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Argon 1500 - 3d printed fullsize DLG-Glider

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Creation quality: 4.5/5 (4 votes)
Evaluation of members on the printability, utility, level of detail, etc.

  • 24.7k views
  • 56 likes
  • 57 downloads

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3D design format
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  • Download_Argon.zip
    • Download/Aileron_L1.stl
    • Download/Aileron_L2.stl
    • Download/Aileron_R1.stl
    • Download/Aileron_R2.stl
    • Download/Batplate.stl
    • Download/Fus1.stl
    • Download/Fus2.stl
    • Download/Gcodes Prusa MK/Aileron1_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Aileronscomplete_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Fus1_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Fus2_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Plug_0.15mm_PLA_MK3S_11m.gcode
    • Download/Gcodes Prusa MK/Pylonback_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Rodjoiner1_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Rodjoiner2_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Rodjoiner2_0.2mm_PLA_MK3S_18m.gcode
    • Download/Gcodes Prusa MK/Secure_0.15mm_PLA_MK3S_11m.gcode
    • Download/Gcodes Prusa MK/Verstab lower_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Verstab upper_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Wing_L1_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Wing_L2_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Wing_L3_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Wing_L4_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Wing1_R_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Wing2_R_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Wing3_R_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Wing4_R_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/WingC_0.25mm_PLA_MK3.gcode
    • Download/Gcodes Prusa MK/Wingjoiner_0.2mm_PLA_MK3S_1h4m.gcode
    • Download/How2/Manual_Argon_EN.pdf
    • Download/How2/Manual_Argon_GER.pdf
    • Download/How2/Partweights.txt
    • Download/How2/Printinginstructions.pdf
    • Download/How2/Step-by-Step/IMG_3459.JPG
    • Download/How2/Step-by-Step/IMG_3460.JPG
    • Download/How2/Step-by-Step/IMG_3461.JPG
    • Download/How2/Step-by-Step/IMG_3462.JPG
    • Download/How2/Step-by-Step/IMG_3463.JPG
    • Download/How2/Step-by-Step/IMG_3464.JPG
    • Download/How2/Step-by-Step/IMG_3465.JPG
    • Download/How2/Step-by-Step/IMG_3466.JPG
    • Download/How2/Step-by-Step/IMG_3467.JPG
    • Download/How2/Step-by-Step/IMG_3468.JPG
    • Download/How2/Step-by-Step/IMG_3469.JPG
    • Download/How2/Step-by-Step/IMG_3470.JPG
    • Download/How2/Step-by-Step/IMG_3471.JPG
    • Download/How2/Step-by-Step/IMG_3472.JPG
    • Download/How2/Step-by-Step/IMG_3474.JPG
    • Download/How2/Step-by-Step/IMG_3475.JPG
    • Download/How2/Step-by-Step/IMG_3476.JPG
    • Download/How2/Step-by-Step/IMG_3477.JPG
    • Download/How2/Step-by-Step/IMG_3478.JPG
    • Download/How2/Step-by-Step/IMG_3479.JPG
    • Download/How2/Step-by-Step/IMG_3480.JPG
    • Download/How2/Step-by-Step/IMG_3483.JPG
    • Download/How2/Step-by-Step/IMG_3484.JPG
    • Download/How2/Step-by-Step/IMG_3486.JPG
    • Download/How2/Step-by-Step/IMG_3487.JPG
    • Download/How2/Step-by-Step/IMG_3488.JPG
    • Download/How2/Step-by-Step/IMG_3489.JPG
    • Download/How2/Step-by-Step/IMG_3490.JPG
    • Download/How2/Step-by-Step/IMG_3491.JPG
    • Download/How2/Step-by-Step/IMG_3492.JPG
    • Download/How2/Step-by-Step/IMG_3493.JPG
    • Download/Miscallenious/3d-printz.pdf
    • Download/Miscallenious/Logo Argon.pdf
    • Download/Nose.stl
    • Download/PLEASE DO NOT SHARE FILES.txt
    • Download/Plug.stl
    • Download/Pylonback.stl
    • Download/Rodjoiner2L.stl
    • Download/Rodjoiner2R.stl
    • Download/Roidjoiner1L.stl
    • Download/Roidjoiner1R.stl
    • Download/RudderhornL.stl
    • Download/RudderhornR.stl
    • Download/Secure.stl
    • Download/Servoplate.stl
    • Download/Stabslide.stl
    • Download/Verstab lower.stl
    • Download/Verstab upper.stl
    • Download/Wing_L1.stl
    • Download/Wing_L2.stl
    • Download/Wing_L3.stl
    • Download/Wing_L4.stl
    • Download/Wing_R1.stl
    • Download/Wing_R2.stl
    • Download/Wing_R3.stl
    • Download/Wing_R4.stl
    • Download/WingC.stl
    • Download/Wingjoiner.stl
  • V1.1_experimental.zip
    • fintemplate.pdf
    • Gcodes/Aileronscomplete_0.25mm_PLA_MK3.gcode
    • Gcodes/Stabslidemod_LW_0.25mm_PLA_MK3S.gcode
    • Gcodes/Wingjoinermod_0.15mm_PLA_MK3S_1h20m.gcode
    • Gcodes/WingL1_V1.1_0.25mm_PLA_MK3.gcode
    • Gcodes/WingL2_V1.1_0.25mm_PLA_MK3.gcode
    • Gcodes/WingL3_V1.1_0.25mm_PLA_MK3.gcode
    • Gcodes/WingL4_V1.1_0.25mm_PLA_MK3.gcode
    • Gcodes/WingR1_V1.1_0.25mm_PLA_MK3.gcode
    • Gcodes/WingR2_V1.1_0.25mm_PLA_MK3.gcode
    • Gcodes/WingR3_V1.1_0.25mm_PLA_MK3.gcode
    • Gcodes/WingR4_V1.1_0.25mm_PLA_MK3.gcode
    • Info_V1.1_experimental.txt
    • QR_L1.stl
    • QR_L2.stl
    • QR_R1.stl
    • QR_R2.stl
    • Stabslide1.stl
    • Steps/Wings V1.1 - Stepsource v1.step
    • Wing_L1.stl
    • Wing_L2.stl
    • Wing_L3.stl
    • Wing_L4.stl
    • Wing_R1.stl
    • Wing_R2.stl
    • Wing_R3.stl
    • Wing_R4.stl
    • Wingjoiner1.stl

