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MiG-15UTI for 50mm EDF

square_MiG15UTI.jpg MiG-15UTI for 50mm EDF
uti3.webp MiG-15UTI for 50mm EDF
uti2.webp MiG-15UTI for 50mm EDF
uti.webp MiG-15UTI for 50mm EDF
exploded-MiG-15UTI.jpg MiG-15UTI for 50mm EDF
front_view.jpg MiG-15UTI for 50mm EDF
rear_view.jpg MiG-15UTI for 50mm EDF
manual.jpg MiG-15UTI for 50mm EDF
F3_V2_cura.stl MiG-15UTI for 50mm EDF
aileron_L.stl MiG-15UTI for 50mm EDF
elevator_L_stl.stl MiG-15UTI for 50mm EDF
square_MiG15UTI.jpg MiG-15UTI for 50mm EDF
uti3.webp MiG-15UTI for 50mm EDF
uti2.webp MiG-15UTI for 50mm EDF
uti.webp MiG-15UTI for 50mm EDF
exploded-MiG-15UTI.jpg MiG-15UTI for 50mm EDF
front_view.jpg MiG-15UTI for 50mm EDF
rear_view.jpg MiG-15UTI for 50mm EDF
manual.jpg MiG-15UTI for 50mm EDF
F3_V2_cura.stl MiG-15UTI for 50mm EDF
aileron_L.stl MiG-15UTI for 50mm EDF
elevator_L_stl.stl MiG-15UTI for 50mm EDF
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Creation quality: 5/5 (2 votes)
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44 files (3MF, GCODE, PDF, and STL) Close
  • F1_3mf.3mf 175.811508 × 102.374306 × 118.167816 mm
  • F1_gcode.gcode
  • F2_3mf.3mf 179.895614 × 134.479736 × 118.166886 mm
  • F2_gcode.gcode
  • F3_V2_3mf.3mf 186.042054 × 166.617584 × 118.166886 mm
  • F3_V2_cura.stl 186.042053 × 166.617595 × 118.166886 mm
  • F3_gcode.gcode
  • F4_v2_3mf.3mf 180.019592 × 226.132888 × 65.529534 mm
  • F4_v2_gcode.gcode
  • Mig-15UTI Printing and Assembly Guide Version 1.1 (dated 10 sep 2023).pdf
  • Nose_inlet_PLA_3mf.3mf 17.655546 × 77.58332 × 77.58332 mm
  • Nose_inlet_PLA_gcode.gcode
  • W1L_3mf.3mf 260.995788 × 23.418262 × 130.033508 mm
  • W1L_gcode.gcode
  • W1R_3MF.3mf 260.995788 × 23.418262 × 130.033508 mm
  • W1R_gcode.gcode
  • W2L_3MF.3mf 221.950348 × 28.158864 × 173.624328 mm
  • W2L_gcode.gcode
  • W2R_3MF.3mf 221.950348 × 28.158864 × 173.624328 mm
  • W2R_gcode.gcode
  • aileron_L.stl
  • ailerons_L and R_3mf.3mf 93.31903 × 36.128876 × 116.30725 mm
  • ailerons_L and R_gcode.gcode
  • bungee hook_3mf.3mf 66.76229 × 10.19542 × 25.945008 mm
  • bungee hook_gcode.gcode
  • canopy_3mf.3mf 202.98169 × 48.579418 × 64.020286 mm
  • canopy_gcode.gcode
  • elevator_L and R_3mf.3mf 80.8927 × 37.106948 × 121.219628 mm
  • elevator_L and R_gcode.gcode
  • elevator_L_stl.stl
  • integrated_motor_mount_and F2_mounting_brackets_3mf.3mf 26.0 × 64.738144 × 80.543426 mm
  • integrated_motor_mount_and_F2_mounting_brackets_gcode.gcode
  • tailplane_L_3mf.3mf 130.516236 × 9.149498 × 123.55935 mm
  • tailplane_L_gcode.gcode
  • tailplane_R_3mf.3mf 130.516236 × 9.149498 × 123.55935 mm
  • tailplane_R_gcode.gcode
  • wing fences_3mf.3mf 171.897278 × 46.120292 × 1.341744 mm
  • wing fences_gcode.gcode
  • wing tip_L_3mf.3mf 106.982728 × 12.367072 × 37.728028 mm
  • wing tip_L_gcode.gcode
  • wing tip_R_3mf.3mf 106.982728 × 12.367072 × 37.728028 mm
  • wing tip_R_gcode.gcode
  • wing_joiner_tabs_3mf.3mf 44.12265 × 2.0 × 24.397538 mm
  • wing_joiner_tabs_gcode.gcode

