To Next PageTo Next Page
Need help?Do you have a question about the Creations SIAI MARCHETTI SF260 and is the answer not in the manual?
Details on propeller size and motor Kv/Wattage for different battery configurations.
Specifies maximum battery dimensions and required ESC rating for the model.
Lists the type and size of mini servos required, including housing dimensions.
Lists specific brands and models for propeller, motor, ESC, battery, and servos.
Information on the retractable landing gear system and its installation.
Advises against printing wheels, recommending foam tires for better performance.
Specifies minimum printer volume and recommended slicing software (Simplify3D).
Discusses using other slicing software with potential modifications to G-code files.
Emphasizes prioritizing print quality over speed for optimal results.
Details necessary calibrations for dimensions and extrusion for accurate printing.
Defines extrusion multiplier, width, and layer height for the print profile.
Specifies retraction distance and infill percentage for print quality.
Provides extrusion temperature range and cooling fan speeds for different layers.
Sets printing speed and movement speed based on printer capabilities.
Highlights Simplify3D's capability for parts with varied printing processes.
Explains methods for using other slicers and combining G-code files.
Emphasizes careful placement of layer starting points to manage retractions.
Guidelines for gluing parts with CA and Epoxy, and preparing materials.
Instructions on cleaning, sanding, and dry-fitting parts before gluing.
Details on drilling and adjusting flap and rudder axis housings in Fuselage E.
Instructions for gluing carbon tubes into the stabilizer halves.
Steps for gluing the assembled stabilizer halves to the fuselage.
Fitting elevator flaps with piano wire and carbon fiber axes.
Gluing the rudder to the fuselage and assembling its pivot.
Instructions for gluing fuselage parts D and E together.
Assembling and fitting the canopy lock components.
Gluing Fuselage C and ensuring the canopy lock moves freely.
Installing nuts for landing gear and engine mount in Fuselage A.
Trimming Fuselage B canopy and preparing Fuselage C for wing screws.
Instructions for gluing the main fuselage sections together.
Ensuring smooth movement of wing axes and proper fit of carbon tubes.
Removing excess filament from the front of Wing A.
Fitting carbon tubes and securing wing screws with nuts and washers.
Preparing Wing B for carbon tubes and flaps axes.
Gluing wing parts A and B together using the same method as the fuselage.
Sanding surfaces, installing carbon tubes, and attaching Wing C.
Inserting the piano wire flaps axis into the assembled wing section.
Attaching flaps, ailerons, and inserting control axes.
Installing carbon fiber tubes into the outer wing sections.
Instructions for assembling outer wing sections with the center assembly.
Gluing front and rear wing plates and installing positioning pins.
Assembling fuel tanks, winglets, and attaching navlight parts.
Trimming canopy parts and checking pin insertion for proper fit.
Gluing the front canopy part and attaching canopy sections to the hoop.
Joining canopy sides and attaching handles to the canopy strip.
Attaching canopy strips, plates, and adjusting the locking mechanism.
Fine-tuning the canopy lock for effortless operation.
Gluing rudder, fuselage, and nose lights to their respective locations.
Attaching flaps control levers and ensuring correct orientation.
Bending piano wire for control linkage and mounting servos.
Connecting the piano wire to the servo arms and control levers.
Routing servo cables, installing servos, and fitting linkages.
Installing landing gear mount nuts and the main landing gear assembly.
Fitting the steering servo for the front landing gear.
Adjusting piano wire linkages, dominoes, and steering control.
Attaching the retract mechanism and the 'guide train' part.
Preparing and attaching the landing gear door with half-axes.
Details on the landing gear leg's fusible part and suspension.
Lists printed parts and additional hardware needed for the landing gear leg.
Gluing and attaching landing gear leg parts A, B, and C.
Mounting wheels on brass tubes and attaching landing gear leg D.
Positioning the retract mechanism, aligning the wheel, and tightening screws.
Steps to reinforce the landing gear mechanism mounting points.
Instructions for bending piano wire for landing gear legs.
Adjusting wheel stop rings and bending piano wire for dihedral compensation.
Installing gear legs, positioning wheels, and checking perpendicularity.
Making a final bend to compensate for the wing's dihedral angle.
Positioning retract mechanisms, covers, and inserting rubber bands as silent-blocks.
Inserting flexible rods and attaching linkages to control horns.
Aligning control horns with flexible rods and securing with screws.
Mounting rudder and elevator servos and connecting controls.
Gluing battery stop parts and securing the battery with foam.
Specifies the maximum battery length and compartment width/height.
Ensuring receiver and ESC compatibility and noting ESC size limitations.
Details engine mount angles for stable flight and propeller centering.
Installing the motor with nuts and screws, and connecting wires.
Instructions for lightly heating the metal propeller plate for assembly.
Assembling the propeller plate and ConeB plate onto the motor.
Specifies the correct CG position for initial flights and adjustments.
Lists optimal travel values for ailerons, elevator, rudder, and flaps.
Suggests exponential adjustment for improved control sensitivity.
General