Randy, it is obvious you have a profound hate for Musk (EDS or just ED?). You're certainly welcome to your opinion, although I don't share your assessment.
No hate, just calling out the obvious.
Nobody was attempting to convince you of sharing my assessment.
I most definitely cant stand crapple, a company that just keeps ripping people off and touting their stuff like its light years ahead of Samsung or others. But the story is the same, it's your money, waste it any way you like.
I think when EVs were being pushed around as if the govt was telling everyone everywhere that the days of gasoline were over, most loved Elon and Tesla then. As soon as that BS went in the garbage and Elon took a side, then all the love for Elon turned into hate. Very strange how that works.
I would rather Tesla focus on making EVs that use more advanced power system, not toxic battery crap. Lets see some 1-off HFCEV items, then it will become interesting. Until then, it's kinda like going to the circus.
One point of confusion for me: folks have been writing about how the suction system creates "downforce" to keep the car on the upside-down part of the ramp.
Shouldn't that be "upforce" instead? I mean, it's allowing the car to cling to the bottom surface of the ramp against the force of gravity, yes?
I suspect you already know........
I guess for the engineers its a vector normalized nomenclature in some way, so perhaps roof to tires is always the "down force". The "up force" is there too, roadway pushing back on the tires.
I suspect you already know.
You want the company that won the battle between EVs (Tesla) and Hydrogen Fuel Cells (Toyota) to switch? That's an interesting, though fairly unreasonable wish. Tesla has invested, and yes, created the EV market and its recharging network. Why would they want to go back on the bet they made on EVs? They won. Even Toyota has given up on Fuel Cells in the passenger car market. Where ya been? I think they are still doing something in heavy industry/trucking. Maybe ask your android driven friends over at BYD to switch their focus to Fuel Cells? As you said, they were innovative enough to get one imported to Canada.
Because it's too slow to go crawl manually and my memory among other things is too short I asked google gemini on the web to create a bullet list of the wholly invented, innovations, or market creation things Tesla has done. I know it doesn't align with your view that Tesla is not innovating but hey, facts are facts. And yes, the Roadster2 as a demonstration of new engineering is also innovation.
1. Original Tesla inventions and proprietary engineering
- North American Charging System (NACS)
- Supercharger hardware and charging architecture
- Octovalve thermal management
- 4680 tabless battery cell architecture
- Tesla structural battery pack
- Tesla proprietary battery management systems
- Tesla Etherloop
- Tesla 48V electrical implementation
- Tesla custom motor designs
- Tesla proprietary inverter designs
- Tesla gigacasting manufacturing processes
- Cybertruck stainless-steel air-bending process
- Cybertruck steer-by-wire implementation
- Tesla FSD AI hardware
- Tesla Dojo architecture
- Tesla dry-electrode battery manufacturing processes
- Tesla vehicle software architecture
2. Major innovations Tesla introduced or popularized
- 2008 Roadster
- 2012 Model S
- Over-the-air vehicle updates
- Software-defined automobiles
- Mass-market centralized touchscreen controls
- Integrated EV skateboard architecture
- Long-range battery-electric performance
- High-volume cylindrical-cell battery packs
- Integrated route planning and charging
- Automatic battery preconditioning
- Plug-and-charge Supercharging
- Mobile-app vehicle integration
- Remote vehicle diagnostics
- High-volume EV gigafactories
- Advanced heat-pump integration
- One-pedal driving
- Consumer EV energy efficiency
- Extensive camera-based driver assistance
- EV safety engineering
- Large-scale grid battery systems
- Residential battery integration
3. Substantial industry and societal impacts
- Forced an automotive industry transition
- Changed consumer perception
- Created widespread competitive pressure
- Established a major North American charging standard
- Expanded high-speed charging infrastructure
- Accelerated battery investment
- Accelerated battery cost competition
- Transformed automotive software expectations
- Changed automobile manufacturing methods
- Advanced automotive electrical architectures
- Changed automotive dealership expectations
- Accelerated charging interoperability
- Helped establish residential energy storage
- Advanced grid-scale energy storage
- Increased pressure to improve EV performance
- Influenced automotive engineering talent and investment
Did you miss dinner?