Uploaded February 2020 | Updated September 2026, 1 week ago
In this video I'm going to show you how to build your own levitating SpaceX Starship lamp! I'll take you through the build step by step and show you how to use magnetic levitation to make your rocket levitate!
🚀 I've provided you with all of the design files for free here:
thingiverse.com/thing:4155209
Big thank you to Nick from Thingiverse who shared his SpaceX Starship model in a file type I could edit for printing in spiral vase mode. If you want a more detailed SpaceX Starship model, you can find it on Nick's page here:
thingiverse.com/thing:3889709
You'll need a 3D printer to print these files!
â–º The SpaceX Starship model was 3D printed in D3D silk silver PLA:
digitmakers.ca/products/d3d-pla-filament-1-75mm-1kg-spool?variant=10523701215268
â–º The base was 3D printed in Fillamentum crystal clear PLA:
fillamentum.com/products/pla-extrafill-crystal-clear
â–º The SpaceX Landing pad was 3D printed in eSun black PLA:
shop3d.ca/products/esun-3d-printing-pla-1-75mm
To build this lamp you're going to need a few main components that enable the model to float, and to provide the programmable lighting patterns you see in the video! As an Amazon Associate I earn from qualifying purchases (at no extra cost to you):
â–º Magnetic Levitating Module:
amzn.to/3p4itO2
â–º NeoPixel Strip:
amzn.to/3P8VUCh
â–º Arduino:
amzn.to/3BL9yZn
â–º Buck Converter:
amzn.to/3Qt4vRe
â–º CR2032 Coin cell holder:
amzn.to/3A4191G
You will also need a few other small components like a resistor and capacitor to get the Adafruit NeoPixel strip working. You can find those details here... and more info about the NeoPixel RGB LED strips:
learn.adafruit.com/adafruit-neopixel-uberguide
â–º Here is where you can find the program I modified for the fire/flame effect:
github.com/doublec4/Starship-NeoPixel-Code
â–º And here is a great resource to programming the NeoPixels strips with your own ideas, but made easy!
adrianotiger.github.io/Neopixel-Effect-Generator
â–º If you've never used an Arduino before, here are the basics:
arduino.cc/en/Guide/HomePage
Lastly, another big thank you to 'Samuel Kim' for allowing me to use some of his awesome cinematic music in certain parts of this video. Check out his channel here:
youtube.com/channel/UCuoKuTCQ9dmPIgOgyLm9HgQ
#Spacex #Starship #Rocket
****************************************************************
If you enjoy and have benefited from my content and are feeling generous I would love your support! You can "buy me a coffee" here:
► paypal.com/donate/?hosted_button_id=V2T6MEFUGP73Y ☕
By supporting my channel you are encouraging me to continue with this time consuming endeavor. A lot of time goes into design work, building my projects, filming the videos, editing the videos, etc. Plus it all costs money! Your generosity goes a long way in helping me bring you better content as often as I can!
Follow me on Instagram!
► instagram.com/embracemaking 📷
If you liked this video, perhaps you will also enjoy some channels that I personally find inspiring and interesting...
DIY and MAKER:
â–º The Hacksmith
youtube.com/channel/UCjgpFI5dU-D1-kh9H1muoxQ
â–º Adam Savage Tested
youtube.com/channel/UCiDJtJKMICpb9B1qf7qjEOA
â–º Thomas Sanladerer
youtube.com/user/ThomasSanladerer
In this video I'm going to show you how to build your own levitating SpaceX Starship lamp! I'll take you through the build step by step and show you how to use magnetic levitation to make your rocket levitate!
🚀 I've provided you with all of the design files for free here:
thingiverse.com/thing:4155209
Big thank you to Nick from Thingiverse who shared his SpaceX Starship model in a file type I could edit for printing in spiral vase mode. If you want a more detailed SpaceX Starship model, you can find it on Nick's page here:
thingiverse.com/thing:3889709
You'll need a 3D printer to print these files!
