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Phantom 4000 (4m thermal glider) TEST FILES

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  • Phantom 4000 TEST FILES.zip
    • bonus extra items/1.2mm wire lock/fff/push rod lock 1.2MM.factory
    • bonus extra items/1.2mm wire lock/g-code/1.2mm wire stop clamps.gcode
    • bonus extra items/1.2mm wire lock/stl/1.2mm wire stop clamp A.stl
    • bonus extra items/1.2mm wire lock/stl/1.2mm wire stop clamp B.stl
    • bonus extra items/1mm wire lock/fff/push rod lock 1mm.factory
    • bonus extra items/1mm wire lock/G-CODE/1mm wire stop clamp A + B.gcode
    • bonus extra items/1mm wire lock/stl/1mm wire stop clamp A .stl
    • bonus extra items/1mm wire lock/stl/1mm wire stop clamp B.stl
    • Cura profiles/COLORFABB LW-PLA.curaprofile
    • Cura profiles/PLA_direct_drive.curaprofile
    • Cura profiles/REGULAR PLA.curaprofile
    • part files/fff/fuselage/21g servo mount adapter.factory
    • part files/fff/fuselage/battery cover.factory
    • part files/fff/fuselage/COWLING.factory
    • part files/fff/fuselage/FUSE 1.factory
    • part files/fff/fuselage/FUSE 2.factory
    • part files/fff/fuselage/FUSE 3.factory
    • part files/fff/fuselage/FUSE 4.factory
    • part files/fff/fuselage/FUSE 5.factory
    • part files/fff/fuselage/FUSE 6.factory
    • part files/fff/fuselage/FUSE 7.factory
    • part files/fff/propeller/prop spinner.factory
    • part files/fff/propeller/propeller blade.factory
    • part files/fff/propeller/propeller hub.factory
    • part files/fff/tail/elevator left.factory
    • part files/fff/tail/elevator RIGHT.factory
    • part files/fff/tail/v-stabiliser 1 LEFT.factory
    • part files/fff/tail/v-stabiliser 1 right.factory
    • part files/fff/tail/v-stabiliser 2 LEFT.factory
    • part files/fff/tail/v-stabiliser 2 right.factory
    • part files/fff/tail/v-stabilisers 3.factory
    • part files/fff/tail/v-tail hub.factory
    • part files/gcode/fuselage/21g servo mount adapters.gcode
    • part files/gcode/fuselage/battery cover.gcode
    • part files/gcode/fuselage/COWLING.gcode
    • part files/gcode/fuselage/fuse 1.gcode
    • part files/gcode/fuselage/fuse 2.gcode
    • part files/gcode/fuselage/fuse 3.gcode
    • part files/gcode/fuselage/fuse 4.gcode
    • part files/gcode/fuselage/fuse 5.gcode
    • part files/gcode/fuselage/fuse 6.gcode
    • part files/gcode/fuselage/fuse 7.gcode
    • part files/gcode/propeller/prop spinner.gcode
    • part files/gcode/propeller/propeller blade.gcode
    • part files/gcode/propeller/propeller hub.gcode
    • part files/gcode/tail/elevator left.gcode
    • part files/gcode/tail/elevator right.gcode
    • part files/gcode/tail/vertical stabilizer 1 left.gcode
    • part files/gcode/tail/vertical stabilizer 1 right.gcode
    • part files/gcode/tail/vertical stabilizer 2 left.gcode
    • part files/gcode/tail/vertical stabilizer 2 right.gcode
    • part files/gcode/tail/vertical stabilizers 3.gcode
    • part files/gcode/tail/v-tail hub.gcode
    • part files/stl/bed disk.stl
    • part files/stl/fuselage/21g servo mount adapter.stl
    • part files/stl/fuselage/battery cover front.stl
    • part files/stl/fuselage/battery cover rear.stl
    • part files/stl/fuselage/COWLING.stl
    • part files/stl/fuselage/fuse 1.stl
    • part files/stl/fuselage/fuse 2.stl
    • part files/stl/fuselage/fuse 3.stl
    • part files/stl/fuselage/fuse 4.stl
    • part files/stl/fuselage/fuse 5.stl
    • part files/stl/fuselage/fuse 6.stl
    • part files/stl/fuselage/fuse 7.stl
    • part files/stl/propeller/prop spinner.stl
    • part files/stl/propeller/propeller blade 15x10.stl
    • part files/stl/propeller/propeller hub.stl
    • part files/stl/tail/elevator INNER RIGHT.stl
    • part files/stl/tail/elevator inner left.stl
    • part files/stl/tail/elevator outer left.stl
    • part files/stl/tail/elevator outer RIGHT.stl
    • part files/stl/tail/v-stabiliser 1 LEFT.stl
    • part files/stl/tail/v-stabiliser 1 RIGHT.stl
    • part files/stl/tail/v-stabiliser 2 LEFT.stl
    • part files/stl/tail/v-stabiliser 2 RIGHT.stl
    • part files/stl/tail/v-stabiliser 3 LEFT.stl
    • part files/stl/tail/v-stabiliser 3 RIGHT.stl
    • part files/stl/tail/v-tail hub front.stl
    • part files/stl/tail/v-tail hub rear.stl
  • Phantom 4000 assembly manual.pdf
  • Phantom 4000 print settings.pdf
  • cura settings.pdf

