RC Factory SU 29 Manuals

Kit contents: *fuselage *canopy *stabilizer *rudder *wings *landing gear *carbon parts *wheel covers *building instructions *accessory bag 2x wheel pants holder 1x landing gear base mount 2x landing gear lock 2x firewall holding tab 4x ball link clevis 2x wheel 50 mm 1x wheel 25 mm 1x tube 3/2 x 15 mm - elevator pushrod support 2x carbon 1x5x150 - elevator reinforcement 2x carbon 2x50 - aileron pushrod 1x kevlar string 1.5m - rudder pull pull system 1x motor mount 4x motor mount anchoring tabs Connection stainless hardware: 4x screw M1.6x4 ... ball clevises 2x screw M2x5 ... rudder hinges 2x screw M2x5 ... pull pull fasteners 1x screw M2x8 ... tailwheel axle 2x nut M2 ... tailwheel axle 2x Allen M3x14 ... landing gear axle 4x washer 3 ... landing gear (see Diag.) 2x nut M3 ... landing gear (see Diag.) 2x tapping screw 2.9x9 ... LG legs lock 2x Allen M2.5x6 ... motor attachment 2x Allen M3x6 ... alternative dtto 2x Z bend ... elevator pushrod 1x frame, control arms and horns 1. 1. 2. 3. 4. 5. 6. 7. 8. 4. CFparts-frame, control arms and horns: 1. rudder hinge, fuselage part (2 pcs) 2. rudder hinge, lower rudder part 3. elevator servo arm extension 4. aileron control horns 5. rudder control horn 6. rudder servo arm extension 7. tailwheel leg 8. elevator control horn You will also need: Allen key No. 2 Philips screwdriver standard screwdriver CA glue + activator hobby knife flat file sand paper 100 - 500 3 mm drill bit a bit of patience for cca 5 hrs RS 352 - 1,2m

Kit Contents: *Fuselage *Wings *Backbone *Horizontal Stab * *Vertical Stab *SFG’s *Landing gear * *Motor Cowl Torsion Strips Acessory Pack 2x 1,5x150mm ... Ail Pushrods 3x0,5x100 ... Horizontal Stab Reinforcement 4x0,5x165 ... Wing spar 3x0,5x100 ... Vertical Stab Reinforcement 3x0,5x150 ... Vertical Stab Reinforcement 3x0,5x80 ... Fuselage Reinforcement 1x165 ... Torsion Bracing Acessory Pack 1x mall parts - plywood frame 1x otor mount 6x lastic clevises 1x eatshrink tube 4x djustable link+quicklock washer levator/rudder pushrod leads Contents: S M P H A 1x Plastic frame E Plastic Frame: 1. aileron servo horn 2. elevator, rudder horns 3. aileron horns 4. wing semi-rib 5. landing gear parts 6. wing/torsion bracing fuselage root & Plywood You Will Also Need: * sharp hobby knife * screwdriver * pliers SU-29 *Carbon Reinforcements: - 2x 0,8x500 ... . elevator/rudder pushrod - 4x0,5,630 ... wing spar - 4x 1,2x250 ... wing strut - 2x 1x330.... aileron reinforcement - 2x 3x0,5,330 ... aileron reinforcement - 2x 2,5x1,5x200 ... landing gear V1.0 * round needle file * CA medium+thin, CA kicker * ruler * sandpaper 100-500 845 mm 870 mm 150g Li-pol 2s 240-350 2 3 3 2 1 4 4 5 5 6 5 6

