A hugely respected member of the Australian automotive industry, Ash started out as a sales representative but in the late 1980s transitioned to his real calling – motoring journalism – joining Motor magazine under the editorship of Davey Robertson.

With an infectious passion for cars, a natural road-testing ability and a gift for clear, concise and entertaining writing, Ash was soon a crucial member of the Motor team as it stole sales off rival Wheels Magazine in the 1990s.

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He would divert from cars, however, to play a key role in the early days of ACP’s Ralph magazine – Australia’s answer to UK ‘lad mags’ like Loaded and FHM. Ash brought his magazine craft to this fast-paced and fiercely competitive publishing environment, never out of place in a world filled with expert wordsmiths all looking to outdo each other with the smartest and funniest headlines, intros and captions.

In 2002, Ash began freelancing as a sub-editor for Wheels before then editor Ged Bulmer asked him to join the team full-time two years later. Adding a layer of polish to the work of many of the country’s best writers, he helped make the magazine sing with his cleverly crafted captions, headlines and intros.

Ash was editor of Australian Penthouse Magazine before rejoining the Wheels fold. In 2021, Ash was acting editor of Wheels Magazine.

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A talented writer and editor, Ash was also a voracious consumer of popular culture, always seeming to have his finger on the pulse of what was happening in the music, magazine, literary and film worlds, and he channeled these influences into his own writing, and into improving the writing of others. Ash mentored and tutored an entire generation of young motoring journalists.

Ash was a father, a brother, and he was a friend to many. With his trademark “G’day, champion” greeting, and kind, honest and fun-loving nature, Ash will be deeply missed.

The Wheels Media team sends its heartfelt condolences to Ash’s family, friends and loved ones.

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The popular Hyundai i30 hatch will shortly be unavailable in Australia for the first time since the badge appeared here in 2007, thanks to delays in a transition to European production.

In its third-generation form, Australia-bound examples of the ‘PD’ i30 hatch are built in Korea. In fact, ours is the last foreign market to take i30 hatch from Korea, with others now taking supply from Czech Republic and Algeria.

That’s about to change, with Australian supply shifting to the Czech plant in 2024, where we currently source the hot i30 N hatch – but not as early as the brand’s local arm had planned. Speaking with media in Melbourne this week, Hyundai Australia chief operating officer John Kett said an unexpected delay will result in a brief pause on sales.

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“The initial plan was always to end production in Korea and start producing in Europe by Q1 (first quarter), maybe April,” Mr Kett said.

“The problem is that ‘April’ has moved to, can I say, June or July. But the deadline of closing out the factory in Korea hasn’t moved. So we’ll stop producing the i30 in Korea, in December. We’ll stop selling it, as in retail delivering it, in March.”

Mr Kett said the sales stop is only occurring because the company has now sold through its stock and production allocation into the first quarter of 2024.

“So the bulletin will be going out to let the network know that you can’t take any more orders until probably somewhere close to May, June, or July of next year.”

A second facelift, and mild-hybrid power

The i30 hatch we’ll take from Europe will be a facelifted car, marking its second makeover since getting a fresh face in 2020 – three years after its initial launch. That update brought little in the way of interior changes – and we never got the exterior change to the N-Line hatch – but this coming redesign should improve on both points.

We’ll also get some new engines, although the specifics are still to be confirmed.

“There’ll be a slight powertrain change to it,” Mr Kett said. In emissions-restricted Europe, the i30 Hatch range opens with an 88kW/172kW 1.0-litre turbo petrol three-cylinder engine matched to a 48V mild-hybrid system, growing to a 48V mild-hybrid 117kW/253Nm 1.5-litre turbo petrol four in the N-Line models.

The latter is surely to disappoint local ‘warm performance’ fans on budgets too tight for the full-bottle N, with the current 1.6 petrol turbo i30 N-Line hatch producing 150kW and 265Nm.

More European, more expensive

A switch to European production will likely make the i30 hatch a more expensive proposition – it currently starts from $24,000 as a manual and $26k for the base auto – but the local arm does not yet have a clear view on where pricing will land, except that it will be “challenging”.

“I think, depending on the exchange (rate), whether we can access the same price points or not is probably challenging. So we’re just going through that process at the moment,” Mr Kett said. “When we first planned that (the shift to Europe production), the exchange rates were a bit different.”

While the i30 hatch is paused in Australia, the company’s dealer network will steer buyers towards the newly arrived second-generation Kona – although the point of entry into that now larger ‘small’ SUV is up $5100 over the previous model, to a new $32,000 base.

