Here is a partial view of Kevin Sheely's Quickie Q200. For a complete
overview of all of his activity on building this unique aircraft, visit his blog
N480KS Quickie Q200
I am a 285 TT single engine land private pilot and this is my second amateur built aircraft. My first was a single seat
Pitts S1-C, which later became an S1–T model after purchasing and recovering a used set of symmetrical SparCraft
wings. I bought the Pitts project (fuselage welded, some sheet metal complete and a 150 Lycoming attached to an
engine mount) while purchasing my Continental O200 engine for the Q200. As I was leaving the garage, the seller
asked if I knew of anyone interested in finishing the project. Two weeks later, I picked it up. I finished it quickly, and
made the first flight in November 1986. It had about 135 hours on it when I sold it. I made a lot of
10-1 5 minute flights to fly some aerobatics and return at sunset. After my original forty hours of private pilot training, I received some aerobatic training at the suggestion of our FAA
flight examiner at Kent State University. I loved it and started flying a Decathlon and a Great Lakes, and I also got
some Christen Eagle time along with some time in a J3 cub on floats and Super Cub on floats and
tundr a tires in Michigan.
Not flying any after moving to Florida, I had my Q200 project sent from Michigan to Florida with the hopes of
completing it in 6 months. Well, it took 4 years of work in the garage and 6 more months once I got it to the airport. I
incorporated all of the 6-pack of kit handling improvements. Everything had to be correct. There were a lot of calls
and emails to Sam H., Jim P., Gary K., Sanjay D., Mike D., and Jerry, M and
For a couple of months prior to my first flight I got transitional training in an RV6 (about 5 hours) and one flight with
Mike Dwyer in his Q200. During this time I also had 17 times where I would tax down the runway at speeds up to 55
mph. Usually I did three taxing runs per session. I was able to keep it straight except a few times where it left the
centerline when removing power. I believe it had to do with P factor. I also completed the EAA Flight Advisory
program. This really helped prepare me for “what if” situations of a first flight. Remember that our Quickies are truly
a homebuilt aircraft and not an assembled kit. We were responsible for creating our airfoils from paper templates
and minimal construction plans. We rely on each other now.
25Jun14 – First flight of a kit that was purchased new in April 1985
After a restless night of reviewing every bolt, nut, layup, assembly, and a second thorough preflight, I briefed my
ground crew on my flight plan. All three EAA members had radios and golf carts along runway 08R at North Palm
Beach County airport, Florida (F45). My wife was very calm on the outside. One of the guys was able to take her aside
and talk her through everything I was doing.
My plan was to treat this like I was taking it out for another taxing test but keep the throttle in. I took off around
8:30AM on a calm morning, with the elevator trim and reflexor in the neutral positions and the C of G was neutral
10 also. The first thing I noticed was that my elevator forces were very high with a tendency to roll to the left. The roll to
the left was expected but the elevator was not. I maintained a wings level climb out to a downwind and midfield
crosswind to stay over the airport at 3,000 feet. The CHT got near 400°F so I reduced the power and climb rate. Then
it was suggested to climb to 5,000 feet for cooler air. My forearm was getting pretty pumped because I only used the
trim wheel and not the reflexor. I did some slow flight down to 90 mph with some shallow turns. Then I returned to
the airport for a beautiful 3 point landing and I let it roll out to the end of the runway. The total time in the air was 30
minutes. After a de-briefing I removed the cowling and went home. It took three days to go back out and inspect my
plane and prep for another flight.
Lessons learned that day after talking with about 28 friends and my flight advisor:
1) I was prepared both physically and mentally.
2) I was not nervous at the end of the runway because I was prepared.
3) I should have used the reflexor to trim the airplane.
11Jul14 my second flight
Another calm morning and my wife was a little less nervous. As I taxied out I could see a couple of rain showers in the
distance (south Florida in the summer), so I knew this would be a short flight. I took off from 08R again, but this time
I used the reflexor after takeoff to relieve the elevator forces and it was awesome. The left was still there but I
managed it. The landing again was three point but maybe slightly tail first. The CHTs stayed around 400°F. Total time
in the air was 15 minutes with a max speed of 151 mph.
1) I was prepared with knowledge from the first flight and conversations with other Quickie pilots.
2) I was not nervous at the end of the runway because I was prepared.
3) The reflexor is an awesome tool when used properly to trim the airplane.
18Jul14 my third flight
Another calm morning and my wife was getting used to the experience and radio jargon. My plan was for a 30 minute
flight, staying within a 5 mile radius. The takeoff on 28L went well, again keeping on the centerline which I can prove
because of my MGL EFIS flight data recorder. I used the reflexor for trim and climbed to 3,000 feet for some more
elongated oval holes in the air. I returned for landing and did not trim the elevator like before so I had two landings
instead of one. The roll out was to the end again as I landed long (1,000 foot mark). The CHTs stayed around 400°F.
Total time in the air was 30 minutes with a max speed of 147 mph.
1) Trim the airplane using the reflexor during the final approach for full elevator travel (hint from Jerry M.)
23Jul14 my fourth flight
Another calm morning and my support crew had gotten smaller but my wife was there. My plan was for a 30 minute
flight staying within a 5-7 mile radius. The takeoff on 28L went well, again keeping on the centerline. I used the
reflexor for trim and climbed to 3,000 feet for some more back and forth ovals in the air. I did some slow flight and
tested out the use of the air brake ”belly board”. The test went well and I could feel it slow me down without any
noticeable pitch change. I returned for landing and decided to deploy the air brake at 110 mph on downwind. I made
sure to get my base leg at 100 mph and my final at 90. I still had a long glide in ground effect but it settled onto the
runway at 80 mph and I was able to taxi off at the 3,000 foot mark. The CHTs stayed around 400°F. Total time in the
air was 30 minutes and the max speed attained was 161 mph.
1) The use of the air brake is a wonderful thing also.
2) A slower approach speed equals less runway length required.
Flights five through ten
These flights were all in the 20-50 minute range with nothing significant to report. The landings went very well with
minimal amount of wind but hot days which had density altitudes of 2,000’ plus from an airport at sea level.
18Oct14 my eleventh flight
A beautiful clear blue sky morning with a little bit of wind 10 mph relatively down the runway. The take-off was
normal and I flew my racetrack near the airport at 3,000 feet AGL. After 25 minutes I decided to return so I reduced
power to about 2200 RPMs and as I got to 2500’ the engine stopped producing power but the propeller was wind
milling. I turned on carb heat, climbed to 110 mph and checked all switches. Then I pumped the throttled twice and
the engine sputtered and quit. I then pulled the throttle back to idle and fed it in slowly and the engine power came
back so at that point I was at about 2,000’ so I headed for the airport which was 4.6 miles away. My landing was a
little hot so I used all the runway and parked the plane and took the cowling off for an inspection. Nothing was
missing or out of place.
Temperature = 73°F, DP = 67°F, Humidity = 68%
1) There was one warning sign after reaching cruise altitude in that the RPMs dropped and I thought it was the
2) The O200 is considered an “ice maker”.
3) Use of carb heat during a decent is a good thing.
4) Install a carb temp sensor, which I did.
5) Carb icing chart www.ez.org/t/carb-ice
By Kevin Sheeley