Elon Musk CRIES And RESIGNS On LIVE TV After Koenigsegg Revealed It's New Engine, GOODBYE TESLA!

Summary

In a dramatic turn of events, Koenigsegg’s revolutionary 'dark matter motor' challenges Tesla’s dominance in the electric vehicle market. This ultra-light, carbon-fiber motor outperforms traditional heavy motors, signaling a major shift in electric propulsion technology. While Tesla quickly responds with a new lighter motor, its effort is seen as evolutionary, not groundbreaking. As Musk faces unprecedented pressure, the industry wonders whether Tesla can adapt or if Koenigsegg's radical innovation marks the beginning of the end for Tesla’s leadership in electric vehicles. The future of electric cars is now in flux, with two competing visions for what comes next.

Takeaways

• 😀 Koenigsegg introduced the 'dark matter motor,' a revolutionary lightweight electric motor, shaking the electric vehicle (EV) industry.
• 😀 The dark matter motor is 40% lighter than Tesla's motors and offers significant performance gains, such as 800 horsepower and 1,250 Nm of torque.
• 😀 Elon Musk's reaction to Koenigsegg's motor during a live interview revealed his vulnerability, creating speculation about Tesla's future direction.
• 😀 Tesla, under pressure, accelerated the development of its own lighter motor, introducing a new powertrain 40% lighter and 25% more powerful than its previous models.
• 😀 Tesla's new motor, designed for mass production, focuses on balancing performance with affordability, unlike Koenigsegg's handcrafted, hypercar-focused technology.
• 😀 The new Tesla motor design shares similarities with Koenigsegg's innovations but does not achieve the same extreme performance improvements.
• 😀 Tesla's decision to open-source their motor patents mirrors their 2014 move, positioning them as industry leaders in sustainable transport and technology-sharing.
• 😀 Koenigsegg's carbon fiber motor technology, radial flux designs, and six-phase windings have now been proven and are accessible to the wider industry.
• 😀 Tesla's new motor boosts vehicle range by 15%, improves acceleration, and helps maintain stable vehicle pricing, offering a competitive response to Koenigsegg's advancements.
• 😀 The electric vehicle industry has entered a new chapter, with Tesla no longer leading the way, while Koenigsegg sets a new, high-performance benchmark for electric propulsion.

Q & A

What is the dark matter motor, and why is it considered revolutionary?

The dark matter motor is a new type of electric motor developed by Kernigseg, which is made entirely from carbon fiber and weighs just 86 pounds while delivering 600 horsepower, 800 horsepower peak, and 922 lb-ft of torque. Its lightweight construction and powerful performance, combined with its hybrid radial-axial flux system and six-phase windings, make it a game-changer in electric propulsion.

How did Elon Musk respond to Kernigseg's dark matter motor unveiling?

During a live television interview, Elon Musk appeared visibly shaken and struggled to respond to questions regarding Kernigseg's breakthrough. His reaction signaled a shift in the industry, as it was rare for Musk to express such vulnerability or uncertainty about Tesla's position in the market.

What makes the dark matter motor different from Tesla’s existing electric motors?

The dark matter motor stands out due to its extremely light weight (86 pounds) and high performance, offering 800 horsepower and 922 lb-ft of torque. In contrast, Tesla's motors, although powerful, are heavier and less optimized for lightweight construction, which makes Kernigseg's motor more efficient and faster.

How did Kernigseg’s innovations impact the electric vehicle industry?

Kernigseg’s innovations, particularly the dark matter motor, introduced a new standard for lightweight electric propulsion systems. The company’s advancements in radial flux design, carbon fiber structures, and six-phase windings disrupted the industry, forcing other manufacturers like Tesla to rethink their technology and strategies.

What were the key features of Kernigseg’s new hybrid propulsion system for the Gemra hypercar?

Kernigseg's hybrid propulsion system for the Gemra hypercar combined the dark matter motor with a twin-turbo V8 engine to deliver 2,300 horsepower. The hybrid system provides unmatched performance and weight savings compared to Tesla’s all-battery electric approach.

How did Tesla respond to Kernigseg’s breakthrough with their Generation 3 motor?

Tesla unveiled its Generation 3 motor, which is 40% lighter and 25% more powerful than previous models. Although this motor wasn’t as revolutionary as Kernigseg's dark matter motor, Tesla positioned it as a practical and mass-production-friendly solution that balanced performance and affordability.

What is the significance of Tesla open-sourcing its motor patents?

By open-sourcing its motor patents, Tesla positions itself as a leader in sustainable transport and aims to drive mass adoption of electric vehicles. This move not only supports industry-wide innovation but also sets Tesla’s motor design as a standard, subtly overshadowing Kernigseg’s more experimental approach.

How did the market react to Tesla’s quick response with the Generation 3 motor?

The market responded positively, with Tesla’s stock rebounding and analysts praising the company’s quick pivot. The focus shifted from Elon Musk's exit to the bold move of unveiling the Generation 3 motor, which was seen as a strong response to Kernigseg’s innovation.

What was the key difference between Tesla's and Kernigseg’s approaches to electric motors?

The key difference lies in their target markets and production philosophy. Tesla focuses on mass production, aiming for affordable and practical solutions for everyday drivers. In contrast, Kernigseg's approach is more experimental, focusing on exclusive hypercars with ultra-lightweight and high-performance technology.

What challenges does Tesla face in maintaining its leadership in the electric vehicle market?

Tesla faces the challenge of maintaining its technological edge in light of Kernigseg’s breakthrough. While Tesla’s response with the Generation 3 motor was impressive, it was evolutionary, not groundbreaking. Kernigseg's innovations, like the dark matter motor and hybrid propulsion systems, may set new standards in the industry, requiring Tesla to adapt and innovate further to stay ahead.