"Unexpectedly! Tesla actually gave up this "number one" black technology]
Who would have thought that Tesla, known as a technology giant, would actually give up one of its own blockbuster "black technologies"? This rather innovative "integrated die-casting" technology was expected to completely change the pattern of the automobile manufacturing industry, but now Tesla has chosen to return to "tradition". What is the reason for this change? In the fierce competition in the industry, how does Tesla seek to break through? Let's explore the deep logic behind this.
1. Tesla "abandoned" integrated die-casting technology
It is reported that Tesla recently made a decision that surprised the industry - to abandon its long-admired "integrated die-casting" innovative technology. This technology would have been expected to simplify the manufacturing process and reduce costs by die-casting most of the underside of the car into one piece.
In the past, Tesla has maintained a leading position in this field and has high hopes. In a typical automotive structure, the underbody is made up of hundreds of individual parts, and the goal of "one-piece die casting" is to integrate these parts into a single whole. This will not only improve production efficiency, but also reduce costs significantly.
Surprisingly, Tesla has now opted to return to the more traditional three-stage casting method. Specifically, the front and rear parts are cast from castings, and the middle part is made of aluminum and steel frames for storing the battery. This is essentially the same approach that Tesla's existing Model Y and Cybertruck models do.
Two people familiar with the matter said the decision reflects Tesla's shift in its "fundamental strategy." The company is now focusing more on developing autonomous driving technology rather than focusing on innovation in manufacturing processes.
2. Why did Tesla give up this "black technology"?
So, why would Tesla abandon the "integrated die-casting" technology that it has always been proud of? According to sources, this is mainly due to two considerations:
The first is to speed up the research and development of "cheap models". While this new casting process is expected to reduce costs, it also requires a large initial investment, making it difficult and time-consuming to perfect. As a result, Tesla decided to abandon this innovation for the time being and instead focus on developing cheaper models.
The second is to avoid costly delays or manufacturing problems. We know that Tesla has always been known for its R&D innovation, but it has also experienced several production problems that have led to significant delays in delivery times. As a result, the company may be reluctant to take the risk because of concerns about the new problems posed by the "integrated die casting" process.
However, some analysts believe that there may be other hidden strategic considerations for Tesla to abandon this black technology. For example, in the face of increasing market competition, the company may be looking for more flexible responses, such as reducing expenses and optimizing the cost structure. The abandonment of "integrated die casting" is part of this strategic shift.
3. How will this decision affect Tesla's future?
Needless to say, Tesla's move will have a profound impact on its production model and cost structure. Musk has always emphasized that "integrated die casting" helps reduce manufacturing costs and improve efficiency. But now this "ambitious" innovation plan has been abandoned, and Tesla's performance in this area may be greatly reduced in the future.
At the same time, this decision also reflects that Tesla is dealing with fierce market competition. With the influx of increasingly electric vehicle brands, Tesla's dominance is being severely challenged. As a result, the company had to make some flexible adjustments to maintain its market position.
In addition, Tesla's abandonment of "integrated die casting" may also mean that the company is shifting to a greater focus on the development of cutting-edge technologies such as autonomous driving. After all, the company is now reportedly more focused on developing self-driving cars and less obsessed with innovation in manufacturing processes.
Overall, this unexpected decision has undoubtedly affected Tesla's future development to a certain extent. It will be interesting to see if the tech giant can find a new breakthrough in the fierce market competition with its strong innovation strength.
Unswerving innovation has always been Tesla's label. But in a complex industry environment, even tech giants will inevitably need to make some strategic adjustments.
Tesla's decision to abandon its "all-in-one die-casting" technology is a surprise, but it also reflects the company's flexibility to respond to changes in the market. In the future, how it will find a balance between cutting-edge technology and cost control, and how to control the rhythm between new and old models is undoubtedly worth paying close attention to.
I believe that as long as Tesla can maintain an open and innovative attitude and continue to focus on user needs, it will eventually find its own path of development. After all, in this rapidly changing era, only continuous iteration and upgrading can ensure that enterprises are invincible.