Automobile Designs




                                                                                                        
Alibaba Kit
Propane Gasl Generator $2000

Dieel  $4000

Manual Transmission

Anything built before 2005. Pre 2000 is better and the 80s and back is the easiest.

Dodge Charger

A hatchback makes it easier to find room for the batteries. A geo metro is a common swap because of its efficiency, cost and room for batteries. Ford Festiva, Toyota Yaris, Ford Ranger, Chevy C1500, Volkswagen Beatle, Chevy sonic, honda fit, older station wagons are all good starts.

  • Duraflex: Known for its affordable fiberglass body kits.
  • Carbon Creations: Offers high-quality carbon fiber body kits.
  • Air Design: Produces a variety of body kits for different car models.
  • Maxton Design: Specializes in aerodynamic components like splitters and diffusers.  
     

  • Seibon Carbon: Another popular choice for carbon fiber body kits.  

  • An Opinion: EV have evolved into very complicated

    Simplifying the Electric Vehicle Experience: A Call for Technological Rethink

    Electric vehicles (EVs) have undeniably made significant strides in recent years. Their efficiency, environmental benefits, and growing range have captivated consumers worldwide. However, amidst this surge in popularity, a growing concern is the complexity of EV technology. The intricate systems, charging infrastructure, and software interfaces often present a barrier to widespread adoption, particularly for those who may not be as tech-savvy.

    One of the most significant challenges lies in the charging infrastructure. While the number of charging stations is increasing, the process of charging can be cumbersome, especially for those unfamiliar with the technology. Compatibility issues, varying charging speeds, and the need to download multiple apps can create a frustrating experience. A more standardized and user-friendly charging infrastructure is essential to make EVs accessible to a broader audience.

    Moreover, the software interfaces in EVs, while often sophisticated, can be overwhelming for some drivers. Complex menus, numerous settings, and constant updates can distract from the driving experience. Simplifying these interfaces, providing clear and intuitive controls, and minimizing the need for frequent software updates can enhance the overall user experience.

    Another area where simplification is needed is in the vehicle's components and systems. While technological advancements have led to impressive features, such as self-driving capabilities and advanced driver assistance systems, these features can also add complexity and potential points of failure. A focus on reliability and ease of maintenance should be prioritized over excessive technological bells and whistles.

    To address these challenges, manufacturers must prioritize simplicity in their EV designs. This includes streamlining charging processes, simplifying software interfaces, and focusing on core features that are essential for the driving experience. By making EVs more user-friendly and accessible, manufacturers can accelerate their adoption and contribute to a more sustainable future.

    In conclusion, while the technological advancements in EVs are impressive, it is essential to strike a balance between innovation and simplicity. By focusing on user experience, streamlining processes, and prioritizing reliability, manufacturers can make EVs more appealing to a wider range of consumers and drive their widespread adoption.


    EV west


    Chassis  2k