Learn more about the formats

Last update 2022-09-20 at 07:20
Publication date 2021-07-28 at 09:25
Design number 482071

3D printer file info

3D model description

Update 20.09.2022:
added experimental V1.1 to the Downloads incl. Stepfiles for the modified parts!

V1.1 features Slots for TPU-Hinging the ailerons and an alternative finconstruction for 7mm Depron fin.

Also the part "servoplate" got an update.


Take-off weight: 240g (LW-PLA & PLA combined)

Wingspan: 1500 mm

Airfoil: PWRES / Tip

CG: 40mm

Wingload: 13 g / dm²

The toothpick will fall out of the corner of your companion´s mouths when you show up with this plank. Prepare for heated discussions, critical questions, a lot of curiosity, but above all: relaxed flight fun!
Argon can be steered in a very tight space thanks to the low wingload and the unique fuselage construction and can be flown very slowly. The discus launch brings a valuable starting height as a good starting point for the search for thermals. The throwing pin can be mounted on the right or left and has 2 different positions. The modular design works with conventional 6mm and 4mm carbon tubes. Are you looking for an uncomplicated model that can be printed and assembled quickly? The argon accompanies you everywhere, whether on a slope or when looking for thermals on the plain!

Development took us a lot of hard work and time, but we are very satisfied with what came out - just search for the Argon DLG on Youtube, rcgroups, or our homepage 3d-printz.at!

Vitamins:

  • 6mm carbon tube 640mm (fuselage)
  • 2x Mainspar carbon tube 6mm 440mm
  • 2x Throwingspar carbon tube 262mm
  • 2x carbon leading edge 1mm tube 710mm
  • 1x Throwingstick carbon tube 4mm x 50mm

  • 4x Plasticscrew M3 x 15mm

  • 4x Plasticnut M3

  • 3x Cabletie small

-Printer: 0.4 nozzle, 200x200x200 mm

Video: https://www.youtube.com/watch?v=NpH3RJHAWG0
RC Network: https://www.rc-network.de/threads/argon-1500mm-dlg-nuri.11850529/#post-12064878

Printing takes appr. 40 hrs and 180g of LW-PLA. A table with all printsettings, as well as pictured manual, and Gcodes for Prusa MK3 are included in the download (as well as the stls themselves ;) )

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