LOTUS
Lotus Cars, a renowned British sports car manufacturer, traces its roots back to 1948 when it was founded by the visionary engineer Colin Chapman. Originally established as Lotus Engineering Ltd., the company quickly gained recognition for its innovative approach to automotive design and engineering. Chapman’s philosophy of “adding power makes you faster on the straights, subtracting weight makes you faster everywhere” became the cornerstone of Lotus’s ethos.
Throughout its history, Lotus has been synonymous with lightweight, agile sports cars that excel on both the road and the racetrack. Iconic models such as the Elan, Esprit, and Elise have become legends in the automotive world, celebrated for their exceptional handling, performance, and distinctive design.
Over the years, Lotus has experienced various ownership changes. After Chapman’s passing in 1982, the company faced financial instability and was acquired by General Motors in 1986. Subsequently, it passed through the hands of Romano Artioli and Proton, a Malaysian automotive company, before being acquired by the Chinese multinational Geely in 2017.
Under Geely’s ownership, Lotus embarked on a new chapter, investing in its facilities, expanding its product lineup, and embracing electrification. The company’s future plans include the development of high-performance electric vehicles that embody the core values of Lotus: lightweight engineering, exceptional handling, and exhilarating driving experiences.
As Lotus continues to evolve and innovate, it remains committed to its rich heritage and the pursuit of engineering excellence. The brand’s legacy is intertwined with the history of motorsport, having achieved numerous victories in Formula 1 and other racing disciplines. With its focus on performance, innovation, and driver engagement, Lotus is poised to shape the future of sports cars and redefine the boundaries of automotive performance.
Eletre
Real world range estimates
The table below shows some estimated real-world examples in perfect condition and in conditions needing A/C to heat or cool vehicles. See our range guide to see how the range is affected in real world.
 | Range | Consumption |
---|---|---|
90kmh/56mph perfect condition | 519km / 322 mi | 21 kWh/100km / 3,0 mi/kWh |
90kmh/56mph with 2KW heating | 481km /291mi | 23,2 kWh/100km /2,7 mi/kWh |
120kmh/75mph perfect condition | 404 km / 251 mi | 27 kWh/100km / 2,3 mi/kWh |
120kmh/75mph with 2KW heating | 381 km /237mi | 28,7 kWh/100km /2,2 mi/kWh |
Emeya R
Real world range estimates
The table below shows some estimated real-world examples in perfect condition and in conditions needing A/C to heat or cool vehicles. See our range guide to see how the range is affected in real world.
 | Range | Consumption |
---|---|---|
90kmh/56mph perfect condition | 476km / 296 mi | 21 kWh/100km / 3,0 mi/kWh |
90kmh/56mph with 2KW heating | 441km /267mi | 23,2 kWh/100km /2,7 mi/kWh |
120kmh/75mph perfect condition | 370 km / 230 mi | 27 kWh/100km / 2,3 mi/kWh |
120kmh/75mph with 2KW heating | 348 km /216mi | 28,7 kWh/100km /2,2 mi/kWh |
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