Uploaded November 2025 | Updated September 2026, 2 weeks ago
In this video I test the Overture Super PLA+ filament to see how strong and reliable it really is. I check the printing quality, shrinkage, and run all my standard mechanical tests: tensile, shear, torsion, creep, bending, impact, and temperature resistance. Can this PLA+ really compete with ABS? Let’s find out.
Product link (when I checked, the Amazon affiliate is cheaper than the price on their site):
👉 US: amzn.to/43y15G6
👉 DE: amzn.to/4o26fBp
Support my work:
If you like these detailed tests, you can support me on Patreon. My Patreon supporters get early access to some videos and access to a searchable spreadsheet with all earlier test results for comparison:
👉 patreon.com/mytechfun
Mentioned in the video:
New impact testing machine video: youtu.be/wBS8YLSOuwM?si=PFRYkOk7D39P8sfr
Chapters
0:00 Introduction
0:35 Specifications
1:47 Unboxing
2:42 Slicer settings
3:04 3D printing
5:39 Shrinking
5:53 Hammer
7:01 Tensile test
7:23 Layer adhesion
7:45 Shear test
8:11 Torsion test
8:54 Creep test
9:56 Bending test
10:31 Temperature test
10:55 Impact tests
12:24 All results
12:52 Conclusions
#tags
#3dprinting #3dprinter #filament #PLA #overture #mytechfun #strengthtest #materialtest #PLAplus #3dprintingtips
In this video I test the Overture Super PLA+ filament to see how strong and reliable it really is. I check the printing quality, shrinkage, and run all my standard mechanical tests: tensile, shear, torsion, creep, bending, impact, and temperature resistance. Can this PLA+ really compete with ABS? Let’s find out.
Product link (when I checked, the Amazon affiliate is cheaper than the price on their site):
👉 US: amzn.to/43y15G6
👉 DE: amzn.to/4o26fBp
Support my work:
If you like these detailed tests, you can support me on Patreon. My Patreon supporters get early access to some videos and access to a searchable spreadsheet with all earlier test results for comparison:
👉 patreon.com/mytechfun
Mentioned in the video:
New impact testing machine video: youtu.be/wBS8YLSOuwM?si=PFRYkOk7D39P8sfr
Chapters
0:00 Introduction
0:35 Specifications
1:47 Unboxing
2:42 Slicer settings
3:04 3D printing
5:39 Shrinking
5:53 Hammer
7:01 Tensile test
7:23 Layer adhesion
7:45 Shear test
8:11 Torsion test
8:54 Creep test
9:56 Bending test
10:31 Temperature test
10:55 Impact tests
12:24 All results
12:52 Conclusions
#tags
#3dprinting #3dprinter #filament #PLA #overture #mytechfun #strengthtest #materialtest #PLAplus #3dprintingtips
