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BACKGROUND V2
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1,5 m
Span
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1600 g
RTF
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48 g/dm²
Wing load
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-STL files
-G-codes
-3mf bambu studio
-Scheme design

ASSEMBLY GUIDE

SPECIFICATIONS

PRINTED WEIGHT             1100g
TAKE OFF WEIGHT            1600g
STALL SPEED                   23km/h
WING LOADING               48g/dm²

WING SPAN                 1500mm (59")
WING SURFACE            33dm²
WING ASPECT RATIO    6,8
LENGTH                      1080mm

Reach new heights with the Skyward, a fully 3D-printed RC aircraft designed to deliver exceptional strength, versatility, and forgiving flight characteristics for pilots of all skill levels. The Skyward features an advanced hybrid construction that combines PLA, LW-PLA, and carbon fiber reinforcement to achieve an outstanding strength-to-weight ratio. This material combination allows the airframe to remain lightweight while maintaining the structural rigidity required for reliable and durable performance, making it ideal for both relaxed cruising and demanding flight conditions. Designed with stability as a priority, the Skyward incorporates a high-wing configuration paired with a nearly rectangular wing planform, providing inherently predictable and forgiving handling. This layout makes the aircraft exceptionally easy to fly, offering smooth control response and excellent low-speed behavior. Integrated flaps significantly reduce landing speeds, allowing for safer and more controlled approaches, even in tighter flying areas. To enhance ground handling and landing performance, the Skyward includes an interchangeable front suspension system featuring two distinct design concepts. Pilots can easily swap between configurations depending on their flying environment or personal preference, ensuring optimal shock absorption and operational flexibility without adding unnecessary complexity. As a fully 3D-printed aircraft, the Skyward embraces modern manufacturing techniques, enabling precise part production, straightforward assembly, and easy maintenance or part replacement when needed. Every component is designed to balance print efficiency, structural integrity, and aerodynamic performance. Whether you're looking for a stable and confidence-inspiring trainer or a reliable everyday flyer, the Skyward delivers a refined combination of innovation, durability, and flight stability.

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HYBRID DESIGN

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SCALE DETAILS

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ARRANGEMENT DRAWING AND PRINTING PARAMETERS​

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SHOPPING LIST

ALL THE COMPONENTS THAT YOU HAVE TO BUY TO FLY THE AIRPLANE

3D PRINTER
MIN PRINTING VOLUME - 200x200X200 (X,Y,Z)
NOZZLE DIAMETER - 0,4 mm


Recommended

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FILAMENT
QUANTITY -  500g (LW-PLA) 600g (PLA)
TPU (20g) ABS (13g)


Recommended

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ECLIPSON HIGH POWER PACK
SERVOS NEEDED - x7

Recommended

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BATTERIES
VOLTAGE - 11,1V (3S or 4S)
CAPACITY - 2200 mAh

Recommended
BAT5
 

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RADIO CONTROL SYSTEM
MIN CHANNELS - 8CH

Recommended

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OTHER PARTS
-PUSH RODS - D1,2mm(min length 130mm) 7units          
-PUSH RODS CONNECTORS  6units
-CF TUBE - D10mm (Length 500mm) 1unit
-CF TUBE - D8mm (Length 500mm) 2units
-CF ROD - D2mm (Length 490mm) 4units
-STEEL ROD D3mm (Length 230mm) 2units
-BOLT - M3X40mm (with nut) 2units
-BOLT - M3X20mm 4units
-BOLT - M3X8mm 4units
-SERVO LEAD EXTENSION (
min 500mm) 4units
-SERVO LEAD EXTENSION (
min 200mm
) 1unit
-SCREW - M2X8mm (approx.) 40units
-GLUE - cyanoacrylate
-RUBBER BAND- L50mm (approx.)
-VELCRO


Recommended

Eclipson 3d printed aircraft
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