THE BLACKWING
EBW-160 R/C

If you just want a great flying wing, without the FPV equipment, the R/C (Radio Controlled) Version of your Eclipson EBW-160 will suit your needs.  

This model is extremely easy to print, build, transport, and fly thanks to the inherent simplification of the flying wing configuration.  Another distinctive characteristic of this design is its longitudinal stability which is equal to the stability achieved by a classic airplane design. This characteristic makes it very easy and safe to hand launch.  3D printing design freedom allowed us to design an aircraft that is both very aerodynamic and lightweight. For instance, the airframe structure weighs in at only 265 gr for an airplane with a wingspan of 1.6 meters.  With a low wing loading (23g/dm2) more than one hour flight times are achievable!
(This version does not include all the necessary parts for FPV flight , optional vertical tail and big volume version)

Includes:
-STL files

-Cura profiles

-G-codes for PLA and LW-PLA (NEW)

-Decals (2 Schemes)

€18

Features:

-Stable design

-Replaceable keel with launch hook
-Efficient design (Max L/D = 18)
-Easy to assembly

SPECIFICATIONS

                                 LW-PLA    PLA
STRUCTURE WEIGHT     265gr    480gr

TAKE OF WEIGHT          680gr    1100gr
STALL SPEED                23kmh  27kmh
MAX GLIDE RATIO           17         18

WING LOADING                          23g/dm²    38/gr/dm² 

WING SPAN                1,6 m

WING SURFACE           29 dm2

WING ASPECT RATIO   9
WING AIRFOIL -Root   NACA1116
                      -
Tip     NACA0010

ARRANGEMENT DRAWING AND PRINTING PARAMETERS

ASSEMBLY GUIDE AND REVIEW

SHOPPING LIST

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

3D PRINTER

MIN PRINTING VOLUME - 210x210x180 (X,Y,Z)
NOZZLE DIAMETER - 0,4 mm

Recommended

FILAMENT

QUANTITY - 265gr (LW-PLA) 480gr (PLA or PETG)
TYPE - LW-PLAPLA or PETG

(Other materials can be used for category C parts)

MOTOR

KV-  800 to 2400

MAX POWER -  100 to 300 watts

MAX DIAMETER - 28mm

VOLTAGE - 11,1V (3S)

HOLES - As shown in the drawing

Proposed - Sunnysky x2212 kv1250

ESC

CURRENT - 20A or 30A

VOLTAGE - 11,1V (3S)

Proposed - Aerostar 30A

BATTERY

VOLTAGE - 11,1V (3S) or 7,4V (2S)

CAPACITY - 5000 mAh to 6000 mAh

DISCHARGE - >10C (the lower the more efficient)

WEIGHT  - 360gr to 420gr for PLA version
               190gr to 230gr for LW-PLA version
               (
necessary to set the C.G.)
HEIGHT - <30mm

Proposed:
Configuration 1- Two batteries in parallel (PLA version)
Turnigy Graphene Professional 3000mAh (2Units)

+ XT60 Harness


Configuration 2- One battery (PLA version)
Turnigy 5000mAh 3S 

Configuration 3- Two batteries in parallel (LW-PLA version)

ZIPPY Compact 2200mAh 2S(2Units) + XT60 Harness

PROPELLER

FOR 800KV - 10x6

FOR 1200KV - 8X6

FOR 1500KV - 7x6 or 8x5

Proposed - 8X6 Anti-impact EP Propeller (CCW) 

SERVOS (x2)

CATEGORY - Micro servo 9g

VOLTAGE - 4,8V to 6V

Proposed - Turnigy™ TG9e

RADIO CONTROL SYSTEM

MIN CHANNELS - 3CH

Proposed
R/C Flysky FS-i6X (with i6X-iA6B receiver)
UAV  FrSky 2.4GHz ACCST TARANIS X9D/X8R

OTHER PARTS

-PUSH RODS - D1,2mm (min length 60mm)  2units
-SERVO LEAD EXTENSION (
min 400mm) 2 units
-BOLT- M3X
14mm 4units

-TAPE

-SCREW - M2X8mm (aprox)  25units

-VELCRO

-PUSH RODS CONNECTORS (Not mandatory) 2units 

-GLUE - cyanoacrylate + accelerator (not mandatory)

 
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