Lord Farquad
2022 MYLR W/B/20s/Tow bar. Previously 2021 M3SR+
MG Cybster spotted testing in the UK (RHD). Would anyone waiting for the Tesla Roadster consider one of these?
You can install our site as a web app on your iOS device by utilizing the Add to Home Screen feature in Safari. Please see this thread for more details on this.
Note: This feature may not be available in some browsers.
This is more of an MX5 alternative than a Tesla roadster one. But unlike an MX5, it looks more about style than substance. The chassis specs are not promising from a power-toMG Cybster spotted testing in the UK (RHD). Would anyone waiting for the Tesla Roadster consider one of these?
My wife had an ID3 for a couple of years and I recognise much of what he’s saying in that car too. VW’s ID cars have some excellent chassis and suspension design making them quiet, refined, and very smooth riding. It’s for sure the highlight of the cars.I watched BatteryLife YouTube on his recently acquired VW ID7
Some points I found interesting
Initial Welcome Screen requires OK confirmation every time
Turn off Lane Assist and Overspeed Warning (every time - but that appeared to be a regulatory requirement [he is in Germany] and easy to do)
Select Drive for Standard Regen and again for "B" stronger regen (every time, I think)
Blinkers a bit loud ... (couldn't they be made to increase in volume if left on ...)
Pedestrian warning almost inaudible from cockpit (I find same for MY, I find it noticeably louder when in reverse) [He says he could hear it much more audibly in his previous ID3)
Quiet, comfortable, enough power, steering very controllable - summary = "Amazing"
Confident at speed on wet road, and quiet
Good turning circle
Top speed 181 KMH (112 MPH)
Cruise
Starts from settings previously used (rather than specific "set" settings) (Speed limiter, adaptive cruise control, travel assist)
Adjust 1 / 10 KPH (light/strong press or swipe)
He liked Travel Assist
Head-Up shows distance to car in front
Deliberately steer against Travel Assist and it will adjust lane position (i.e. more left/right of centre) accordingly - nice idea.
Light touch on steering wheel avoids nags. Nag = initial visual warning, then red message (also on Head-Up display) and beep, then a sudden brake (to wake you up! - nice idea) and continuous beeping (dunno after that, he didn't let it continue)
Slows for tight corners
No overspeed possible in Travel Assist (I think - although a setting for whether to reduce speed for limit signs so not sure on that point)
Lane change with Indicator. Head-Up shows lane-change-arrow, apparently lane change is quick
Regen a bit stronger than ID3 - no one-pedal-driving ("VW Limits because of safety")
Think the WhatCar test they did showed the ID7 to be very inefficient which is quite a let down in an EV
I had a strange experience a week or two ago.
9pm ish and our doorbell rang...there was an AA man and a sheepish EV owner asking if they could use my Zappi as he didn't have enough charge to get home! We live at the end of a cul-de-sac in a small village so they must have searched quite a whole before finding us!
Naturally I said 'no problem' and he went to retrieve his car - a Mercedes EQV. He said he needed 12 miles to get home....so I was thinking 4 or 5 kW should do it....how wrong I was! 10 kW gave him an estimated 12 miles of range.
I was happy to help, but surprised at the AA's solution to this problem!
Ouch. Fine if you are OK to pay extra in normal ICE world but maybe not so acceptable in EV land at the moment. You’d hog public chargers more often and need them more of the time as well.I had a strange experience a week or two ago.
9pm ish and our doorbell rang...there was an AA man and a sheepish EV owner asking if they could use my Zappi as he didn't have enough charge to get home! We live at the end of a cul-de-sac in a small village so they must have searched quite a whole before finding us!
Naturally I said 'no problem' and he went to retrieve his car - a Mercedes EQV. He said he needed 12 miles to get home....so I was thinking 4 or 5 kW should do it....how wrong I was! 10 kW gave him an estimated 12 miles of range.
Nothing wrong with charging to 100% when on a road trip - it even says that on the charging pageEV’s really do need that leap in battery tech. Once you factor in trying to keep it charged to 80% max most of the time and having to look to charge maybe around 20% to give you a buffer incase the chargers are full or worse broken. The range you have to play in most of the time is way too little for a good road trip.
