Electric vehicles (EVs) have been around for a while, yet misconceptions about them still circulate online. To clarify things, we are answering your most asked questions from Instagram. This will help you better understand EVs and how they differ from traditional internal combustion engine (ICE) cars.
The short answer is no—EVs are always automatic. They produce instant torque and a consistent power output, eliminating the need for gears. However, some electric motorcycles, like the Matter Era, simulate gear shifting using software to create a familiar riding experience.
Many manufacturers claim EVs will last as long as ICE vehicles, but the reality is more complex. Brands like Toyota and Honda are well known for their long-lasting engines, which often run reliably for 4 to 5 lakh km with proper maintenance.
Long-term real-world data on EVs is still limited. However, we do know that batteries degrade over time, which is their Achilles’ heel. Battery replacement can be expensive—potentially costing as much as what you’d spend on fuel over two to three years. Additionally, lithium-ion batteries may degrade even faster in hot climates like India's, reducing their lifespan.
It’s natural to be skeptical about new technology, but EVs have their appeal. While some drivers enjoy the sound and vibrations of a traditional engine, others appreciate the quiet, smooth, and instant acceleration of an EV. If you try an EV for a day or two, you might be surprised by how enjoyable and capable they are.
Also Read Are EVs Really the Future? Porsche Doesn’t Think So
EVs are generally safer to drive through water than ICE cars. Most EVs can handle large puddles without issue. However, this doesn’t mean you should drive them through deep water (2–3 feet). Like ICE vehicles, EVs are still susceptible to water damage, such as seepage through doors or other vulnerable components.
EVs and ICE vehicles each have strengths and weaknesses. No powertrain is perfect—ICE cars are loud and vibrate, which is associated with power, while EVs are silent but equally capable. Instead of comparing them directly, we should appreciate both technologies for what they offer.