Kit contents: *fuselage *canopy *cowl *stabilizer *rudder *wings *landing gear *carbon parts *wheel covers *building instructions *accessory bag 1x frame, control arms and horns 2x wheel pants holder 1x landing gear base mount 2x landing gear lock 2x firewall holding tab 4x ball link clevis 2x wheel 50 mm 1x wheel 25 mm 1x tube 3/2 x 15 mm - elevator pushrod support 2x carbon 1x5x150 - elevator reinforcement 2x carbon 2x50 - aileron pushrod 1x kevlar string 1.5m - rudder pull pull system Connection stainless hardware: 4x screw M1.6x4 ... ball clevises 2x screw M2x5 ... rudder hinges 2x screw M2x5 ... pull pull fasteners 1x screw M2x8 ... tailwheel axle 2x nut M2 ... tailwheel axle 2x Allen M3x14 ... landing gear axle 4x washer 3 ... landing gear (see Diag.) 2x nut M3 ... landing gear (see Diag.) 2x tapping screw 2.9x9 ... LG legs lock 2x Allen M2.5x6 ... motor attachment 2x Allen M3x6 ... alternative dtto 2x Z bend ... elevator pushrod 1. 1. 2. 3. 4. 5. 6. 7. 8. 4. CFparts-frame, control arms and horns: 1. rudder hinge, fuselage part (2 pcs) 2. rudder hinge, lower rudder part 3. elevator servo arm extension 4. aileron control horns 5. rudder control horn 6. rudder servo arm extension 7. tailwheel leg 8. elevator control horn You will also need: Allen key No. 2 Philips screwdriver standard screwdriver CA glue + activator hobby knife flat file sand paper 100 - 500 3 mm drill bit a bit of patience for cca 5 hrs

SU-29 Building instructions Please read slowly and carefully! Thank you for purchasing this kit. It was designed to be an extremely aerobatic and agile indoor (or light wind outdoor) model, optimized for the Aeromusicals category and radical unlimited 3D. Please refer to the Diagram Sheet while building this model. You will note, that this time we have made all the necessary cuts for you – no more uncertainty over placement of components. We have indicated the locations of servos by cutting their holes in “dotted line”. The holes are sized with respect to the (arguably) most common type of servos, the HXT500, Tower Pro SG50, Hitec 50 or JR DS188 size (and surely many more). If you are using these or equally sized types, cut through the “dotted” lines. If not, customize the holes to your particular servos. Note: Gluing Depron – there are several different types of glue available. One of them is foam friendly (“styro”) CA (Cyano-acrylate). The CA is often used, admittedly making the parts joint somewhat fragile. Our preferred option is contact glue - one brand tested to satisfaction is foam UHU-Por. You have to apply the glue on both parts (one trick is to apply more of it to one glued part and to “stamp” this part to the other one to transfer some of the glue) and wait about 5 minutes, until the glue is almost dry (yet still a bit tacky), then stick the parts firmly together. You have to be precise; once glued, the parts are very difficult to take apart, such attempt sometimes resulting in damage to one or both of them. Sometimes polyurethane glue is used where extra strength is required. One such brand is Purex (available in the Czech republic; equivalents should not be difficult to find). Servos can be also very well glued in by a hot glue. Any new kind of glue should be always tested on a scrap piece of Depron… you never know… Note#2: To cut Depron, use a very sharp hobby knife (and a steel straight edge). Depron tends to wear out the edge of the knife quite fast – change your blades often. Ok, let’s start the building… First, glue the 2 carbon strips (3 x 0.5 x 80mm) into the elevator. Diagram 1 - 2 Cut a bevel to all edges where elevator meets the stabilizer and ailerons meet the wing (always to both facing parts). The controls are to be top hinged (so make sure which side is the upper side of the respective part)! Attach the controls using clear adhesive tape (we recommend priming the Depron under the tape with a thin layer of contact glue and we like the 3M clear, highly adhesive 15 mm tape). Be sure that your tape holds well on Depron (try on scrap piece first). In case of the elevator, the hinge tape shuld be interrupted in the area of the elevator horn slot (for easy insertion of the horn later). It is important to keep at least 0.5 mm separation between the parts (you can “see through” the hinge), this will help you have a very easy deflection without twist to the parts and strain to the servo. Dry assemble the horizontal part of the fuselage (the aft part of the “backbone” now alrady with elevator attached) and the wing halves on a straight building board. The wings are “upper side – up”, i.e. not inverted. You can see that the backbone fits the wings in only one way – it is not symmetrical. Glue the wings to the fuselage. Using UHU Por or similar glue, attach a flat carbon strip 3 x 0.5 x 780 mm (shorten the included strip as necessary) across the whole leading edge of the assembly. Finally, glue the front (nose) part of the backbone to the assembly, making sure that it is perfectly aligned with the aft backbone. Diagram 3 Now is a great time to beef up your plane a little bit for higher survivability. If you are like us, you will keep pushing the envelope and occasional crash is in such case almost certain. By smart strategic placement of few pieces of clear tape (ideally the highly adhesive 3M tape or similar, with the 3M you do not even have to prime the Depron with contact glue first), you will make your plane last much, much, much longer (and you will not have to go shopping with us again too soon… sadly ☺). Ok, the Diagram should give you the idea where to place the tape. Do the same from both sides – top and bottom. Exact placement is not too critical. Diagram 4 Turn the whole thing upside down. Glue one carbon strip 3x0.5x80 mm to the bottom side of elevator as indicated. Glue the lower part of the fuselage to the backbone. Install the strut anchor (small cf part, as per the Diagram – first sharpen one 1x30 mm carbon rod, push it into the prepared – partially precut – location in the lower fuselage leaving some 2mm in the open, and glue the anchor on top of this rod). Glue the two Depron strut supports into the wing. Locate 4 carbon rods of 1mm diameter and 250 mm in length. These will make the wing struts. Install them as per the diagram, one end into the wing (there are precut slots) and the other end should rest easily in the corresponding slot in the strut anchor – going on their way through a slit in the strut support. Make sure that the wings are flat on the building board and that the fuselage is perpendicular to the wing plane. If you are satisfied, glue the struts into the wing (styro CA or better Purex, this time no Uhu Por) and into the strut anchor (styro CA or, if you are careful, non-styro CA). Check three times before using the glue, remember that you are fixing the future geometry of the model! Diagram 5 Locate the two aileron strut supports and insert two sharpened carbon rods 1 x 30 mm into the precut (dotted line) location, leaving cca 5 mm out and gluing them into place. Complete the aileron bracing, using 0.8 mm carbon rods – cut them to pieces as necessary. Glue them into the aileron in the precut slots and on the other side to the free part of the 1mm carbon on top of the supports. Finish the complete bracing of the fuselage, using 0.8 mm carbon and CA glue. Move from front to back, beginning in the strut anchor. Keep checking the geometry of the whole plane. Diagram 6 Locate the two 1,5 mm carbon rods – those are your landing gear legs. On one end, CA glue the wheel axle joint as per the diagram. Find the 15 mm long pieces of 1,5mm carbon and glue them into the elongated hole in the joint. The angle of the axle should be 135° with respect to the gear

