The Lotus Emira emphasizes engaging driving experience over technology and ease, standing out among modern sports cars. It ...
Say hello to the 2022 Lotus Emira—the last petrol-powered Lotus and perhaps their most refined car ever. In this detailed walkaround, we take a deep dive into the design, craftsmanship, and feel of ...
The verdict: The last gas-powered Lotus sports car is also arguably the best, with impeccable handling, an addictive soundtrack and an interior that no longer feels like an afterthought. Just make ...
The 2025 Lotus Emira is more than a replacement for the Evora—it’s a refined, modern "love letter" to driving. With its ...
The Emira is an emotional, exhilarating machine. It is, without a doubt, a car built “For The Drivers.” The 2025 Lotus Emira is a unicorn. In an age of electrification and computer-controlled ...
Lotus is offering two engine options with the Emira in India. The first is a 2.0-litre four-cylinder turbocharged AMG unit, and the second is a Toyota-sourced supercharged 3.5-litre V6 engine. The ...
If Lotus founder Colin Chapman’s famous motto, “simplify, then add lightness” remained at the forefront of the automaker’s design philosophy today, the new Lotus Emira would probably look more like an ...
For decades, Lotus has been turning out sharp sports cars that focus on driver engagement above all. That single-minded approach hasn't always made money, so the folks in Hethel have had to find ways ...
It’s easy to forget how sketchy driving is. Especially the sort of driving you’d want to do in the 2023 Lotus Emira. Modern sports cars are so good, so talented, and so unbelievably well-developed ...
Next year, Lotus will replace the long-tenured Evora GT with the all-new Emira, which will go down in history as the iconic English automaker’s final internal combustion sports car. Arguably, the ...
The Lotus Emira turns four years old next month, so the company is keeping things fresh by announcing a handful of updates for 2026. This includes an all-new Emira V6 SE as well as more traditional ...