For those not willing to throw another $5k at their purchase, there’s the compact Venue SUV, which starts at $21,990 as a manual and $23,900 with an auto. The i30 sedan, which rides on a newer platform than the i30 hatch, starts at $26,000.

Hyundai Australia will of course be hoping that buyers don’t instead turn to the related Kia Cerato, although that would likely make Korea happier than losing them to a Corolla or Mazda 3.

September 2023: Toyota USA digs Theo’s new Camry too!

If only they’d bothered to ask…

More than a year since our mate Theo dropped some handsome next-gen Camry renderings in our inbox, Toyota USA – or, at least, whichever agency they engaged – has used them in a new advertisement.

Posted to the Toyota USA YouTube page, one of the renderings appears on the cover of a faux comic book titled ‘The Amazing Toyota’.

I’ve checked with Theo this morning, and he confirms the images were used without permission or even a heads-up.

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“Whaaat?? Shut the front door! How did you find this?” he asked, before confirming no contact had been made. The image was likely lifted directly from his social media, although they’ve appeared on other websites in the past year.

I suspect the agency responsible for the ad didn’t actually know that the images were speculative and not official marketing images – which, really, says a lot for Theo’s talent. It’s probably a good time for them to cut him a good fat cheque, though…

Mike Stevens

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July 2022: New Camry imagined

The next-generation 2024 Toyota Camry sedan is expected to launch within the next few years, likely adopting hybrid-only powertrains.

A new rendering by Theottle has imagined a redesigned version of the world’s fifth best-selling vehicle ahead of its launch, previewing a look inspired by the recently-unveiled Crown Sport crossover.

The design reveals an evolutionary look over the current, eighth-generation Camry, with a familiar three-box sedan body joining Crown Sport-derived elements, including; slim two-tiered LED headlights, a full-width rear light bar, a sharp lower front bumper, gloss black highlights, and a rear lip spoiler.

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The current-generation Toyota Camry was unveiled at the North American International Auto Show in January 2017.

Last year, Toyota recorded 13,081 Camry sales in Australia – making it the top-selling medium car – contributing to 681,000 global sales, including 313,795 in the United States.

The humble sedan has been the best-selling passenger car in the US for the past two decades.

With the growing shift to electric power, the ninth-generation Toyota Camry is likely to retain the current GA-K architecture – potentially keeping the same 2825 millimetre wheelbase and underbody as a significant update.

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The platform also underpins the latest RAV4, Kluger, Lexus NX and RX, and the Crown Crossover.

However, a larger footprint is probable to allow for more room inside, particularly for the Chinese market where rear legroom is favoured.

Under the bonnet, the new-generation Camry is expected to see the deletion of the 3.5-litre naturally-aspirated V6 engine in overseas markets, replaced by the all-new 2.4-litre turbocharged four-cylinder mill, producing around 198kW of power and 420Nm of torque.

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Toyota Australia deleted the atmo V6 from the local Camry line-up in 2021, while the turbocharged four-pot will replace the outgoing V6 in the Kluger large SUV early next year.

A more-powerful hybrid version of the 2.4-litre turbo is available on the 2023 Toyota Crown and Lexus RX, offering around 250kW of power and an advanced all-wheel-drive system capable of sending up to 80 per cent of power to the rear wheels.

This powertrain could form the basis of the rumoured high-performance GR Camry variant; however, Bob Carter, the outgoing executive vice president of sales at Toyota Motor North America, ruled out electrification for GR models – at least for the foreseeable future.

“When would we see the first electrified GR model, you may ask? “In five months? No. In five years? Quite possibly,” he said.

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In addition, the Japanese marque is likely to favour electrified versions of the Camry globally – another move foreshadowed in Australia, with one non-hybrid variant remaining in the current five-strong Camry range.

A plug-in variant sibling to the RAV4 Prime is possible, with a 2.5-litre petrol engine and high-output electric motors for a 225kW total system output.

The plug-in RAV4 can travel around 70 kilometres in all-electric mode with an 18kWh lithium-ion battery, making a Camry Prime an ideal setup for use as a fleet, taxi or rideshare vehicle.

A battery-electric variant of the next-generation Camry is unlikely, at least initially.

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Inside, new technology will include a larger, widescreen infotainment system running Toyota’s latest kit, with wireless Apple CarPlay and Android Auto, ‘Hey, Toyota’ voice functionality, connected navigation and over-the-air software updates.

