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Submit Your RenderPratt & Whitney F119/F135 Turbine Jet Engine - Electric 3D Model
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NOTE: DIGITAL DOWNLOAD, NOT A PHYSICAL ITEM
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I'm a Digital to Physical Creator. I digitally render extremely detailed 3D models of U.S. Military Air-To-Air and Air To Ground Ordnance. Using the digital models as a reference, I fabricate a physical full scale replica model. I use AutoDesk Fusion 360 for digital rendering. The physical models are a mix of some real parts, aluminum tubing, NAS Aerospace fasteners, 3D printed and other parts,
My goal is to create replicas indistinguishable from real ordnance.
My goal is to create replicas indistinguishable from real ordnance.
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Personal Use Only License (IP Restricted)
This item comes with our Personal Use Only Licensing. This means you may not share this model or use it for any commercial purposes or in any way that involves an exchange of money, promotes a business entity, or otherwise results directly or indirectly in financial gain. In addition, because certain intellectual property depicted in this model may not be affiliated with or endorsed by the original rights holder, this model is subject to an Editorial Use Only Restriction which further limits the ways in which you may use this model.
For full license terms, see our 3D Content Licensing Agreement
3D Model Details
| Vendor: | ZombieSNIPER |
| Published: | Jul 14, 2024 |
| Download Size: | 2.1 GB |
| Game Ready: | – |
| Print Ready: | Yes |
| 3D Scan: | – |
| Textures: | – |
| Materials: | – |
| UV Mapped: | – |
| PBR: | – |
| Rigged: | – |
| Animated: | – |
Statistics
| Favorites: | 0 |
| Likes: | 1 |
| Views: | 1,217 |
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Pratt & Whitney F119/F135 Turbine Jet Engine - Electric 3D Model
Here is my FUNCTIONAL Electric Motor Driven Pratt & Whitney Jet Engine. It is very detailed. It's modeled after the F-35 Lightning F135 engine and the F-22 Raptor F119 engine. It's fully 3D printable with very few supports required. It's fully functional and cool as hell!
The Electric parts are not required. It can be built without the motor but it does require a drive shaft.
Carbon Fiber Rod or Tube is a good choice because of it's light weight and extreme rigidity.
The Electric motor can be found on Amazon for about $25. A 12/24v.
A Power Supply is required if using an Electric Motor(Amazon for about $50), and a speed control (Amazon about $20).
It's a fairly simple setup. If you need help ask me or check YouTube.
Two different nozzles are included, an F-22 Raptor Vectoring Nozzle, and an F-35 Nozzle. The nozzles are not functional.
The ZIP file has all formats in it.
F3D, STEP, IGES, 3MF, STL - More formats available on request
I linked a video of just the intake section running with a small electric motor.
There is a complete list of hardware included.
The Hardware folder is saved separately.
There are almost 900 fasteners but they aren't all required. You can use as many as you want.
I modeled the number of fasteners the real engine uses on the outer cases.
You can omit as many as you want.
I'm happy to change scale or make small changes to any files, within reason. I can't rebuild entire parts.
The overall length is about 38" with a maximum diameter of about 8".
The model can be scaled to any size. The current size is about 17-18% Scale.
If you print with PC/ABS the total weight is about 12 LBS. or 5.6 Kilos.
3D PRINTING SETTINGS
I use 3DXtech Carbon Fiber PLA and have very good results with it.
It's very strong, rigid, easy to print, very forgivable when post-processing.
I print with an Ultimaker 2 Extended
0.2mm layer height or bigger. You can print finer but there isn't really a reason to.
A few rotors have a small horizontal overhangs that may require supports. It depends on how well your printer bridges.
There is a tolerance built in to any pieces that fir together.
I would print a test piece to make sure your Printer and Filament keep you within a good tolerance
The Electric parts are not required. It can be built without the motor but it does require a drive shaft.
Carbon Fiber Rod or Tube is a good choice because of it's light weight and extreme rigidity.
The Electric motor can be found on Amazon for about $25. A 12/24v.
A Power Supply is required if using an Electric Motor(Amazon for about $50), and a speed control (Amazon about $20).
It's a fairly simple setup. If you need help ask me or check YouTube.
Two different nozzles are included, an F-22 Raptor Vectoring Nozzle, and an F-35 Nozzle. The nozzles are not functional.
The ZIP file has all formats in it.
F3D, STEP, IGES, 3MF, STL - More formats available on request
I linked a video of just the intake section running with a small electric motor.
There is a complete list of hardware included.
The Hardware folder is saved separately.
There are almost 900 fasteners but they aren't all required. You can use as many as you want.
I modeled the number of fasteners the real engine uses on the outer cases.
You can omit as many as you want.
I'm happy to change scale or make small changes to any files, within reason. I can't rebuild entire parts.
The overall length is about 38" with a maximum diameter of about 8".
The model can be scaled to any size. The current size is about 17-18% Scale.
If you print with PC/ABS the total weight is about 12 LBS. or 5.6 Kilos.
3D PRINTING SETTINGS
I use 3DXtech Carbon Fiber PLA and have very good results with it.
It's very strong, rigid, easy to print, very forgivable when post-processing.
I print with an Ultimaker 2 Extended
0.2mm layer height or bigger. You can print finer but there isn't really a reason to.
A few rotors have a small horizontal overhangs that may require supports. It depends on how well your printer bridges.
There is a tolerance built in to any pieces that fir together.
I would print a test piece to make sure your Printer and Filament keep you within a good tolerance
