Typical anti-CVT propaganda there!

There's nothing "elastic" about the belts, how could they be elastic and maintain their length across the pulleys' entire range of adjustment?

Answer: They couldn't, which is why earliest ones were made of heavily reinforced rubberised Kevlar mat and later CVTs, of the type that are encased in the manner of a gearbox, use steel belts.
The Verso S (with CVT) costs a mere £30 per year for the VED, the manual version of the same car would have cost £120 because not only is an engine that runs at a fairly constant engine speed more lively in spite of feeling much more refined, it uses a whole lot less fuel. That car, like the IQ that shares its engine/CVT combination, demonstrates how good CVT can be.
The Daf 88 (AKA Volvo 340) that I ran for a while back in 2009 had the older, external type of CVT that was situated under the back seats and the only real downside to those was that, when fitted with the modern steel-reinforced belts, the device was quite noisy, especially when I had the seats flat down to carry stuff in the back of the car. Neighbours used to reckon that they'd know when I was reversing up my drive because of the sound, which was akin to a washing machine on a spin cycle, but in perfect balance and without the whine from the drum bearing that characterises Miele's finest.
I liked the simplicity of the Volvo/Daf Van Doorne transmission, which had a perfectly conventional SDP clutch like a manual
(though older Dafs used centrifugal clutch shoes inside a drum), no unreliable ferrofluid clutches like those found in Fiat/Ford "Selecta" CVTs from Pandas, Fiestas, etc. and these things were really rather clever, but to some, the notion of accelerating at a constant engine speed yet still being able to pull away from Audi TTs down slip roads was so alien as most of us expect engine speeds to rise and fall as we (pointlessly) change gear ourselves in the mistaken belief that doing so is the efficient way to drive.
Oh, and apparently I can't have the truck delivered.
