Electric Car (EV) Range Calculator

Our calculator uses real-world testing data and applies scientifically-backed adjustment factors for temperature, speed, and driving conditions. While estimates are based on extensive research, actual range may vary by ±10-15% depending on individual circumstances.

Cold temperatures reduce battery chemistry efficiency and require energy for cabin heating. At freezing temperatures, EVs can lose 20-40% of their range compared to optimal conditions around 20°C.

Speed has a dramatic impact due to air resistance. Driving at 70+ mph can reduce range by 15-25% compared to 50 mph. City driving at 30-40 mph is typically most efficient for EVs.

Eco mode maximizes efficiency through gentler acceleration and regenerative braking, potentially increasing range by 15%. Sport mode prioritizes performance, typically reducing range by 20% due to more aggressive power delivery.

Climate control can reduce range by 8-25% depending on outside temperature. Heating uses more energy than air conditioning, with the biggest impact in very cold weather when cabin heating is most needed.

Yes, but plan for reduced winter range. Modern EVs work well in cold climates with proper charging infrastructure. Consider models with heat pumps for better cold-weather efficiency, and factor winter range into your daily driving needs.