Beartracks, Mike Araldi writing to Mark Goldberg
Hey Mark……the Bearhawk has about 32 hrs on it now, and is performing flawlessly so far! It’s a very easy and honest airplane to fly. I’ve been able to induct 7 new BH pilots, and they all agree… it’s one of the best all around airplanes they’ve ever flown. I went with a Monty Barrett balanced IO 540X and a MT 3 bladed prop, extremely smooth combination.
All of your performance numbers are accurate, your kit is a pleasure to build, and working with you, Jim, Budd,and the rest of the BH tribe is great! Thank you for the great support. I’ve experienced the RV grin… and now the Bearhawk Rush!
I’m convinced now more than ever, the more BH’s that come on line and the more pilots fly them, your kit sales are going to grow exponentially… …brace yourself !! Lets try and put together a Bearhawk fly-in at my strip here in Lakeland!

Bending the Elevator Trim Pushrod
Ernie Green Flying Update
Source: 2009 Q2 Beartracks, Ernie Green – N844EE
Ernie Green bought his Bearhawk plans in 1995 after reading about it. He pretty much sat on the plans and didn’t begin work until 1998. What finally prompted Ernie to get going was a call he received from Michael Harris, a fellow Florida resident who heard that Ernie was building a Bearhawk also. Michael contacted Ernie and came to see him. They made an agreement. If Michael made the commitment to show up and help Ernie work, together they would build the two Bearhawks. Ernie promised to weld up the frame of Michael’s plane in return.
Ernie has been a professional welder for over 20 years. His last years welding professionally were for the US Navy on aircraft carriers. Ernie is certified to weld titanium, magnesium, stainless, and all the other exotic metals that most welders never see.
Progress was slow but steady until Ernie retired in 2006. Then Ernie has been at it hot and heavy to get his BH finished. Ernie and his building partner Michael bought a Cessna 310 for the exorbitant price of $15,000. It was complete with engines and props but no radios. The engines (Continental 470’s) had 168 hours and 224 hours since chrome major overhauls. Ernie’s Hartzell 82” prop cost him $500 to comply with all AD’s by a certified prop shop in Florida. Then they sold the C310 airframe for $8000 on Ebay. Quite a nice deal for the Bearhawk builders.
When asked how many hours he has worked on this scratch built project, Ernie answers “a bunch”. The ‘N’ number Ernie has, N844EE, signifies Ernie’s birth date of August(8) 1944. The EE is for Ernie’s first and middle names. He hopes to fly before his birthday this August. Ernie fought a little with the Stewart covering system due to the extreme temperatures and humidity in Florida. But the results are beautiful and unique as you can see in the pictures. Ernie gives special thanks to Warren Simpson, a neighbor and experienced builder who has been a tremendous help.
Cones Airport
Source: 2009 Q2 Beartracks, Pat and Carol Fagan
A throwback to the 1960s that has, so far, managed to fend off the city that built up around it, Cones has down home warmth and charm.
Cones is located right in the heart of Twentynine Palms, CA. The airport coordinates are Continue reading
Alternative Stewart-type Wingtips
Source: 2009 Q1 Beartracks, Rex Ervin
I constructed a set of Stewart wingtips for my Bearhawk. Continue reading
Main Landing Gear Wheel Alignment
The main gear axles should be checked for proper alignment with the plane in the three point position, and with the tread at 72 inches, measured from the center of one tire to the other. Check that both axles (referencing off the brake discs) are square with a centerline dropped with a plumb bob off the engine crankshaft center (or nose of spinner) and the tail post or tail spring bolt center. TOE IN should be 0 to ½ degree.
To get the tire tread at 72 inches, you may need to roll the plane forward or backward. Rolling the plane backward spreads the gear out, and rolling the plane forward moves the wheels closer together. There are a few ways to measure the alignment. There will be first a description of how to check your toe in/toe out on a project with the brakes mounted and also the weight of the engine and wings on the gear. Then there will be guidance on how to check your landing gear if you don’t have the brakes mounted yet or the engine/wings on.
