Overall, the Tesla Model 2 Production UPDATE reveals exciting developments in the world of electric vehicles. With a 3 million car production target by 2025, a range of 623 miles, and a fast-charging time of just 7 minutes, the Model 2 Redwood is shaping up to be a game-changer in the automotive industry. Stay tuned for more updates on this groundbreaking vehicle from Tesla. Subscribe to Adam Tech on YouTube for the latest news and updates on the Tesla Model 2 and other cutting-edge technologies. #Adamtechus #teslaadamtech #tesla #model2 #teslamodel2
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Video “Tesla Model 2 Production UPDATE. 3 Million Target, 623 miles, 7 Mins Charging…” was uploaded on 08/03/2024 to Youtube Channel ADAM TECH
Can the new 'cell-to-chassis' technology help the Model 2 achieve its range goals without compromising other features?
How might Tesla’s advancements in battery technology influence energy consumption patterns in our societies?
Tesla's focus on high-tech autonomy in the Model 2 will likely set new standards for affordable EVs.
The decision to eliminate rare earth materials from the powertrain is a positive step for sustainability.
I'm impressed by Tesla's efforts to reduce silicon carbide use while maintaining performance and efficiency.
What impact will the Model 2’s affordability have on the accessibility of electric vehicles in rural and remote areas?
How does Tesla's focus on reducing dependency on rare earth materials reflect broader environmental values?
What opportunities do the new manufacturing processes present for Tesla and the automotive industry as a whole?
What Tesla and other EV manufacturers need to do is use this innovative technology that this ine company has where they make clear see-through solar panels that can bend and conform to any shape and surface. And put these types of solar panels on the car's entire body. It would look just like a clear coat paint job, but it would act like solar panels and be able to charge the on board batteries. They won't be able to give a full high speed charging, BUT they could increase the ranges on the EV's. Thus making EV's even more desirable. The solar panels are called transparent solar glass/panels.
Elon needs to look into this technology and add this to Teslas!
First of all if I was an influencer for the American car industry, I would strongly wine & dine Chinese Engineers to help update & solicit technological innovations in both the auto & battery fields! Secondly, I would pay Tesla to help design & build future assembly plants & move to significantly vertically integrate the auto creation process!
Tesla's continual integration of Chinese technology to their cars will only make them better and cheaper. It's a win for Tesla for partnering with China.
the video says at the beginning 250 to 300 miles range. 623 miles is a lie in the title
Sounds like the Electric Viking's voice at the beginning. I will only believe it when it is officially announced.
Carl is a Chinese company, be careful!
Nobody can get enough electricity through a charge cable fast enough to charge a real car in 7 minutes, nor do they really need to, even if the battery can take the juice that fast. The cable would be so heavy that if you could even lift it, some jerk would steal it for the copper inside.
Juniper will take up recourses rolling out the standard range then a time later the twin motor then a longer time the preformance and then production lines will require sufficient time to chunter out enough product to allow backlogs of stock for production lines to be swiched over for the new model to be dialed into production. We wont see production of model 2 in our showrooms for 7 more years.
How will Tesla address the challenges of scaling up production for the Model 2 while maintaining quality?
In what ways could the Model 2's energy-efficient design inspire other automakers to prioritize sustainability?
Can the Model 2’s focus on fast charging enhance the practicality of electric vehicles for everyday use?
How might the adoption of a 48-volt infrastructure affect the performance and longevity of Tesla vehicles?
The unboxed manufacturing method sounds revolutionary, but I'm curious how it will fare in practice.
Tesla's plan to use Optimus robots for production is ambitious and could drastically reduce costs.
I'm skeptical about the timeline for the Model 2's release, but I'm hopeful it will be worth the wait.
The idea of robots working alongside humans in factories is fascinating and shows Tesla's forward-thinking approach.
How will Tesla’s move to build its own chips influence the global supply chain and material sourcing?
What role do innovations like the Shenxing battery play in Tesla's strategy for maintaining a competitive edge?
How might the Model 2's production impact job creation and economic growth in local communities?
The possibility of using the Shenxing battery for rapid charging is exciting for the Model 2s usability.
The focus on reducing costs without compromising quality is a hallmark of Teslas strategy.
Im interested in how Tesla will balance affordability with high-tech features in the Model 2.
Im excited to see how the Model 2 will compete with other affordable EVs on the market.
The potential to produce 1 billion Optimus robots annually is ambitious and could change manufacturing as we know it.
What can indigenous communities learn from Teslas approach to integrating traditional and new technologies?
How will Tesla’s emphasis on safety and efficiency in battery technology contribute to overall consumer trust?
How will the use of Optimus robots in production change the dynamics of factory work and labor?
How do Tesla’s manufacturing advancements align with the principles of sustainability and respect for the Earth?
In what ways could the Model 2s affordability lead to wider adoption of electric vehicles among diverse populations?