Learn more about the formats

Publication date 2023-09-20 at 15:54
Design number 1463050

3D printer file info

3D model description

TEST FILES ONLY

This custom design of a low weight, low drag glider is intended to be a thermalling monster and is designed for quick and easy construction, printed in PLA. Based on our very successful Tracer 2000 model, the Phantom is a scaled up version of the Tracer, measuring in with a whopping 4 meter wingspan. Designed to suit the 3548 900kv outrunner on a 15x10 printed or carbon propeller. Utilizing the MH32 aerofoil, Ailerons, flaps and a V-tail, this model
is a real floater at low speed but picks up speed quickly when you want to. Links to components used can be found on the last page of the user guide.

BUILD OPTIONS:

This model has been designed to suit four different build configurations depending on your building experience and intended style of flying.

WING DESIGN:

OPTION 1 > Standard wing - Using the proven external servo arm and control horn, this option is perfect for the “first time builders” and those who want to get in the air fast.

OPTION 2 > RDS wing - Rotating drive system is an internally mounted arm which rotates the control surface through a torque rod extending into the control surface. This results in no external control horns and reduces drag and has a very clean appearance. The assembly procedure is more difficult than the standard wing and is recommended for experienced builders.

FLAP STYLE SELECTION:

+-30 degree flap - Operating the same control throws as the ailerons, this flap style is designed to improve banking response and increase roll rate. This still provides a wide flight envelope, allowing for thermalling-flap when needed.

0 > 60 degree flap - This design of flap is more intended for those who want to have the flaps double as air-brakes or crow-flaps when necessary. They can also be effectively used to aid in descending fast when strong thermals are carrying your Phantom glider out of sight.

(flight video was filmed with the RDS wing using 0>60 deg flaps)

FLIGHT VIDEO:
https://www.youtube.com/watch?v=Yhn7msHPaOU

https://www.youtube.com/watch?v=djLld5mwBco

TEST FILES:

https://cults3d.com/en/3d-model/various/phantom-4000-4m-thermal-glider-test-files

GENERAL SPECIFICATIONS:

WINGSPAN: 4000mm
PRINT WEIGHT: 2300g
FLYING WEIGHT: 3200g

ELECTRICS:

MOTOR: 3548 900KV (can accept 42 size motors with slight adjustment)
ESC: 60amp (min) recommend 80amp
SERVOS: 9g MICRO
BATTERY: 4500mah 4s 50c (400g)

INCLUDED:

Factory files for Simplify 3d
G-code files
STL files for all components
Cura profiles
Detailed assembly manual and user guide
Print settings guide

REQUIRED COMPONENTS:
X1 3548 900KV MOTOR (or similar)
X1 60AMP ESC
X1 4500MAH 4S LIPO OR SIMILAR (400g)
X4 DS239mg Slim Servo
X2 HK15148b mg Servo (21g)
X4 10mm X 10mm X 2mm MAGNET (ROUND)
X20 16mm x 29mm HINGES
X6 12mm x 10mm x 500mm carbon tube
X3 10mm x 8mm x 500mm carbon tube
X1 16mm x 14mm x 500mm carbon tube
X2 M3 x 16mm hex bolt
X4 M2 x10mm screws
M1.6 x 6mm screws (optional)
1mm piano wire (Standard wing only)
M2 push rod (110mm min length) (RDS wing only)
Braided fishing line 20LBS (or similar)
X2 M6 x 60mm nylon bolts and nuts
X2 0.3mm x 5mm extension spring
15x10 carbon Propeller blades
VELCRO
3mm BAMBOO FOOD SKEWERS

MINIMUM BUILD VOLUME: 300mm x 300mm x 250m

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