

The last wagon style sedan I had had worse fuel efficiency than a modern f150 does (though it was an early 2000’s model).
Brakes on that thing also scared the shit out of me, it did not like stopping.
The last wagon style sedan I had had worse fuel efficiency than a modern f150 does (though it was an early 2000’s model).
Brakes on that thing also scared the shit out of me, it did not like stopping.
I will somewhat disagree with the SUV comment, as my escape counts as an SUV, and I regularly fill it far past a sedan’s capacity when I go grocery shopping (the savings from driving 3+hours each way to the nearest Costco far outstrips the cost in gas) and when I go camping.
And, as I camp in a tent, and have kayaks I can strap to the roof, I don’t need a truck at all, because my car can get me to every campsite that a truck can get to, often easier than someone dragging a camper can.
Plus, since its a plug-in hybrid, and Canada doesn’t burn fossil fuels for power, my fuel efficiency is significantly better than the average sedan in drives under 100km, and breaks even above that.
On a 60km drive, I average 2L/100km, a 100km drive I average 4.6L/100km, and on a 300km drive I average 6.6L/100km (100km/h), 7.5L/100km (110km/h), or 8.8L/100km (120km/h), which is well within what sedans average.
That’s a real Terry Pratchett-esque quote right there.
Bit concerned about a minecart’s tire pressure being low.
Regenerative braking and brake by wire are 2 very different things. One is the brake pedal engaging an energy generating device based on current resistance/momentum until certain physical conditions are met, the other is the brake pedal being attached to essentially a trigger like on a game consoles controller, that tells a computer how hard you pressed the pedal, which then thinks about it and tells the calipers to engage the amount it thinks you meant.
Pinball was ported, I can install from the aur now.
Sorry, the parts of Canada that don’t idolize Texas don’t burn fossil fuels.