Expert answer

Hi Gerard,

Before even looking at pricing, I will say that the Superb is a much nicer car to drive aside from the lack of engine and transmission noise in the Enyaq. The Superb is smoother on the road and more stable in general, also feeling more agile despite its dimensions.

We also prefer the dashboard and interface of the Superb, as the Enyaq is too reliant on the touchscreen for our liking. On top of that, the Superb has a much larger boot.

However, the Enyaq has a flat floor across the rear, making life more comfortable for any passenger in the middle row. And in general, you sit higher up in the Enyaq as well, which some people like.

The Superb Combi (to give it its official name) starts at €50,900 for the 204hp plug-in hybrid. It's from €51,435 with a 150hp petrol engine, or €500 more for the 150hp diesel. All are front-wheel drive.

At the foot of the Enyaq lineup is the '60' model at €43,790 (after all State incentives), which has a 204hp electric motor and an official range of 430km, though the next rung up the ladder, the '80' makes a lot more sense at €45,980 as it has a bigger battery for a 575km range, plus a 285hp motor.

There are several other, more expensive, Enyaqs in the lineup, including the Sportline cars and the top RS model with all-wheel drive, but there's nothing in the existing Superb Combi range to compare, really.

In terms of performance, though the Enyaq is a heavy thing, it's generally faster accelerating than the Superb because of the instant-torque characteristic of electric motors. The Superb in PHEV guise is the only one that just about match even the least powerful of the Enyaqs.

So there's the data to help you decide, depending on your priorities and budget. Feel free to come back to us with your preferences if you want us to help you narrow things down further.

Expert answer

Hi John,

The Leapmotor B10 could be a suitable choice as a taxi as it has quite good levels of rear passenger headroom and legroom, while still retaining a useful 525 litres of boot space.

The 67.1kWh capacity battery is capable of 434 kilometres of range, and we found it to be quite close to the official energy consumption when we drove it.

Also, being an LFP battery, it is happier to be charged to 100 per cent regularly. Speaking of charging, it has a peak DC charge rate of 168kW, so 25-30 minutes will add an almost full recharge, though obviously charging up at home would be more affordable.

We did find the driver assistance features to be overbearing, but Leapmotor does provide a way of creating shortcuts to mute these, but it must be done every time the car is turned on.

Expert answer

Hi Noel,

In most modern cars with a battery in good health, then two weeks idle shouldn't matter at all and it should start as normal. Older batteries may not be as reliable, especially in very cold weather, and of course the health of the car's engine itself also comes into the equation.

If in any doubt, leave a small battery jump pack in the boot to prevent delay.

Expert answer

Hi Dee,

Hybrids such as the Juke have very small batteries and can therefore only drive on electric power for very short distances. If you're in stop-start traffic, it might use the battery for most of the time, but if the traffic is free-flowing and the speeds are higher, then it will not.

Unfortunately, the Juke Hybrid does not give a readout showing how much time is spent using the battery alone so you can't monitor it accurately.

If you drive slower, the car will use the battery more in town. Likewise, less use of the heating or air conditioning should mean less need for the engine to start up.

Bear in mind through all this that most of the energy used to charge up that battery comes from the engine itself, so it's not free energy.

Choose the Eco driving mode for maximum efficiency, but really, it will come down to your driving style as much as anything else.

Expert answer

Hi Gerry,

It is in theory possible, but it's not a simple thing to set up. Because of that, we've written a feature on it actually: Can you power your house from your EV's battery?

Expert answer

Hi Rose,

We don't see any reason for these batteries to be any more degraded than those in equivalent cars in Ireland from new. Hybrid batteries last quite well in general. Unfortunately, it won't be easy to detect if the battery in a given hybrid you're looking has degraded as the main symptom is more use of the petrol engine. Unless you can try several examples of the same type of car in the same driving conditions, then you won't know what is the norm.

Expert answer

Hi Sue,

That's quite a good selection of new EVs you're trying to choose from. Let's look at the facts first:

Exterior dimensions:

Kia EV4: 4,450mm long, 2,820mm wheelbase
Nissan Leaf: 4,350mm long, 2,690mm wheelbase
Toyota C-HR+: 4,520mm long, 2,750mm wheelbase

The wheelbase figures in particular tell us a lot. That's the distance between the front and rear axles and it's an indication of how much interior space a car has. And the Kia EV4 definitely has the most spacious cabin of the three. If you're regularly carrying larger people in the back, it's the one to go for, but it's also notably roomier up front.

Boot space with all seats in use:

Kia EV4: 435 litres
Nissan Leaf: 437 litres
Toyota C-HR+: 416 litres

The Kia and Nissan appear to be more or less identical on this metric, but the EV4's more upright rear means it can handle bulkier loads when you need it to.

Official range (battery capacity quoted as 'usable' figures):

Kia EV4: either 440km for 55kWh battery or 625km from 78kWh
Nissan Leaf: either 440km for 52kWh battery or 622km for 75kWh
Toyota C-HR+: 606km from 72kWh battery

This data reveals that the Nissan Leaf is a little more efficient than the other ones – in that it uses a bit less energy to go the same distance - so it should prove a little cheaper to run. The differences are slight, though. Note there is only one battery option for the Toyota.

Always remember that these are the official range figures the car makers have to quote according to a standardised test procedure, and it's very difficult to replicate them in real-world situations. Saying that, most people don't travel 400km a week, never mind a day, so it's worth considering the versions with the smaller batteries.

Pricing:

Kia EV4: from €39,940 for 55kWh model, €43,275 for the 78kWh version
Nissan Leaf: no Irish price confirmed as yet, but we'd guess €37,000 for the 52kWh model
Toyota C-HR+: from €42,160 (two grades available, but one battery)

Our opinions:

The Toyota and Nissan look similar in that they're curvy crossovers, while the Kia is a conventional five-door hatchback shape, albeit one with interesting design details.

They're all quite different inside in terms of style, though all of high quality and fitted with all the technology you'd need. The Kia is undoubtedly the most spacious feeling.

The Nissan is – marginally – the best of them to drive, with the Kia in second place, though there really isn't a lot between them in that regard.

In summary:

You'll have noticed that there aren't yawning gulfs between the cars – unless interior and boot space are top priorities - so it may well come down to your own preferences and the pricing. We'd highly recommend you go test drive each of them to see which you prefer.

Do let us know which you choose – and why.

Expert answer

Hi Gerry,

There is some anecdotal evidence of increased insurance premiums when buyers move to an EV, though we've not experienced this ourselves. There are a lot of factors that feed into the cost of insurance, including the increased price of a new car.

However, we don't believe the issue is the extra performance, but the potential increased cost of repair, such as to a battery pack for example.

We'd certainly urge would-be EV buyers to get an insurance quote for the car they're considering buying so that they have the full picture.

Expert answer

Hi Galin,

Worry not, as the Grande Panda hybrid does not have a traditional starting motor at all. Instead, it uses the mild-hybrid system's electric motor - integrated into the transmission - to start the engine up. This should be quite robust.

Expert answer

Hi Niall,

I'm assuming you're thinking of snowy winters past where many a rear-drive car is seen struggling for traction. That's mostly down to the vehicle's weight distribution as those cars have their engines up front and very little weight over the rear wheels.

The rear-drive EX40 wouldn't have that issue - within reason - as the heavy electric motor is over the driven axle and the battery pack is mounted low down in the middle of the car.