[slaw]

There is a 200kg difference between lowest trims of Dolphin and Golf, while Dolphin is slightly bigger.

2025 BYD Dolphin, length 4290mm height 1570mm, curb weight 1506kg - 1658 kg

2025 VW Golf, length 4282 mm height 1483 mm, gasoline empty weight 1307 kg - 1492 kg

https://www.volkswagen.de/de/modelle/golf.html/__ui/technisc...

[arghwhat]

The lower battery trim is not available in all markets, and only does 300km on a charge which is below average. As such the minimum weight will have to be the 1658 kg value.

The BYD is taller to offset the battery, making the size misleading. However, the golf is not particularly a particularly good or space efficient car - others will do better at similar or lower weight.

250kg seems like a fair minimum weight increase, roughly 20%. The larger the car, the larger the gap though, as the rocket equation catches up - see a Skoda Octavia vs. a Polestar 2.

EVs are still way more efficient, but that doesn't mean we should turn our blind eye to making an already bad tire problem worse.

[slaw]

Higher trim Dolphin has 150kW motor and weights 1658 kg. VW Golf with 150 kW (204 PS) engine weights 1492 kg empty. I see only 10% difference.

[arghwhat]

Same tier EVs are always more powerful than gasoline cars as they are generally just battery limited, not motor limited.

EVs are just a better tech in that regard, and buyers are not buying a Dolphin or golf based on torque or max HP. They're compacts in the same space. Someone looking at a dolphin would more likely be looking at the lighter eco motors.

This is true in other tiers too, e.g. a performance tier gasoline car might be 250-350 HP, while the same tier EV might start at 450-550hp just because they can.

The difference within a tier, simply based on the fact you're replacing at best a lightweight 100kg engine with 400-500kg worth of battery, can't be as small as you suggest.

With larger EVs, the battery weight is much greater, increasing the impact. Rocket equation and all.