Tesla, the world’s leading electric vehicle maker, has been working on a new generation of electric cars that will be cheaper, faster, and more futuristic than its current models. The company’s CEO, Elon Musk, has revealed some details about these next-gen EVs, which are expected to hit the market in late 2025.
One of the key features of Tesla’s next-gen EVs is the use of a new car manufacturing system, which the company calls the “Unboxed Process”. This system aims to make the production of electric vehicles faster, more efficient, and cheaper by working on separate sections of the car individually and only bringing them together at a new “more final” assembly. This differs from the traditional car manufacturing model, which moves the entire vehicle body down a line all the way to the final assembly.
The Unboxed Process will enable Tesla to produce more cars with less resources, space, and time. It will also allow the company to design more innovative and flexible vehicles that can adapt to different markets and customer preferences. For example, Tesla could easily change the battery size, range, or performance of its cars by swapping different modules.
The $25,000 Model: A Mass Market Electric Car
One of the most anticipated products of Tesla’s next-gen EVs is the so-called “$25,000 model”, a compact crossover that will be affordable for the mass market. This model has been codenamed “Redwood” and is expected to start production in mid-2025, according to sources from Tesla’s supply chain.
The $25,000 model will be Tesla’s cheapest and smallest car yet, but it will still offer the high-quality and high-tech features that Tesla is known for. It will likely have a range of over 300 miles, a top speed of over 150 mph, and a 0-60 mph acceleration of under 6 seconds. It will also have Tesla’s advanced software, hardware, and connectivity features, such as the Full Self-Driving capability, the Tesla Network, and the Tesla App.
The $25,000 model will be a game-changer for the electric vehicle industry, as it will make EVs more accessible and appealing to a wider audience. It will also help Tesla achieve its goal of producing 20 million vehicles per year by the end of the decade, which would make it the largest car maker in the world.
The Robotaxi: A Dedicated Autonomous Vehicle
Another exciting product of Tesla’s next-gen EVs is the robotaxi, a vehicle that will be designed from the ground up for autonomous driving. The robotaxi will not have any pedals or steering wheel, and will only have seats and screens for the passengers. It will be part of Tesla’s vision of creating a network of self-driving cars that can be shared, rented, or hailed by anyone.
The robotaxi will be powered by Tesla’s Full Self-Driving software, which is constantly improving through machine learning and data collection. It will also have Tesla’s custom-designed hardware, such as the Tesla Vision camera system, the Tesla Neural Network computer, and the Tesla Battery. The robotaxi will be able to drive itself in any condition, any location, and any time, without human intervention.
The robotaxi will be a revolutionary product that will transform the transportation industry, as it will offer a safer, cheaper, and more convenient way of traveling. It will also have a positive impact on the environment, as it will reduce emissions, congestion, and parking problems. The robotaxi will be a source of income for Tesla and its owners, as they will be able to earn money by letting their cars join the Tesla Network.
Tesla’s next-gen EVs are expected to be the most advanced and innovative electric vehicles ever made. They will use a new car manufacturing system, the Unboxed Process, that will make them cheaper, faster, and more flexible. They will include a $25,000 model, a mass market electric car that will be affordable and attractive to many customers. They will also include a robotaxi, a dedicated autonomous vehicle that will be part of a network of self-driving cars that can be shared, rented, or hailed by anyone. Tesla’s next-gen EVs are expected to come in late 2025, and they will likely change the future of mobility.