XTRAW Tools
Free calculators, converters, generators, and simple apps for everyday decisions.
EV Range Calculator helps you estimate EV driving range from battery capacity and efficiency. Use this free browser-based calculator from XTRAW Tools to compare inputs, estimate results, and plan your next step.
Estimate EV driving range from battery capacity and efficiency. It is designed for drivers, car shoppers, EV owners, road-trip planners, fleet users, mechanics, tire shoppers, lease shoppers, and vehicle owners who want a fast browser-based estimate before relying on vehicle records, dealer worksheets, lender quotes, fuel receipts, charger data, tire specifications, recipe testing, manufacturer documents, or professional sources.
People use this calculator when they need a quick way to estimate EV charging cost, charging time, battery range, or electric vehicle driving range.
Range = (battery kWh × SoC%) / (Wh/mile ÷ 1000)
Example inputs: Usable Battery Capacity: 70 kWh; Energy Consumption: 300 Wh/mile; Current State of Charge: 80%
Example result: Using the default inputs, usable energy is 56.00 kWh and estimated range is 186.67 miles.
Yes. This tool is free to use on XTRAW Tools.
No. XTRAW tools are designed for browser-based use without requiring an account.
Results may be estimates depending on the inputs, formula, rounding, assumptions, vehicle conditions, prices, tax rates, tire specifications, cooking method, and purpose of the tool. Always verify important results before relying on them.
Disclaimer: This calculator is provided for general informational, educational, and convenience purposes only. It is not legal, financial, tax, insurance, lending, leasing, automotive safety, mechanical, repair, engineering, or professional advice. Vehicle costs, efficiency, range, lease terms, fuel prices, tax rates, tire behavior, and real-world results can vary. Always verify important results with a qualified professional, lender, dealer, mechanic, manufacturer documentation, insurer, or authoritative source before making decisions.