A digital instrument cluster and smartphone-based remote key are also likely.

Toyota is quietly marking 40 years since the Camry first debuted in 1982, with a minor update planned later this year.

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So far, the company has announced new exterior colours and interior trims for the 2023 Camry, with full details to be announced in the coming months.

A new-generation Honda Accord is around the corner, but it is currently unknown if the new model will reach Australian shores.

The mid-sized sedan has declined for many years, with several rivals removed from sale in Australia – such as the Volkswagen Passat sedan and Subaru Liberty – but the Camry continues to have a strong lead due to its popularity with fleet, taxi and rideshare applications.

Hankook had a stand at last weekend’s Melbourne EV show with a replica third-generation Formula E car in full Hankook livery to draw attention to the tyre maker’s new model line developed with battery-electric and plug-in hybrid cars in mind.

Launched earlier this year in Australia, Hankook says its iON tyre range has been developed for electric vehicles specifically. Hankook separates the range into iON Evo AS, for passenger cars, and Evo AS SUV for battery-powered SUVs. Available in 10 sizes spanning 18- to 22-inches, iONs are fitted as standard equipment on the Hyundai Ioniq 6.

Supplying the control tyre for the Formula E racing series gives Hankook a unique insight into the demands electric vehicles put through their rubber, and the iON series takes learnings in its construction.

With the brand’s ‘EVolution’ high silica, eco-friendly compound the iON is said to offer reduced rolling resistance – meaning longer driving range – as well as improved tyre life compared to Hankook’s regular tyres.

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Knurling on the inside of the tyres helps reduce road noise. Hankook calls this technology its ‘Sound Absorber’ and is crucial without noise from a combustion engine to offset the roar of the tarmac beneath.

To deal with additional loads and the unique placement of an EV’s weight in the chassis, the iON Evo range is 25 per cent stiffer laterally and 20 per cent stiffer in cornering than Hankook’s traditional all-season touring tyres.

“We take great pride in presenting the world’s inaugural EV-exclusive tire line, iON, at the Melbourne EV Car Show”, said Hankook Australia managing director Junghee Cho.

“With cutting-edge technology and eco-friendly materials, iON tires not only offer superior performance but also contribute to a sustainable driving experience, delivering reduced noise levels, heightened load-bearing capacity, responsiveness to higher torque, and minimized rolling resistance”, Cho added.

Visit the Hankook website’s EV hub to see iON sizes, prices and retailers [↗]

Half a decade ago when it launched, the Kia Picanto GT wasn’t anything particularly special. Australia’s car market is a much more complex place than it was in 2017, though, with SUVs growing their market share by a whopping 15 per cent in that time.

Sure, adding efficient hybrid powertrains to big seven-seat SUVs (that rarely have more than two passengers on board) and electrifying utes (using 229kWh batteries) helps, but in a world in desperate need of help, the ‘bigger is better’ attitude feels out of step. The real solution is downsizing and simplifying.

The Picanto is a case in point, built to a tried-and-true city car recipe: five doors, a decent boot, enough cabin space and torsion beam rear suspension, squeezed into a compact 3.6-metre length. The tested GT spices things up with a turbo-petrol engine and firmer chassis while retaining an efficient 5.2L/100km ADR combined economy rating.

In 2023, the Picanto GT’s points of difference are what made it so normal at launch: compact size and space efficiency. And yet, when the micro hatch is updated next year the GT will be dropped – was that a good planning move?

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JUMP AHEAD

• How much is it, and what do you get?
• How do rivals compare on value?
• Interior comfort, space and storage
• What is it like to drive?
• How much fuel does it use?
• How safe is it?
• Warranty and running costs
• VERDICT
• Specifications

How much is it, and what do you get?

For its nationally recognised $22,890 drive-away price, the Picanto GT represents sharp value in today’s market full of expensive crossovers.

It’s equipped with an 8.0-inch touchscreen featuring DAB+ digital radio, wireless Apple CarPlay and Android Auto connectivity, with LED daytime running lights, halogen headlights and 16-inch alloy wheels as well as a sporty GT body kit to let the world know you bought the expensive Picanto.

One snag: it’s manual only. This is a shame because the five-speed stick shift will rule the peppy GT out for some buyers.

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How do rivals compare on value?

Officially classified as a ‘micro’ car in Australia, the Picanto owns its segment with an 80+ per cent share month-on-month. Its only remaining rival is the 15-year-old Fiat 500.