â–º The SpaceX Starship model was 3D printed in D3D silk silver PLA:
digitmakers.ca/products/d3d-pla-filament-1-75mm-1kg-spool?variant=10523701215268
â–º The base was 3D printed in Fillamentum crystal clear PLA:
fillamentum.com/products/pla-extrafill-crystal-clear
â–º The SpaceX Landing pad was 3D printed in eSun black PLA:
shop3d.ca/products/esun-3d-printing-pla-1-75mm
To build this lamp you're going to need a few main components that enable the model to float, and to provide the programmable lighting patterns you see in the video! As an Amazon Associate I earn from qualifying purchases (at no extra cost to you):
â–º Magnetic Levitating Module:
amzn.to/3p4itO2
â–º NeoPixel Strip:
amzn.to/3P8VUCh
â–º Arduino:
amzn.to/3BL9yZn
â–º Buck Converter:
amzn.to/3Qt4vRe
â–º CR2032 Coin cell holder:
amzn.to/3A4191G
You will also need a few other small components like a resistor and capacitor to get the Adafruit NeoPixel strip working. You can find those details here... and more info about the NeoPixel RGB LED strips:
learn.adafruit.com/adafruit-neopixel-uberguide
â–º Here is where you can find the program I modified for the fire/flame effect:
github.com/doublec4/Starship-NeoPixel-Code
â–º And here is a great resource to programming the NeoPixels strips with your own ideas, but made easy!
adrianotiger.github.io/Neopixel-Effect-Generator
â–º If you've never used an Arduino before, here are the basics:
arduino.cc/en/Guide/HomePage
Lastly, another big thank you to 'Samuel Kim' for allowing me to use some of his awesome cinematic music in certain parts of this video. Check out his channel here:
youtube.com/channel/UCuoKuTCQ9dmPIgOgyLm9HgQ
#Spacex #Starship #Rocket
****************************************************************
If you enjoy and have benefited from my content and are feeling generous I would love your support! You can "buy me a coffee" here:
► paypal.com/donate/?hosted_button_id=V2T6MEFUGP73Y ☕
By supporting my channel you are encouraging me to continue with this time consuming endeavor. A lot of time goes into design work, building my projects, filming the videos, editing the videos, etc. Plus it all costs money! Your generosity goes a long way in helping me bring you better content as often as I can!
Follow me on Instagram!
► instagram.com/embracemaking 📷
If you liked this video, perhaps you will also enjoy some channels that I personally find inspiring and interesting...
DIY and MAKER:
â–º The Hacksmith
youtube.com/channel/UCjgpFI5dU-D1-kh9H1muoxQ
â–º Adam Savage Tested
youtube.com/channel/UCiDJtJKMICpb9B1qf7qjEOA
â–º Thomas Sanladerer
youtube.com/user/ThomasSanladerer





![Creality Ender 7 Assembly, Setup, Slicer Settings, Review and First Prints!
In this video I will be walking you through the setup and assembly of the Creality Ender 7 3D printer! I will provide you with tips and suggestions along the way that you will not find in the user manual, and also take you through my slicer settings to get you the best print results avoiding frustration!
Thank you to Mech Solutions for providing me with this printer! If you havent yet purchased your Creality Ender 7, head over to:
â–º https://www.mechestore.com/
Also check out their Cloud3DPrint software for an amazing cloud based 3D printer host solution!
â–º https://www.cloud3dprint.com/
The Creality Ender 7 is marketed as a printer built for speed. Although this appears to be the case based on the CoreXY motion system, large XY stepper motors and drivers, and high flow rate hot end, it seems to fall short of the advertised 250mm/s print speed. And this is simply due to the fact that Creality has very conservative machine limit settings in the firmware. The printer simply cannot accelerate fast enough with those settings to cut down on print time for small prints.