Kit Contents: *Fuselage *Wings *Backbone *Horizontal Stab * *Vertical Stab *SFG’s *Landing gear * *Motor Cowl Torsion Strips Acessory Pack 2x 1,5x150mm ... Ail Pushrods 3x0,5x100 ... Horizontal Stab Reinforcement 4x0,5x165 ... Wing spar 3x0,5x100 ... Vertical Stab Reinforcement 3x0,5x150 ... Vertical Stab Reinforcement 3x0,5x80 ... Fuselage Reinforcement 1x165 ... Torsion Bracing Acessory Pack 1x mall parts - plywood frame 1x otor mount 6x lastic clevises 1x eatshrink tube 4x djustable link+quicklock washer levator/rudder pushrod leads Contents: S M P H A 1x Plastic frame E Plastic Frame: 1. aileron servo horn 2. elevator, rudder horns 3. aileron horns 4. wing semi-rib 5. landing gear parts 6. wing/torsion bracing fuselage root & Plywood You Will Also Need: * sharp hobby knife * screwdriver * pliers SU-29 *Carbon Reinforcements: - 2x 0,8x500 ... . elevator/rudder pushrod - 4x0,5,630 ... wing spar - 4x 1,2x250 ... wing strut - 2x 1x330.... aileron reinforcement - 2x 3x0,5,330 ... aileron reinforcement - 2x 2,5x1,5x200 ... landing gear V1.0 * round needle file * CA medium+thin, CA kicker * ruler * sandpaper 100-500 845 mm 870 mm 150g Li-pol 2s 240-350 2 3 3 2 1 4 4 5 5 6 5 6