It is interesting to see how the tread measurement changes as you roll the plane forward or backward. Start by rolling the plane 10 feet forward using NO brakes to stop it. Touching brakes will interfere with getting good measurements. Then repeat the same measurements after rolling the plane backward for 10 ft. You will see a difference in the measurement of tire center to tire center or the distance between the two brake discs if you do this. This will give you an indication of whether you have toe IN or toe OUT. The goal is to have a slight toe-in subject to the specs below.
You can purchase two 4 ft straight steel angles. Clamp them to the brake discs as shown in the picture. In the picture, the steel angles are clamped to the bottom part of the brake discs with the brake calipers loose. You can just as well clamp the angles to the top of the disc. Just make sure you get two clamps on the steel angle with enough distance between the two clamps so you get the angle true to the brake disc. Different brake calipers mounted in different positions might require a different placement of the angles. But you get the idea. Adjust the angles until they are parallel with the ground to get the most accurate measurement. Do not use the tires because they are not flat and the measurements off them will be inaccurate. 
You can then measure from one brake disc to the other to get a “baseline” measurement for the spread from one side to the other. This measurement can be at the aft edge of the brake disc or the forward edge. Then measure the separation of the steel angles out 40 inches in front where you took the first measurement. If the measurement at 40 inches forward is less than the measurement you took of the brake discs themselves – you have toe in. If the measure is bigger at 40 inches in front, you have toe out. NOTE: these measurements so far give you the total toe in/toe out but not the position of each wheel/tire in relation to the fuselage centerline. Drop a plumb bob off the crankshaft centerline or the spinner tip. Do the same off the tailpost or the bolt center that holds your tailsprings. Pop a chalk line or mark on the floor this centerline. Then measure from the steel angles clamped to your brake discs to this centerline to determine if the toe in/toe out for the left and right are the same. Measuring tolerances are about ¼ degree because of all the moving parts that can make the measurement hard to get completely accurate.
At 40 inches in front of where you took the first measurement, ½ degree toe in would show a measurement .350 inches closer to the centerline than at the disc 40 inches aft. This is for each gear to the centerline. Total for both would be twice that. Again, what you should end up with is Toe IN of 0 degree to ½ degree. To measure the toe in/toe out if you don’t have brakes, tires, engine, or wings mounted yet – you have to use a different method. Level the fuselage by using the lower longeron as shown on page #16 of the plans (Datum, between station C & D). You will have the front of the fuselage on a saw horse and the tail up in the air on something. Attach your gear legs. Make a mark on each axle that is 3 3/8” outboard of “ring” that your brake calipers mount to. This mark is more or less the center of where your tire will be on the axle after the wheels/tires are on. Then spread the gear legs until the marks on your axles are 72” apart. Make sure the distance between each mark and the centerline of the fuselage are equal. Using a long straight edge determine if your axles are in line with each other (zero toe in/ toe out) or at most have ½ degree toe out per side while measuring with your fuselage in this position. Refer to drawing #23. Camber should be zero degrees with +/- two degrees. Continue reading
Tail Spring Mounting Problems Visited: Reference Drawing #19
Source: 2009 Q1 Beartracks, Bob Barrows
Some Bearhawk aircraft are having problems with the tail spring getting loose on the airframe attach points
and/or having the tailwheel becoming loose to the tail spring. Please check your aircraft.
The AN7 bolt holding the front of the spring goes thru a 5/8” O.D. X 7/16” I.D. Tube. The tail spring sets on this tube which is welded to the tail wire attach plate. You may need a washer to spread the load between the 5/8” tube and the tail spring onto the attach plate. Also, it would be good to have a washer under the head of the bolt at the bottom of the spring. The washer should be about 7/8” – 1.00” O.D. And 1/16” – 3/32” thick. The attachment at the tail post is by a ‘U’ clamp using (2) AN4 bolts. The ‘U’ clamp should lightly clamp the spring.
The spring clamp ears should not be bent when the AN4 bolts are fully tightened. Use shims between the tail post fitting and the clamp ears. The tail wheel is attached to the tail spring by a AN7 bolt. There should be a 1” O.D. X 3/32” to 1/8” thick (4130) washer on the underside of the tail spring. Tighten this AN7 bolt up to full torque. Continue reading