As the Picanto is a relatively spacious five-door hatch, you could also consider a Hyundai Venue, Kia Rio, Mazda 2, MG 3, or Suzuki Swift. All are available in a similar price sphere, and if space and low price are what you crave, then these are better options – though none has the Picanto GT’s sporty spice.

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Interior comfort, space and storage

The leather-appointed steering wheel, racy red accents, and aluminium pedals give the Picanto GT a sporty edge inside.

It’s not the height of taste but with a large glasshouse, the Picanto’s cabin is airy and – for the price – of respectable material quality.

Although not cutting edge, the Picanto’s white-on-black analogue dials are legible, and the 4.2-inch TFT screen provides helpful information including fuel economy, vehicle information and digital speed read-out.

The central 8.0-inch touchscreen is the highlight, offering sophisticated wireless smartphone mirroring for both Apple and Android products – something not even Kia’s most expensive EV6 GT matches. It worked faultlessly on our test, so it seems Kia has ironed out earlier gremlins.

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It lacks satellite navigation, so you have to rely on your phone’s applications for wayfinding. The four-speaker sound system is weak, but the inclusion of digital radio is welcome, and the Picanto’s HVAC controls are pleasingly conventional.

If the Picanto GT struggles in any particular area, it’s the flat and unsupportive seats. The driving position is typically compromised, and the manual adjustment rudimentary. The black vinyl upholstery gets hot in the sun, too – we’d prefer cloth.

That compromised driving position does equate to a usable back seat. The rear quarters are still not great with no air vents, charging ports, armrest or space for six-foot-plus riders, but for most people, they’re more than adequate for short trips. In fact, the back of a Picanto GT is a comfier place than a physically larger Hyundai Venue.

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Storage in the Kia Picanto

Below the control stack, the Picanto has great incidental storage. There’s a tray for odds and ends with a mezzanine section above – perfect for smartphones – within easy reach of the included USB-A and 12-volt sockets. A central armrest provides a modest amount of covered storage, while the Picanto also features two cup holders and door bins that fit a 700ml bottle.

On paper, a 255L boot capacity appears rather small, but given the Picanto’s compact dimensions it’s very usable – bigger than a Toyota Corolla hatch (217L), and Kia has managed to squeeze a space-saver spare under the boot floor, too.

Don’t delude yourself that a family of four and luggage could do a week away in a Picanto, but for a couple, or trio, the space is adequate. With the rear seats folded, longer items including bicycles or flat-pack furniture can be stored in the little Picanto.

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What is it like to drive?

It’s almost refreshing to pull a physical key fob from your pocket, press the little unlock symbol, get in, depress the clutch and brake then turn a key to start the Picanto GT.

The Picanto GT jumps into life and its 998cc turbo-petrol three-cylinder settles into an off-beat idle. It’s not a smooth or refined engine below 2500rpm but you don’t expect that from a three-banger.

Once you have some revs on the dial the motor’s operation is smoother, but it’s no peach. Although paltry on paper, the Picanto’s 172Nm is available between 1500-4000rpm so – assisted by a lithe 1012kg kerb weight – the GT feels plenty nippy around town in second and third gears. Not much point in taking the needle to redline, though, as the mighty 74kW peak comes at just 4500rpm.

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The Picanto GT’s five-speed manual has a long and light throw with an easy (if numb) clutch pedal, so it’s an easy ’box around town, but there’s no automatic to broaden appeal. And that’s a shame because the asthmatic 62kW/122Nm 1.2-litre petrol four-banger and four-speed slushbox pairing in the GT-Line automatic is not inspiring.

Driving the Picanto GT on the freeway using cruise control, its flexible three-pot means you can leave the shifter in fifth as you tango with tempo changes in traffic. Above 100km/h, though, the tyre roar and engine noise crescendo to a level that the four-speaker sound system can’t overcome.

With narrow tracks, a short wheelbase and tall stature, the Picanto GT can be a tiring partner on the freeway as it bobbles over bumps and you’re forced to bicker with crosswinds. It’s very at home in town though; visibility is an underrated trait in cars (with blind-spot monitoring and reverse cameras it’s almost been forgotten), and the Picanto’s fishbowl glasshouse makes it wieldy and supremely easy to park.

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The GT’s ride can be choppy over speed humps and expansion joints, especially the rear end (I wouldn’t want to travel in the back seat for too long).

Above 50km/h the Picanto’s bobbing calms down and, for such a small car, there’s little noise from the front struts or rear torsion beam, though there were persistent rattles from the passenger’s A-Pillar trim and dash in our test vehicle.

