13:15 Erm, 0.159 grams :) I guess I was in mm instead of inches. I scaled the model by 25.4 (mm in an inch) and got 2612g which is 5.759lbs but my density in fusion360 just reads 0.008g/mm^3 so... throw on a chamfer and call it good ;) This was fun, subbed.
Mass: 5.724 lbs with Plasticity Time: Failed in the first attempt, 7:25 in the second attempt Video: th-cam.com/video/1EnV6bVIe2s/w-d-xo.html And, as always, learned something new in dealing with Plasticity, thanks Toby.
This one is a tricky one! I'm fairly sure I'm doing things super inefficiently so a tutorial for modeling this at speed would be nice! Thank you. Mass I got is 5.723lbm using Alibre. Video tutorial for how I arrived at the solution: th-cam.com/video/NOvPPoEat28/w-d-xo.html
Here ya go my man! th-cam.com/video/jMo6_-X87HI/w-d-xo.html Just dropped a tutorial/walkthrough using onshape. Even though you are using alibre, there should be some gold in there for ya!
I got 5.72 after fixing a tricky mistake, I used the draft command in fusion 360 to angle in the sides but for the pull direction plane I used one of the origin ones, the behavior of the tool with a pull plane not being at the edge of an object was not how I thought it was going to work. it took me ~20 minutes
Got this one in 5:30 with a mass of 5.723 pounds on the nose! That's actually the fastest I've gotten this part; back in October I practiced along with the competitors in the round of 16 when this part showed up and got a 6:40 and a 6:02 those times.
13:15
Erm, 0.159 grams :)
I guess I was in mm instead of inches.
I scaled the model by 25.4 (mm in an inch) and got 2612g which is 5.759lbs but my density in fusion360 just reads 0.008g/mm^3 so... throw on a chamfer and call it good ;)
This was fun, subbed.
lol - I like this solution! Nice job!!
Mass: 5.724 lbs with Plasticity
Time: Failed in the first attempt, 7:25 in the second attempt
Video: th-cam.com/video/1EnV6bVIe2s/w-d-xo.html
And, as always, learned something new in dealing with Plasticity, thanks Toby.
Awww yeah nice job Phosphor! This year will be the year of PLASTICITY!
This one is a tricky one! I'm fairly sure I'm doing things super inefficiently so a tutorial for modeling this at speed would be nice! Thank you.
Mass I got is 5.723lbm using Alibre.
Video tutorial for how I arrived at the solution: th-cam.com/video/NOvPPoEat28/w-d-xo.html
Here ya go my man! th-cam.com/video/jMo6_-X87HI/w-d-xo.html Just dropped a tutorial/walkthrough using onshape. Even though you are using alibre, there should be some gold in there for ya!
I got 5.72 after fixing a tricky mistake, I used the draft command in fusion 360 to angle in the sides but for the pull direction plane I used one of the origin ones, the behavior of the tool with a pull plane not being at the edge of an object was not how I thought it was going to work. it took me ~20 minutes
Nice job Leo and nice job finding the mistake!!
Mass: 5.72
Time: Took me full 15mins. A bit complicated one!
Awww yeah well done Achilleas!
Mass 5.723 Fusion360, easy task this time :D
awww yeah nice job!!!
5.728lb took me way too long at over 28mins 😟I spent way to long finding the thickness of the round thin extrude.
Awww yeah nice job! I've been there before too (struggling to find a dimension) - Congrats and NICE JOB!!
5.723 lb in OnShape. 3 tries (fixing silly mistakes) Probably half an hour.
How can I extrude with the 6 degree slope on one surface?
Here ya go - I just dropped this WALKTHROUGH video using onshape (but if you're using something else, you can still see how I did it :-) )
Mass = 5.72 pounds, thank you
Very nice!
5.7lbs ; 10 minutes in SW
Awww yeah!
6:25 with Alibre Design. Mass= 5.723 lbs.
Aww yeah well done! Love seeing Alibre users in here!
Got this one in 5:30 with a mass of 5.723 pounds on the nose! That's actually the fastest I've gotten this part; back in October I practiced along with the competitors in the round of 16 when this part showed up and got a 6:40 and a 6:02 those times.
Awww yeah nice job Aaron C!!
Mass = 5.722 pounds. 6 min to do it. Thank you! Dragos
Very nice job Dragos!
Whoo, that was tricky! 5.723 @ 11:05
Awww yeah!!