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MODEL 3D V2
1,2 m
Span
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1200 g
RTF
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42 g/dm²
Wing load
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-STL files
-G-codes
-3mf bambu studio
-Scheme design
2 Scheme design
Acro rc airplane
Huge control surfaces
Excellent aileron authority
Big internal space
Precise control

SPECIFICATIONS

PRINTED WEIGHT         650g
TAKE OFF WEIGHT       1200g   
STALL SPEED              28km/h
WING LOADING          42g/dm²

WING SPAN                 1200mm (67")
WING SURFACE            46dm²
WING ASPECT RATIO    4,8
LENGTH                      1200mm

Eclipson Model 3D is a high-performance aerobatic RC aircraft designed for precision 3D flying as well as smooth sport flights. Its lightweight construction and optimized aerodynamics allow it to perform a full range of manoeuvres with exceptional stability and control, rivaling the best foam models on the market but at a fraction of the cost. Every detail has been engineered for efficiency and ease of use. The airframe is fully compatible with spiral vase 3D printing, producing lightweight, seamless parts with continuous extrusion. This approach delivers smooth surfaces, reduces material usage, and makes the printing process exceptionally straightforward. A male-female connection system ensures perfect part alignment and a strong, durable structure. Optional vortex generators can be installed to enhance airflow and improve control during low-speed manoeuvres. Although purpose-built for advanced aerobatics, the Model 3D is equally suited to relaxed sport flying, making it an ideal choice for pilots of various skill levels. For those still building experience, the design accommodates a standard motor setup that provides gentler performance without sacrificing flight quality. The result is a versatile, durable, and easy-to-build RC plane that offers the thrill of precise aerobatic flight along with the practicality and accessibility of modern 3D printing

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HIGH PRECISION

SPIRAL VASE = BEST QUALITY

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MALE-FEMALE CONNECTION

ASSEMBLY GUIDE

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 - 200x200X190 (X,Y,Z)
NOZZLE DIAMETER - 0,4 mm


Recommended

FILAMENT
QUANTITY -  400g (LW-PLA) and 250g (PLA)

Recommended

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CONFIGURATION 1

POWERFUL POWER PACK

MOTOR
KV-  800 to 1200
MAX POWER -  300 to 1000 watts
DIAMETER - 35mm
VOLTAGE - Up to 14,8V (4S)

Proposed
SunnySky X2814 900KV

ESC

CURRENT - 50A

VOLTAGE -  Up to 14,8V (4S)

​

Proposed
Aerostar 50A

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PROPELLER
FOR 900KV - 11x7
FOR 1200KV - 11X5.5

Proposed:
Propeller knife horse paddle

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CONFIGURATION 2

ECLIPSON STANDARD POWER PACK
SERVOS NEEDED - x4

Recommended
 

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BATTERY
VOLTAGE - 11,1V (3S) or 14,8 (4S)
CAPACITY - 1800 mAh to 2200 mAh
DISCHARGE - >20C 

Recommended
BAT3
 

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RADIO CONTROL SYSTEM
MIN CHANNELS - 5CH

Recommended

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OTHER PARTS
-PUSH RODS - D1,2mm (min length 400mm)  5units
-STEEL ROD - D3mm (Length 190mm) 2units
-CF TUBE - D8mm (Length 500mm) 4units
-CF TUBE - D4mm (Length 400mm) 1unit
-STOP COLLARS D2,1mm  3units

-BOLT - M3X15mm (with nuts and washers)  4units
-SCREW - M2X8mm (aprox) 22units
-GLUE - cyanoacrylate
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PUSH RODS CONNECTORS  4units
-RUBBER BAND- L50mm (aprox.)

-VELCRO
-
SERVO LEAD EXTENSION (min 450mm) 2 units
-
SERVO LEAD EXTENSION (min 100mm) 2 units

Recommended

Eclipson 3d printed aircraft
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