Elon Musk’s Next-Gen Motor Production Line: INCREDIBLE Speed!
In an era where electric vehicles are rapidly gaining traction, Tesla is once again setting the bar with its groundbreaking next-generation motor production line. This innovative technology, spearheaded by Elon Musk, is revolutionizing electric motor manufacturing with a focus on sustainability and efficiency.
Featuring a remarkable production speed of one drive unit every 10 seconds, the new motor design is not only rare-earth-free but also optimizes the entire manufacturing process. By significantly reducing reliance on China’s supply chain, Tesla is navigating the increasing demand for electric vehicles while addressing global sourcing challenges.
In this captivating video, we dive deep into the technology behind the Tesla Cybercab drive unit, highlighting critical advancements such as ferrite magnets and advanced hairpin windings. These innovations promise increased motor efficiency and the potential to cut manufacturing costs by up to 30%. But how is Tesla accomplishing this? The answer lies in their ability to build smaller and lighter motors with weaker magnets, showcasing engineering prowess that could reshape the future of electric vehicles and even the emerging Optimus humanoid robots.
For Tesla enthusiasts, EV advocates, and tech aficionados, this development marks a pivotal moment in electric motor manufacturing. Join us as we explore the future of mobility and the latest advancements from Elon Musk’s visionary enterprise. Don’t forget to subscribe to stay updated on all the innovations coming from Tesla!
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Video “Elon Musk's Next-Gen Motor Production Line INCREDIBLE Speed!” was uploaded on 11/06/2026 to Youtube Channel TESLA CAR WORLD


































Building a motor without rare earth materials could be a bigger achievement than people realize. It would make Tesla less dependent on a very complicated supply chain.
One drive unit every 10 seconds sounds impressive, but does that mean the entire motor is assembled in 10 seconds or just that the production line completes one cycle?
I'm curious whether ferrite magnets can really deliver the performance Tesla needs, especially at high speeds and under heavy loads.
Reducing motor costs by 30% would be a big deal. But I think the real question is whether Tesla can maintain reliability while simplifying production.
China has a huge influence on the rare earth supply chain. If Tesla can reduce that dependence, it could have an impact far beyond just electric cars.
I agree that smaller and lighter motors are important, but how much difference will this actually make to the vehicle's real-world range?
Could this technology eventually be used in Optimus robots as well, or would humanoid robots require a completely different motor design?
I'm not fully convinced about the cost savings until we see actual production numbers. New manufacturing technology can look great on paper but still be difficult to scale.
Everyone is focusing on the production speed, but I'm more interested in how durable this new motor will be after several years of daily use.
If Tesla really manages to produce cheaper motors without rare earth materials, do you think other EV manufacturers will follow the same approach?
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this will be huge across all the Tesla vehicles.
REE pricing is also a hidden CCP subsidy of Chinese vehicles.
AI Overview
Rare earth element (REE) prices show a severe dual-pricing and geographic arbitrage gap, where domestic prices inside China are significantly lower than export or ex-China prices due to state production controls, export licensing, and geopolitical supply restrictions.
Price Comparison Inside China vs. Ex-China
• Neodymium-Praseodymium (NdPr) Oxide:
• Inside China: ~¥715.4–735.4/kg ($107–$110/kg)
• Ex-China / Export / Landed: ~¥164/kg loaded for export, scaling up to $231/kg landed in the United States; Pentagon-backed floor prices with MP Materials establish long-term values around $110/kg floor.
• Dysprosium Oxide:
• Inside China: ~¥1,400–1,455/kg ($210–$216/kg)
• Ex-China: Reached up to $800–$2,250+/kg (and higher in European/spot markets) following export curbs.
• Terbium Oxide:
• Inside China: ~¥6,650–6,710/kg ($995–$1,007/kg)
• Ex-China: Surged up to $3,625–$4,000+/kg (~4x to 8x the domestic Chinese reference price) due to strict export licensing and zero/limited shipments to key markets like Japan
Environmental groups should be super excited about this. IF they didn't have such an massive case of TDS. Very silly to ignore the market leader in advanced EV vehicle technology.
Ccp is a mafioso system. Thanks for sharing.
Boa tarde 🇧🇷 🇺🇲 🇧🇷 🇺🇲 🇧🇷 🇺🇲 🇺🇲🇺🇲🇺🇲🇺🇲,eu adoro o meu canal, pena que o YouTube não paga nada pelo meu trabalho.