...the transmission control unit anticipates based on inputs from the various sensors in the car because they line up in advance the next gear they believe will be selected; all the gearbox has to do then is to engage the clutch for that shaft as it dis-engages the clutch for the other shaft (the gear it was in). They are completely responsive to the load and shift down immediately to go up a hill, which I have to say is a brilliant sensation. In mine (which is a very old model) it doesn't do the same downhill, so to get engine braking if driving in hilly b-roads I will either shift down with a paddle (or alternatively put the box into manual mode and use the lever as a sequential shifter) or simply put the box into sport mode which then holds the revs for longer. I miss the skill of sporty manual changes but the DCT (or DSG or whatever your manufacturer calls it) is a compelling experience. It's neither better nor worse, equally good, just different.
And that is why the current price difference between ICE & EV can't last in the long term. To get performance from ICE requires such high standards of engineering and complexity to compensate for the inherent limitations.
In order to turn an engine, which inherently exhibits most of its power in a limited range of revs, into something which approximates to power at any speed, there's all that clutter of gearbox complexity and control. Lots of metal pounding around in the engine, timed explosions, precision injection of single-use fuel with air and throw the mess out the back. Meanwhile that uppy-downy motion has to be converted to rotary motion. The the wrong rotational speed bits have to go through an abundance of gears (4 6ths of which are not doing much at any time) in order to get the wheels moving at the right speed, whilst juggling the ratio of gearing to still provide torque.
Urgh.
Electric motor rotates. Reduction gear does one scaling from high motor speed to much lower wheel speed. All solid-state, no moving parts electronics controls the speed of the motor, from various electronic inputs (as above).
Going down or uphill can have a uniform degree of engine braking without that complex mechanical gear stuff.... and it fills the tank as you go down hill.
I get that there can be some fun and theatre from the noise and the activity of gear changes. But I reject the attempts to characterise "enjoyment" of EV as lazy, or that I would prefer a self-driving car. I like it putting a smile on my face for being more fun than the past Ford Focus or even my Mini Cooper S (in a different way). Being able to complete a 3-4 hour journey on motorway and A-road (not just boring town traffic) and still feel quite lively, without feeling a bit exhausted is rather nice!
Some of these arguments are favouring ICE for ICE sake (the noise and mastery), that really isn't what 90% of drivers get in their car for. It is just the box that gets them and their family from A to B, perhaps indulging their ego a bit with the brand or the experience.
My main contention is that a lot of ordinary people have yet to discover how convenient, and nice EVs are to drive. Paying attention to the superiority of a DCT gearbox is only addressing the few percent of drivers on the road, nevertheless, that smooth, eager power is available to almost any EV driver. Maybe the power will be reduced a bit in the future, it is often unnecessary, but gearless torque can be had in an EV without the complexity/cost of DCT.
This post started as a reply to the complexity of achieving what an EV does inherently (torque all the way). The prices are all wrong at the moment, but the build simplicity and service simplicity are obvious. A reduction gearbox is just so much simpler to build or maintain than DCT. The motor is so much simpler than any number of pistons. The running environment is less hostile than boiling temperatures. There are many systems which are still the same or similar for complexity, the drive train, breaking, 12V electronics, the cooling (which now has to cool a battery at around 30C instead of near boiling vibrating thing.
The higher costs of insurance affecting all modern cars is the result of the changing technology we put into them all. Where once a fuel or oil pressure gauge could cost a few quid to replace and hundred for labour to fit it, now any car can expect hundreds for the replacement of some extravagant wrap-around instrument-cluster, come infotainment, come navigation. Electric seats. And speaking of stupid laziness - electric boots!
For most "ordinary" drivers, they will eventually, resentfully, end up buying an EV. When they do, they will wonder why they didn't sooner and why they clung onto the FUD about not enough public chargers, they never work, the batteries die at the end of warranty, the car will be worth nothing for resale. They may have bought a 5 year old second hand MY2026 EV with undiminished range at a price competitive or far better than the MY2026 ICE which is more expensive to run and expensive to maintain. Depending on where they live, petrol stations might be closing down and it getting more difficult to find fuel for, even if we are still a few years from needing apps to locate fuel stations for dino-juice.
Yeah some will continue to enjoy the noisy drama, just like I'm sure there are people who like winding up a watch, enjoy the sound of a modem connecting, or making beds with sheets and blankets and making a tidy job of tucking in the corners
