The internet has a knack for spreading misinformation disguised as fact, and one such tale revolves around Nikola Tesla's alleged creation of an electric car. While the concept of Tesla building an electric vehicle (EV) is plausible given the technological context of his time, the myth extends beyond mere battery-powered innovation to fantastical claims of energy extraction from the ether. This article delves into the origins and inaccuracies surrounding this urban legend.
At the heart of this story lies Nikola Tesla, whose inventive genius made him a central figure in early electrical experimentation. During the late 19th and early 20th centuries, electric cars were competitive alternatives to gasoline-powered vehicles. Given this backdrop, it is conceivable that Tesla could have ventured into EV development. However, the narrative becomes convoluted when it introduces the idea of a car powered by ambient energy rather than conventional batteries or motors.
In 1931, according to popular lore, Tesla supposedly modified a Pierce-Arrow automobile by replacing its internal combustion engine with an 80-horsepower AC motor controlled by a mysterious device housed in a wooden box. This apparatus allegedly drew power from the ether, enabling the car to reach speeds of up to 90 mph without requiring recharging. Such accounts lack credible evidence and are often traced back to unsubstantiated interviews conducted decades later.
Another variation suggests Tesla developed a super-efficient battery capable of propelling a car for 500 miles before needing minimal maintenance. Yet these claims remain speculative at best, lacking tangible proof. Instead, they seem inspired by Tesla's genuine work on wireless electricity transmission, particularly through projects like Wardenclyffe Tower. These legitimate endeavors may have fueled misconceptions about harnessing unlimited energy sources.
Beyond Tesla, similar myths existed independently, as seen in a 1921 Arizona Republican article describing hypothetical cars drawing power from the air. Such ideas found fertile ground in public fascination with Tesla's eccentric persona and perceived mistreatment by established industries. Ultimately, though intriguing, these tales defy fundamental scientific principles and should be regarded skeptically.
While Nikola Tesla undoubtedly contributed significantly to electrical engineering, attributing mythical achievements to him undermines his actual accomplishments. The notion of extracting free energy from thin air remains firmly within the realm of fiction, serving as a reminder to critically evaluate the information we encounter online.
In April, BYD achieved its best sales performance of 2025 by selling an impressive 380,089 new energy vehicles. Among these, the Seagull EV emerged as the top-selling model, with over 55,000 units sold in a single month. Priced below $10,000 in China, this compact electric vehicle is making waves not only domestically but also internationally. With plans to expand into more overseas markets under different names such as Dolphin Mini and Dolphin Surf, the Seagull promises to increase its global footprint significantly.
The success of the Seagull highlights BYD's dominance in the EV market. Fully electric vehicles outsold hybrids for the first time in over a year, with 195,740 BEVs sold last month. The company set another overseas sales record with nearly 80,000 vehicles exported. This momentum continues as the Seagull enters markets like Mexico, Colombia, the Philippines, and Brazil, where it has already gained traction. Later this year, Europe will see the launch of the Dolphin Surf at competitive prices, further cementing BYD’s position in the international arena.
Compact Design and Competitive Pricing
BYD's Seagull EV distinguishes itself through its affordable pricing and sleek design. Measuring just 3,780 mm long, the Seagull offers an efficient and compact solution for urban driving. Starting at under $10,000 in China, it provides two battery options with ranges of 305 km (190 miles) and 405 km (252 miles), catering to various consumer needs. Designed by Wolfgang Egger, known for his work with Lamborghini and Audi, the Seagull has earned the nickname "Mini Lamborghini" due to its stylish appearance.
The Seagull's affordability stems from its strategic pricing approach. Available in three trims—Vitality, Freedom, and Flying—the EV caters to diverse preferences while maintaining competitive pricing. In China, the Vitality trim starts at approximately $9,700, offering a range of 305 km. Meanwhile, the higher-end Flying trim provides extended range up to 405 km for around $12,000. These features make the Seagull an attractive option for budget-conscious buyers who prioritize style and functionality without compromising on quality or performance.
Global Expansion and Market Potential
As BYD aims to broaden the Seagull's reach, the EV is being introduced to international markets under various names, including Dolphin Mini and Dolphin Surf. Already available in countries like Mexico, Colombia, the Philippines, and Brazil, the Seagull is expected to gain significant demand in Europe later this year. With an anticipated starting price below £20,000 ($26,000), the Dolphin Surf aligns with S&P Global Mobility's projections, which forecast a doubling of BYD's European sales from 83,000 units in 2024 to 186,000 in 2025.
BYD's strategic expansion underscores its commitment to meeting global demands. Despite not planning production facilities in Europe, the company leverages competitive pricing strategies to ensure the Seagull remains appealing even with tariffs. By entering key markets with tailored offerings, BYD capitalizes on growing interest in affordable yet high-quality EVs. This approach positions the Seagull as a game-changer in regions seeking sustainable transportation solutions, reinforcing BYD's role as a leader in the evolving automotive landscape. Furthermore, the Seagull's success exemplifies how innovative designs combined with accessible pricing can drive widespread adoption across continents. As BYD continues its global rollout, the Seagull stands poised to reshape perceptions of what an entry-level EV can offer in terms of value and appeal.
After retiring the beloved Ford Fiesta in 2023, there is speculation that it may return as an electric vehicle (EV). Leveraging its alliance with Volkswagen, this iconic model could undergo a transformation into a fully electric form. This article explores the potential design and features of the Ford Fiesta EV while examining the strategic partnership between Ford and Volkswagen.
Once the leading compact car in Europe, the Ford Fiesta ceased production in July 2023 at Ford’s Cologne facility. The plant closure marked a $2 billion investment aimed at upgrading it for EV manufacturing, transforming it into Ford’s first globally carbon-neutral assembly plant. As part of their collaboration with Volkswagen, Ford has already launched all-electric versions of classic models such as the Explorer and Capri using Volkswagen’s MEB platform. Martin Sanders, Volkswagen’s head of sales and marketing, praised the partnership’s success and hinted at further opportunities to share technology in the future.
The possibility of an electric Fiesta seems promising, given its compatibility with Volkswagen’s smaller MEB Entry platform designed for entry-level EVs like the ID.1 and ID.2. These vehicles promise a driving range of up to 279 miles (450 km), aligning closely with the dimensions of the original Fiesta. Although no official announcement has been made, an electric version would likely retain Ford’s distinctive styling elements while adopting modern electric features.
In December, Ford unveiled the Puma Gen-E, an electric variant of its best-selling European model. With a WLTP range of up to 234 miles (376 km) and city commuting capabilities exceeding 325 miles (523 km), the Puma Gen-E showcases Ford’s commitment to sustainable mobility. Additionally, Ford is developing a cost-effective platform in California intended for smaller EVs, potentially including a new-generation Fiesta or Focus. However, the initial focus remains on a mid-size electric pickup scheduled for release in 2027.
Beyond nostalgia, the potential revival of the Ford Fiesta as an EV symbolizes a broader shift towards sustainability within the automotive industry. By integrating advanced technologies from partnerships and proprietary innovations, Ford aims to redefine small-car transportation while maintaining its signature design ethos.