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R/C Boeing MQ-28A GHOST BAT

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Creation quality: 5.0/5 (1 vote)
Evaluation of members on the printability, utility, level of detail, etc.

Designer

3D model description

<< Setting / Test video >>
https://youtu.be/18ZGp9_MelQ
https://youtu.be/0SWhtuxiz6g
https://youtu.be/Zz7rivELUc4

<< MINOR UPDATE >>
- There was an error in the description of the infill to be used when printing the part in the manual file. Basically see the PARAMETER file sheet. Of course, there is no big problem with GYROID infill.

<< NOTICE>>
This model has not been maiden tried yet and there is not much information available. Therefore, this model is an experimental airplane at this point, and is a Pre-Sale for some pioneers/early challengers. Once the test flight is successful and the footage is obtained, the price will change to match its value.

<< Pre Caution >>
THIS IS CONSIST OF MANY PARTS. THEY MUST BE PRECISELY ASSEMBLED AND PROPERLY SET. IT IS RECOMMENDED THAT YOU HAVE EXPERIENCE IN SETTING UP AND FLYING A TYPICAL EDF JET. THEREFORE, THIS IS NOT RECOMMENDED FOR BEGINNERS.

<< INTRODUCTION >>
- The Boeing MQ-28 Ghost Bat, previously known as the Boeing Airpower Teaming System(ATS), is a Loyal Wingman class stealth, multirole, unmanned aerial vehicle in development by Boeing Australia for the Royal Australian Air Force(RAAF).
- It is designed as a force multiplier aircraft capable of flying alongside manned aircraft for support and performing autonomous mission independently using artificial intelligence

<< THIS MODEL >>
- This model scaled down the MQ-28A Ghost Bat and the detailed shape was also designed to be similar to the real one.
- Since its exact information and drawings are unknown, its shape has been constructed from very limited information and photographs.
- It uses Single 6S 80mm EDF unit and the flight AUW is about 2.5~2.7kg.
- It can be installed using the stock landing gear and retract of Freewing's F-16 70mm EDF version product.
- Since the canopy area is quite large, it is very convenient to install batteries and electric devices, and there is enough space to install devices such as FPV
- It uses a V-tail and a flaperon method, so you should have that setup available on your transmitter.

<< SPECIFICATION >>
WINGSPAN : 912MM
LENGTH : 1,250MM
ALL UP WEIGHT : AROUND 2.5~2.7KG(READY TO FLY, DEPEND ON YOUR SETTING)
POWER SYSTEM : SINGLE 6S 80mm EDF


3D printing settings

Almost parts are printed in LW-PLA. The 2WALL/1.5% Cubic Subdivision INFILL method is used. It requires about 1.1KG of LW-PLA and 200G of PLA+.

3D printer file information

  • Design number: 1237553
  • 3D design format: PDF and ZIP Folder details Close
    • STL_MQ28_230527.zip
      • PLA/fuse/antena_bot.stl
      • PLA/fuse/antena_top.stl
      • PLA/fuse/CANOPYlatch.stl
      • PLA/fuse/CANOPYlatch_L.stl
      • PLA/fuse/CANOPYlatch_R.stl
      • PLA/fuse/edfrcovertabx8.stl
      • PLA/fuse/EDFtab_L.stl
      • PLA/fuse/EDFtab_R.stl
      • PLA/fuse/esctray.stl
      • PLA/fuse/sparmount_L.stl
      • PLA/fuse/sparmount_R.stl
      • PLA/fuse/steerservoholder.stl
      • PLA/fuse/strapholder.stl
      • PLA/retract/retractmount_L.stl
      • PLA/retract/retractmount_nose.stl
      • PLA/retract/retractmount_R.stl
      • PLA/vtail/tailhorn_L.stl
      • PLA/vtail/tailhorn_R.stl
      • PLA/vtail/tailsparmount_L.stl
      • PLA/vtail/tailsparmount_R.stl
      • PLA/vtail/tailsparplate_L.stl
      • PLA/vtail/tailsparplate_R.stl
      • PLA/vtail/tailsparstopper_L.stl
      • PLA/vtail/tailsparstopper_R.stl
      • PLA/wing/ailhorn_L.stl
      • PLA/wing/ailhorn_R.stl
      • LW/fuse/canopy01.stl
      • LW/fuse/canopy01_noeye.stl
      • LW/fuse/canopy02.stl
      • LW/fuse/EDFcover_front.stl
      • LW/fuse/EDFcover_rear.stl
      • LW/fuse/fuse01_split.stl
      • LW/fuse/fuse02_L.stl
      • LW/fuse/fuse02_R.stl
      • LW/fuse/fuse03 _L.stl
      • LW/fuse/fuse03_R.stl
      • LW/fuse/fuse04_L.stl
      • LW/fuse/fuse04_R.stl
      • LW/fuse/fuse05_L.stl
      • LW/fuse/fuse05_R.stl
      • LW/fuse/fuse06_L.stl
      • LW/fuse/fuse06_R.stl
      • LW/fuse/maincover_L_front.stl
      • LW/fuse/maincover_L_rear.stl
      • LW/fuse/maincover_R_front.stl
      • LW/fuse/maincover_R_rear.stl
      • LW/fuse/nosecover01.stl
      • LW/fuse/nosecover02.stl
      • LW/fuse/nosetip.stl
      • LW/fuse/nozzle2.stl
      • LW/fuse/tailservocover_L.stl
      • LW/fuse/tailservocover_R.stl
      • LW/vtail/Vtail_L01.stl
      • LW/vtail/Vtail_L02.stl
      • LW/vtail/Vtail_R01.stl
      • LW/vtail/Vtail_R02.stl
      • LW/wing/ail_L01.stl
      • LW/wing/ail_L02.stl
      • LW/wing/ail_R01.stl
      • LW/wing/ail_R02.stl
      • LW/wing/wingservocover_L.stl
      • LW/wing/wingservocover_R.stl
      • LW/wing/wing_L01.stl
      • LW/wing/wing_L02.stl
      • LW/wing/wing_R01.stl
      • LW/wing/wing_R02.stl
    • decal_A.pdf
    • decal_B.pdf
    • manual_MQ28_230619.zip
      • PARAMETER_mq28.pdf
      • MANUAL-MQ28.pdf
    • partsweight_MQ28.pdf

    Learn more about the formats

  • Last update: 2023-06-18 at 23:45
  • Publication date: 2023-05-25 at 12:21

License

CULTS - Private Use

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