This can easily be changed and you can get the printer moving quite a bit faster without any further modifications out of the box. Overall, you can get very respectable print quality at ~80mm/s external perimeters, and 125mm/s speeds for internal features. This is still better than most other consumer grade printers on the market today.
With a large enough print, you can get the print head moving up to 250mm/s and the extruder/hot end combination will keep up, but dont expect exceptional quality of your print surfaces at this speed.
When attempting to run very high speeds and accelerations, I noticed that quality is lost on sharp corners (as one would expect) and the printer would greatly benefit from some advanced compensation techniques like linear / pressure advance.
The Z motion system also leaves something to be desired as it is fully cantilevered and the free end of the bed support sags. The adjustment screws and knobs will allow you to properly level the print bed, but it is very evident that you have to unscrew the front knobs much more to compensate. The use of V-wheels on the cantilevered Z motion system was also a questionable design choice. Despite all of this, the printer still manages to make very nice prints and there are no Z artifacts surprisingly.
In future videos I plan to address several of the Creality Ender 7 shortcomings. Namely, I have already designed and prototyped a 3 point linear rod and lead screw system for this printer to eliminate the bed sag and increase the lateral stability of the print bed. After that, I will be installing Klipper and trying to do a more advanced tune and control for this printer in hopes of achieving much higher speeds while maintaining quality. Perhaps a direct drive extruder and hot end are also in the works!
Overall, the Creality Ender 7 is a well built machine with a lot of potential. There are some issues that need to be addressed but stick with me and we will get this printer flying!
Start g-code:
G90 ; use absolute coordinates
M83 ; extruder relative mode
M140 S{first_layer_bed_temperature[0]} ; set final bed temp
M104 S165 ; set temporary nozzle temp to prevent oozing
G4 S10 ; allow partial nozzle warmup
G28 ; home all axis
G1 Z5 F240
G1 X2 Y10 F3000
M190 S{first_layer_bed_temperature[0]} ; wait for bed temp to stabilize
M104 S{first_layer_temperature[0]} ; set final nozzle temp
M109 S{first_layer_temperature[0]} ; wait for nozzle temp to stabilize
G28 Z ;home z axis
G1 Z2 F240
G1 X1 Y20 F5000
G1 Z0.28 F240
G92 E0
G1 Y140 E10 F1500 ; prime the nozzle
G1 X2.3 F5000
G92 E0
G1 Y20 E10 F1200 ; prime the nozzle
G92 E0
If you enjoyed this video please consider subscribing! Please post comments and questions below!
#DIY #3dPrinting #Creality
00:00 Intro
01:00 Unbox / Assembly
13:00 Bed Levelling
16:45 Loading Filament
18:56 Slicer Settings
22:57 Print Samples and Thoughts
28:04 Outro
****************************************************************
If you enjoy and have benefited from my content and are feeling generous I would love your support! You can buy me a coffee here:
► https://www.paypal.com/donate/?hosted_button_id=V2T6MEFUGP73Y ☕
By supporting my channel you are encouraging me to continue with this time consuming endeavor. A lot of time goes into design work, building my projects, filming the videos, editing the videos, etc. Plus it all costs money! Your generosity goes a long way in helping me bring you better content as often as I can!
Follow me on Instagram!
► https://www.instagram.com/embracemaking/ 📷
If you liked this video, perhaps you will also enjoy some channels that I personally find inspiring and interesting...
â–º The Hacksmith
https://www.youtube.com/channel/UCjgpFI5dU-D1-kh9H1muoxQ
â–º Adam Savage Tested
https://www.youtube.com/channel/UCiDJtJKMICpb9B1qf7qjEOA
â–º Thomas Sanladerer
https://www.youtube.com/user/ThomasSanladerer Creality Ender 7 Assembly, Setup, Slicer Settings, Review and First Prints!](https://i.ytimg.com/vi/UmZUcStieUI/mqdefault.jpg)




