Translation....we are not making enough of these yet to invest in castings3D printed EV crate motors - 44 lbs/295 HP.
https://carbuzz.com/news/new-ev-crate-motor-will-give-an-easy-590-hp-to-any-classic-car
Translation....we are not making enough of these yet to invest in castings3D printed EV crate motors - 44 lbs/295 HP.
https://carbuzz.com/news/new-ev-crate-motor-will-give-an-easy-590-hp-to-any-classic-car
rate motors - 44 lbs/295 HP.
https://carbuzz.com/news/new-ev-crate-motor-will-give-an-easy-590-hp-to-any-classic-car
Are these really considered 3D printed if they are not made out of plastic?Translation....we are not making enough of these yet to invest in castings
Are these really considered 3D printed if they are not made out of plastic?
I would have thought that metal parts would be described as having "CNC machined" (or similar) and not "printed."
Regardless, sounds like an interesting power plant.
Are these really considered 3D printed if they are not made out of plastic?
I would have thought that metal parts would be described as having "CNC machined" (or similar) and not "printed."
Regardless, sounds like an interesting power plant.
cue @shrpshtr325 - there are 3D printing machines that print in metals
Thanks for the tip. Good for me to look into this!look up laser sintering, it falls under the umbrella of additive manufacturing (the technical term which is equivalent to '3d printing' )
Perhaps these fused metal parts are acceptable for an EV power plant, but I would assume CNC machining is still more suitable for internal combustion engines.cue @shrpshtr325 - there are 3D printing machines that print in metals
3d printing is amazing, wonderful, fantastic and all of that stuff...but its "rapid prototyping".....its real benefit is giving me something that I can use quickly that is functional. On anything that is made in volume....castings are more precise, stronger, and WAY cheaper per unit. Machining is also cheaper, better materials, way more precise.Thanks for the tip. Good for me to look into this!
Perhaps these fused metal parts are acceptable for an EV power plant, but I would assume CNC machining is still more suitable for internal combustion engines.
Thanks for the tip. Good for me to look into this!
Perhaps these fused metal parts are acceptable for an EV power plant, but I would assume CNC machining is still more suitable for internal combustion engines.
Definitely worse than my E-bike battery.Saw an article on cost of EV's, essentially non-content about replacement battery costs. Is this a substantiated issue, vs. everyone guessing? Do you need to trade-in your EV every X-years to stay ahead the curve? Just wondering since I am an ICE fan, but realize a daily EV in is my wife's future.
Discuss...
I was listening to a podcast the other day with the host talking about this same thing and with Toyota not jumping into the EV market full steam like everyone else.one of his comments about lacking infrastructure is something i have been saying for a long time, maybe people will listen to this guy (i know, im funny)
Environmentalists and shareholders have criticized Toyota for dragging its feet in embracing EVs, with Greenpeace putting the brand at the bottom of its ranking of global automakers’ decarbonization efforts. Critics have accused Toyota of clinging to its 25-year history with the gasoline-electric Prius hybrid, which once earned Toyota plaudits.
“The fact is: a hybrid today is not green technology,” Katherine Garcia, director of the Sierra Club’s Clean Transportation For All campaign, wrote in a blog post last month. “The Prius hybrid runs on a pollution-emitting combustion engine found in any gas-powered car.”
Toyota/Honda specifically don't do updates for reliability.I was listening to a podcast the other day with the host talking about this same thing and with Toyota not jumping into the EV market full steam like everyone else.
First off - Environmentalists AND shareholders?
And is it just me that finds it incredibly funny that there is criticism of Toyota and being green? They are well known for making very strong and reliable cars. I would love to know the green analysis/life cycle of a Toyota vs say a VW. Add in all the things like repairs, towing, parts replaced, etc. I know some models like the Tacoma are criticized for not having any updates but what if you took in the costs to revamp an entire vehicle?