Great day at the field
Flew my profile piper, 330, and Radion Pro.
| Great day at the field.wmv (8 min 42 sec) |
Maiden of the Profile Piper
This is a very gentle plane, lots of fun and very easy to fly. Lots of room for modifications. cost one dollar 

| Maiden of the profile piper 30 Jan 12.wmv (6 min 43 sec) |
Snowball Heaven
What a great day at the flying field
| Snowball Heavn 20 Jan 12.wmv (7 min 46 sec) |
Raptor has tricks
This is one fantastic plane
| My Raptor Has Tricks.wmv (3 min 42 sec) |
Meet the Raptor
This is my 5th scratch build, what a blast to fly.











| 11 Jan 12 Maiden of the RAPTOR.wmv (4 min 58 sec) |
Zonk 2 still only a buck
This plane is fantastic, If ya dont have one build one. 450 size motor 850 KV 10x7 Slowfly prop. 1300 mha battery (3 cell) WHAT A BLAST
| 5 Jan 12 Maiden of the Yellow Zonker (3 min 12 sec) |
A great view of legacy park From my new Radian Pro
| 5 Jan 12 radian pro Air Vid.wmv (7 min 30 sec) |
Motor and esc with hardware and she flies
This will be my FY-22
My One dollar Plane
This is made from one sheet of Dollar tree foam Belive it or not
| 27 Dec 11 RTF Thumpers Screaming yellow Zonker (4 min 40 sec) |
My new favorite and her Maiden
| Maiden of the Radian Pro (6 min 14 sec) |
My first attempt at making a 330 did not go great. It flew just not high alpha and was floppy. So instead of a $5.00 sheet of EPO I used a $1.00 sheet from Dollar Tree. This plane is a Rockstar.
One Dollar Plane
This is my 5th scratch build, she is a smooth flier and will do 3D, This was her maiden and I have only been flying for 7 months, so a little more practice. She gets color in the morning.











| 28 inch 330 Extra Maiden Flight 23 Dec 11.wmv (3 min 5 sec) |
BoomSplats first attempt at aireal video
| Radian Pro first Air Video (6 min 45 sec) |
The Assassin, Simply put the best plane you can have.
150 foot ribbon pulled this morning at Legacy Park. Thanks to Bowsonn and BoomSplat. This is hard on the ESC and motor and battrey. It was 16 degrees with wind chill and the wind was blowing 10 MPH steady. The plane becomes tail heavy Duh so be ready for it. My plane has 26 oz of thrust and I think I can pull more.....maybe a addittional 50 feet. and with some practice tie it in a knot while flying. This Vid is EPIC.
| 150 FOOT RIBBON PULL.wmv (2 min 47 sec) |
The Assassin Fast and Low
30 foot Ribbon Pull with the Assassin
| Assassin with a 30 foot ribbon pull (7 min 47 sec) |
Wings over Legacy
| Wings Over Legacy (7 min 5 sec) |



BoomSplat brings her in veritical from 200 feet and smacks her on the nose,Repairs took less than thirty minutes.
This is a Extra 330, my first attempt at building a 3D plane. I will be using a 2812 motor from HK and a 1300 mHa battery (Nano Tech). The ESC is a 25-30 Amp Plush with a 7x6 prop. The Rx is a orange Spectrum from HK. Might try a larger prop don't understand the whole prop thing yet. The CG will be at 2.35 inches back from the LE for now, will most likely set her a little tail heavy will see. She is made from 9 mm EPP on the fuselage and 6 mm EPP for the wings and horizontal stabilizer. WS is 36 inches and build weight with no hardware is 3 oz her up weight will be 13 oz.



| Maiden of the 330 Extra.wmv (5 min 48 sec) |
Rants from RTF Thumper
More of what I know, to help others
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I have read a few post her that lead me to believe that some of us here are not sure what a CG is or how to find it. Some here write as if the CG is a movable point on the plane that can be solved with trim. I hope this bit of info clears it up. Now I am no pro but have now built 3 scratch aircraft one with no plans and of my design.
Correctly balancing rc airplanes is so important for safe flying, because any deviation from the model's Centre of Gravity (CG) can potentially result in the model being quite uncontrollable.
Every rc airplane (and all other aircraft) has a specific CG position, it's the mean point where all gravitational forces act upon the plane and hence the point where the model balances fore-aft correctly. You can liken a plane's Centre of Gravity to the fulcrum of a see-saw, for example. The CG point is determined during the design stage of the airplane or aircraft and is typically shown on a plan as a disc split in to four quadrants,
If you've built from a kit & plan the CG should be clearly marked on the plan but if you've bought an ARF or RTF plane then the instruction manual will likely give the CG position in terms of distance back from either the leading edge of the wing or from the nose.
Incidentally some model aircraft manufacturers specify a range that the Centre of Gravity can fall in to, rather than a single...Continue Reading
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I have read a few post her that lead me to believe that some of us here are not sure what a CG is or how to find it. Some here write as if the CG is a movable point on the plane that can be solved with trim. I hope this bit of info clears it up. Now I am no pro but have now built 3 scratch aircraft one with no plans and of my design.
Correctly balancing rc airplanes is so important for safe flying, because any deviation from the model's Centre of Gravity (CG) can potentially result in the model being quite uncontrollable.
Every rc airplane (and all other aircraft) has a specific CG position, it's the mean point where all gravitational forces act upon the plane and hence the point where the model balances fore-aft correctly. You can liken a plane's Centre of Gravity to the fulcrum of a see-saw, for example. The CG point is determined during the design stage of the airplane or aircraft and is typically shown on a plan as a disc split in to four quadrants,
If you've built from a kit & plan the CG should be clearly marked on the plan but if you've bought an ARF or RTF plane then the instruction manual will likely give the CG position in terms of distance back from either the leading edge of the wing or from the nose.
Incidentally some model aircraft manufacturers specify a range that the Centre of Gravity can fall in to, rather than a single...Continue Reading



