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                  "TOM O's" KIT-BUILD
               Top Flight Cessna 310 Twin
                                Page 2
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                               The first thing I noticed about this ARF kit is that the box is huge! 
Before starting any project I always read the instruction book from end to end three times. Fortunately, because this is an ARF it does not take long to get through the instructions. The instruction book is well organized and seems fairly comprehensive, with lots of photos. I have already decided to use four of HiTech HS 225MG servos for flaps and throttles, three JR 821 Digital servos for AL and EL, and one HS645 for rudder. I am not going to install retracts for the initial build (according to the instructions they can easily be retrofitted later) as I want to make sure this thing will fly well before I drop $350 for the custom retracts. I am planning to power it with two Saito .56 four strokes. The instruction book highly recommends two OS .46 AX two stroke nitro engines with pitts mufflers, and does not give instructions for how to install a four stroke. In fact the only reference to a four stroke is on the front of the instruction book, it recommends a .70 four stroke minimum. However, I have a lot experience flying .46 size airplanes with .56 four strokes and I have never found one to be underpowered with the .56 four stroke so I'm confident it will fly fine with two Saito .56 four strokes. As with almost every aircraft I own I will be using a Lipo battery and regulator to power the receiver and servos. I will use a separate battery for the onboard navigation lights, and a Sullivan twin on board glow driver. The receiver will be a Spektrum 9 channel.






All of the components in the box come wrapped in plastic. The box was nicely packed and well organized.





Here is a picture of the fiberglass fuselage as it came packed in the box.
 

Here are the two wing halves. The book starts you on the wing first. The first step, after parts inventory and inspection is to use a heat gun to iron out the wrinkles in the MonoKote brand covering. I have built other ARF kits that are covered in MonoKote and this one was heavily wrinkled just like the others. I stopped using MonoKote years ago when I discovered UltraCote. For those of you that use MonoKote and have never tried UltraCote please do yourself a favor and try UltraCote on your next project, I can almost guarantee you will never want to use MonoKote again! Back to the build...I spent two hours with my heat gun trying to get the wrinkles out of the main wing components, and there are still a fair number of wrinkles, Monokote just does not have the shrinking capabilites that UltaCote has. If this wing had been covered with UltraCote it would not have taken more than 10 minutes to remove all the wrinkles. For this reason I will never buy another model covered with MonoKote! It pains me to think that I am going to spend many hours putting this kit together only to bring it out to the field with wrinkly covering that simply won't iron out! Trust me, the remaining wrinkles are very noticeable and will significantly detract from an otherwise beautiful model. I had actually bought this model I would have returned it for a refund!
 
Here is a picture of a wing section with the fowler flap removed. The flap servo will be mounted on top of the wing under the nacelle, the oval hole is where the control horn will extend through the wing for access by the flap servo. This is a very clean design as there will not be servo or control rod showing.  The aileron servo is mounted in the wing and uses a standard push rod for control. I wish Top Flite had used a torque tube and mounted the aileron servo under the engine nacelle instead for a cleaner look, but that would have been more complicated, so I understand why they did the way they did it.





Getting the hinges ready to attach the aileron and the flap.
 



The flap is attached and open. I used a little epoxy to hold them in place. I had to use my Dremel tool to adjust slots so the flap will move smoothly.




This is the front of the firewall on the port side. I decided to test fit the fuel tank and it's a good thing I did because it would not fit. In order to make it fit I had to grind the corners of the nacelle box as shown. I was worried this may weaken the fire wall but after further review I don't think it will be a problem.




I had to open the hardware bag, there is a lot of parts in this bag so I decided to put everything in a container that can be closed to avoid any accidents dropping the contents!
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