Have no trouble beating that face up on the rocky approachs ah.
Have no trouble beating that face up on the rocky approachs ah.
Go to page 4, post 52. XR500's photo of undercarriage of the T60 LDV electric.
Fair enough - looking at this 2wd ute setup am aware it'll be a complete structural redesign before it could become a usable 4x4 option. This electric LDV could not safely be taken off tarmac whereas other petrol/diesel 2wd utes could do ok on farm roads, easy streams etc
The technology for 4wd is developing - Landrover now have an electric 4wd, as do Ford/GM in the US. Early days - will take 5-10 to get it right but they will get there.
prepare for blackouts. the nz power infrastructure is pretty bad.
Exactly this, this ute is not designed for water crossings or banging up a river valley, a bit like the Ford Falcon or Holden Commodore utes. It'll be ideal in the environment it was designed for.
One day a 4x4 ute with 1000km range, an independent motor for each wheel with shit hot traction control and all sealed up the wazoo will be the ducks nuts.
I really don't think straight EV is the future, obviously many think it will be, and sure some of the EV passenger cars are getting quite good from a range point of view, and obviously decent torque so they feel powerful etc.
However, for anything else other than passenger cars that stay firmly on the sealed road, i just dont see this EV thing working out terribly well.
I still believe the good ole ICE engine, whether they be spark ign or compression ignition, will have a lot of life left in them yet, by way of different types of renewable sustainable fuels, whether that be advancements in bio-fuels or some other type of fuel yet unknown.
Even Bio-ethanol (that's been around for years now) has some big benefits over traditional fossil-based fuels, in the way of being renewable, the potential to make more power than your normal fossil fuels, it burns cooler and it produces fewer emissions. Further advancements in this type of technology are coming, Motorsport incl F1 are doing a lot of work on such fuels, that im sure will filter down to consumer road vehicles eventually.
And the whole idea of EV's being green is so flawed it's not funny. When you look at the holistic picture, they are no better for the environment, in fact as we know it today, they are actually worse.
They aren't, they just don't generate their pollution at the vehicle like ICE. Their pollution to point of sale appears higher and possible service lifespan also appears at best half of ICE.
A lot of that is ICE tech is a lot more mature, but we cannot build as many EV as we need do to battery material limitations which leads the question of how we replace the batteries we currently have when they crap out. The power source for ICE is a lot more easily repaired and will continue to be so as you can get parts. Bit hard to repair a battery when you can't get parts, and I know of a couple of PHEV vehicles that gave been fully replaced under warranty do to early battery failure and no replacement available. This is a side of the debate I don't see talked about, shorter service life of the 'cleaner' vehicle requiring earlier disposal and replacement.
End result is vehicles aren't green despite the opinions, a necessary evil and reducing useage regardless of type is the option.
95% of all Teslas' ever produced are still on the road.
The other 5% actually made it home.
Out beyond ideas of wrongdoing, and right-doing, there is a field. I will meet you there.
- Rumi
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