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Last update
Publication date
Design number 1428332
Design author TimelessWings
TimelessWings

TimelessWings

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3D printer file info

3D model description

The MiG-15UTI first flew in 1949, and is the two-seat trainer version of the single-seat MiG-15 fighter. Ultimately, this aircraft became one of the world's most produced jet aircraft.

If you wish to build the single-seat MiG-15bis, you may download our 3-piece conversion kit which can be combined with the parts in this download. The MiG-15bis single-seat conversion kit is here:

https://cults3d.com/en/3d-model/game/mig-15bis-conversion-for-timeless-wings-mig-15uti-for-50mm-edf

An additional download of optional components and improvements for the MiGs by Dirk Wouters can be found here:

https://cults3d.com/en/3d-model/game/upgraded-and-modified-parts-for-timeless-wings-mig-15uti-bis-by-dirk-wouters

The model has been optimized for 50mm EDF and 4S power, giving close to 1:1 thrust to weight ratio and excellent flight characteristics.

SCALE: 1/13.5 approx
WINGSPAN: 750mm (29.5 inches)
FLYING WEIGHT: 721g (25.4 ounces)
WING AREA: 160 square inches
WING LOADING: 22.8 ounces/square foot
EDF: XFY Galaxy of FMS 50mm EDF or similar 4S unit
LIPO: 4S x 1300mAh

Flight videos:

https://www.youtube.com/watch?v=WLgN_Z1Maig

https://www.youtube.com/watch?v=YwI5KOJmMSU

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

https://youtu.be/Rdu1oab-nw4?si=yhGaVX9xz8m4SQvW

Video of an incredible enlarged MiG by Denis in Belgium for a 70mm fan and 6S:

https://youtu.be/kzuaXbV-uWk?si=8POrI8-xrVOvslg_

RCGroups thread:

https://www.rcgroups.com/forums/showthread.php?4394555-MiG-15UTI

EDIT:

12 September 2025

Two additional .stl files have been added to the download (aileron_L.stl and elevator_L.stl) which are single control surfaces for those builders who do not wish to use the joined control surfaces in the download which print L&R surfaces at the one time. For the RHS control surfaces simply mirror in the slicer. Print using the same basic settings as the joined parts using 8-10 bottom layers to ensure the control horn is printed as a solid.

EDIT:

27 July 2024

  • The centre of gravity can be safely moved up to 10mm behind the position shown in the manual. So the CG range is from the front of the outboard wing fence to 10mm rearwards.

11 October 2023

  • For those who are not able to use the G-codes directly, a new .3mf file for part F3 has been added (F3_V2_3mf.3mf). This has revised geometry which should slice correctly in all versions of Prusa and also the Cura slicer.

*Incorrect model flight weight is shown in the manual (721g is the correct figure). The manual will be updated in the next cycle.

9 October 2023

  • Added bungee hook for use on either the MiG-15UTI or MiG-15bis. (bungee hook_3mf and bungee hook_gcode)

01 October 2023

  • Added g-code and 3mf files for all wing and tailplane parts so that it is no longer necessary to mirror parts in the Prusa slicer.

10 September 2023

  • Added Printing and Assembly Guide version 1.1 (new information and some typographical corrections)
  • Replaced F4 files with F4_v2 which added minor cosmetic changes to simulated airbrakes and fin/tailplane junction. No impact on model if previous version of these files used in lieu.

3D printing settings

The model was designed in Rhino 7.0 and sliced in the Prusa slicer 2.5.2

Provided G-codes are for a generic cartesian printer with a bed 200 x 200 x 200mm.

Provided .3MF files may be modified to suit in the free Prusa slicer.

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All categories › Game › RC Vehicles / Aircraft & Space / Mechanical Toys

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