EV Comparison Tool
Compare any two popular 2025/2026 EVs side by side — range, efficiency, charging speed, MSRP, and 5-year running cost.
How the comparison works
Pick any two of the 12 most-shopped EVs in the US. The tool shows side-by-side specs (range, efficiency, charging, drive type, price) plus derived numbers (5-year electricity cost at your local rate, range-per-dollar, charging speed advantage).
Specs come from manufacturer-published 2025/2026 figures for the typical Long-Range trim. Specific configurations can vary — a wheel-size upgrade or sport package can shift range 5–10%. Use the result as a fast-shopping comparison, then verify the exact configuration you want.
What the verdict line means
- Range advantage — miles difference between the two cars (in EPA conditions).
- Charging speed advantage — difference in peak DC fast charging speed. Bigger = shorter road-trip stops.
- 5-year fuel-cost gap — over 60,000 miles, how much more the less-efficient car costs to charge.
- MSRP gap — difference at typical Long-Range trim, before tax credits.
For a complete cost picture beyond electricity, use the Total Cost of Ownership calculator. For range under your specific weather/speed, use the EV Range Calculator.
Frequently asked
How accurate are the specs?
They are typical-trim 2025/2026 figures pulled from manufacturer websites and EPA testing. Specific configurations vary (wheel size, package, model year) — verify the exact spec with the manufacturer or a current review before any purchase.
Why is the 5-year electricity cost different even for similar range?
Range is just battery × efficiency. The 5-year electricity cost depends on efficiency (mi/kWh) — a more efficient EV uses less energy for the same miles, so it costs less to run even at identical battery sizes.
What if my electricity rate or driving differs?
Adjust the rate and annual miles fields above. The 5-year cost figure updates immediately. For a more detailed breakdown including maintenance and depreciation, use the EV Total Cost of Ownership Calculator.
Why is the AWD version usually less efficient?
Two motors weigh more and the front motor consumes some energy even at light load on the highway. Modern EVs disconnect the front motor when possible, but there's always a small efficiency penalty — typically 5–12% vs the RWD equivalent. See the AWD vs RWD guide.
Which EVs are not in the list?
This is a focused list of high-volume models. Notably missing: luxury (Lucid, Taycan, EQE/EQS), niche (Cybertruck, Hummer EV), and brand-new releases. The data covers the cars 80%+ of US EV buyers actually shop.