Well, range has effectively doubled in the 6 years from my first MS to my current one. We don’t need to use public chargers on the road for pleasure trips now - just overnight destination charging. And it will get better, but not on European cars which are typically not optimized for BEV use. And certainly not for SUV styles like the iX (aerodynamically-poor, pedestrian-killing front section, and drag-inducing sharp rear drop).EV’s really do need that leap in battery tech. Once you factor in trying to keep it charged to 80% max most of the time and having to look to charge maybe around 20% to give you a buffer incase the chargers are full or worse broken. The range you have to play in most of the time is way too little for a good road trip.
Just been all around Wales. I think it would be very tricky to do with an EV, more so a non Tesla one. Maybe for the more remote road trips need to tow a 22KW diesel generator behind you? Think can get one for around £8k, stick it on a trailer. Cheaper than the Cybertruck extended range battery if not the marketing message they are going for.
Sure but you’ll still start looking for a charger normally at 20% to give a safety buffer. So say a car claims 300 miles WLTP. Take off say 30% for winter so you’d be nearer 210 miles. Not Tesla specific here but just a rough calc.Nothing wrong with charging to 100% when on a road trip - it even says that on the charging page
Yes I agree it’s improved hugely but I think over another 5 - 10 years itll jump forwards vastly again. Still in the early days of EV’s and battery tech.Well, range has effectively doubled in the 6 years from my first MS to my current one. We don’t need to use public chargers on the road for pleasure trips now - just overnight destination charging. And it will get better, but not on European cars which are typically not optimized for BEV use. And certainly not for SUV styles like the iX (aerodynamically-poor, pedestrian-killing front section, and drag-inducing sharp rear drop).
And certainly no issue to charge to 100% for when you set off. The biggest battery life loss is keeping charge above 50-60% day-in day-out. No need to fret about the occasional 100% charge, but don’t stay up at 80% unnecessarily.
Ok, I was pointing out that your assumption that you can't charge above 80% for a road trip is incorrect.Sure but you’ll still start looking for a charger normally at 20% to give a safety buffer. So say a car claims 300 miles WLTP. Take off say 30% for winter so you’d be nearer 210 miles. Not Tesla specific here but just a rough calc.
80% of that gives you 168 miles before you probably want to be looking for a charger. Obviously if you are 100% sure chargers are working like going home then you can go further but in public because they are so unreliable you need a buffer if you have to move onto the next one. I don’t think having to charge every 168 miles for maybe 30 minutes each time is reasonable. Sure have a stop to stretch legs but you don’t need 30 mins for that.
When people like Elon says that 300 miles is probably the sweet spot. He’s maybe right but I’d like that to be 300 miles in winter, not having to charge to levels that could wear the battery quicker (Or like an LFP where 100% is fine all the time).
For most EV’s. They still fall somewhat short, we are getting there but not quite there yet.
Probably all of this will be solved though in 5 - 10 years. Cars with bigger capacity batteries due to better chemistries that don’t weigh more, charge quicker, etc.
So say a car claims 300 miles WLTP. Take off say 30% for winter so you’d be nearer 210 miles
It’s good but not good enough for most yet.
Needs to work for people without home charging
Again down to infrastructure. More slower chargers for people shopping, staying in hotels, land post chargers, work place chargers etc will take the strain from rapid chargers and help with battery longevity. I agree with faster charging which some cars still coming out now dont have in comparison to what tesla has had for many years.not putting a massive strain on public chargers as cars can go far enough, charge faster so when they do need to stop the stop is shorter, etc.
I am no aerodynamicist but I thought a sharp drop off was good. because it forces the air moving over the car to sharply detach at the back rather than rolling down the back and creating drag. That is why most cars these days either have a very sharp drop off or a roof spoiler to force the detachment was my understanding?and drag-inducing sharp rear drop
Agreed - hence the proliferation of 'kam-tailed' endurance race cars in the 1960's....I am no aerodynamicist but I thought a sharp drop off was good. because it forces the air moving over the car to sharply detach at the back rather than rolling down the back and creating drag. That is why most cars these days either have a very sharp drop off or a roof spoiler to force the detachment was my understanding?
I appreciate Tesla's don't have a either of those but they do have a sharp drop off after the rear window which is the same principal just left a little later.
The worst shape apparently is a gently sloping tail like all those cars in the 1970's had.
Yes but that's maybe only from the first charge at home. You might not be charging to 100% on public chargers due to the slow down in charging. Better to get moving and then charge again on a lower SOC.Ok, I was pointing out that your assumption that you can't charge above 80% for a road trip is incorrect.
Just gave you 20% more range there