Along testing twisty roads, the Picanto doesn’t roll as much as you might expect and the front end is pretty pointy initially, with encouraging off-throttle adjustability available. The average 195/45R16 Nexen NBlue tyres don’t have anywhere near enough bite to lean on the front end properly. A grippier set of boots would help address the front-end-limited handling.

The Picanto GT’s chassis is not as talented or nuanced as a true hot hatch, like the Renault Clio Sport (2001-2006). That said, with the Picanto’s petite proportions and eager handling it’s plenty more rewarding to drive than an equivalently priced SUV.

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How much fuel does it use?

The Kia Picanto GT uses 5.2L/100km on the combined ADR fuel efficiency cycle.

In a rare occurrence, we managed to match that figure exactly, on our three-hour test loop.

Continuing over a week of testing with more urban and suburban driving, that number climbed to 6.1L/100km, which is still very reasonable for an engaging hatchback.

The Picanto GT will accept regular 91 RON unleaded petrol or an E10 blend at the bowser and features a rather dinky 35-litre fuel tank.

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How safe is it?

The Kia Picanto was awarded four stars in 2017 ANCAP safety testing.

The Picanto is equipped with autonomous emergency braking and forward collision warning, but the camera-based system is unable to accurately detect pedestrians, cyclists, or crossing traffic.

A reversing camera, rear parking sensors, stability control, and six airbags round out the Picanto’s list of safety features. It scored 87 per cent in adult occupant protection, 64 per cent in child occupant protection, 54 per cent in pedestrian protection and 47 per cent for safety assist systems.

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Warranty and running costs

Kia’s seven-year, unlimited-kilometre warranty is still one of the most complete new-car guarantees in Australia, and it covers the Picanto GT.

Maintenance is due every 12 months or 10,000km, and Kia caps service costs for seven years or 70,000km. Five years will cost you $1957, and seven years $3158.

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VERDICT

While it’s no Peugeot 205 GTi, Renault Clio Sport, or Volkswagen Golf GTI, the Picanto GT is a bucket load more fun than other cars in its price range.

That peppy three-cylinder is brisk and alert, and the gruff sound adds more personality than terseness (just). It’s fun, and eggs you on to drive the snot out of the Picanto everywhere you can.

A few question marks remain, such as its four-star ANCAP rating, lack of adaptive cruise control, and the fact it’s manual only.

But the Picanto GT is cheap, well-packaged, and a lot more efficient in the real world than an equivalent SUV and driving one again makes us question why Kia’s dropped it for the 2024 update.

If you’re looking at a Hyundai Venue or Kia Stonic, do yourself a favour and sample the Picanto. It might not look as cool, but it’s a better car.

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Are electric cars expensive to maintain?

Electric vehicles have fewer parts than a conventional petrol or diesel car, so they should cost a lot less to service and maintain, right? Here’s a guide to just what that really means.

According to Forbes [↗], an EV drivetrain contains around 20 moving parts, in contrast to traditional internal combustion engine (ICE) vehicles that typically have more than 2000.

As vehicles move further towards ‘computers on wheels’, which parts of our cars will still need physical servicing? What’s required with servicing an EV and is it cheaper than maintaining an ICE or hybrid car?

JUMP AHEAD

• ?️ What does EV servicing include?
• ? Is EV servicing cheaper?
  • MG 4 vs Toyota Corolla Hybrid
  • BYD Atto 3 vs Mazda CX-30
  • Tesla Model 3 vs BMW 3 Series
  • Hyundai Ioniq 5 vs Tucson diesel
  • Mercedes-Benz EQB vs GLB

• ?️ Is EV servicing really better than ICE?
• ? How long do batteries last?
• ? Time to make the electric switch?

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?️ What does EV servicing include?

Similar to petrol and diesel vehicles, electric cars require routine maintenance on a number of electronics and consumable parts.

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While the above focuses on the shared consumables with ICE vehicles, electric vehicles’ critical drive unit systems also need attention from time-to-time.

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? Is EV servicing cheaper?

If electric cars have fewer parts to service, does that mean checkups are less frequent and cheaper than ICE vehicles?

Theoretically, it should – but it depends on the car manufacturer.

A growing number of brands, such as MG, Hyundai and Polestar, employ longer servicing intervals at every two years with farther distance caps, while BYD, Peugeot and Fiat still need logbook checkups every one year but set longer distances.

Meanwhile, Tesla, BMW and Mini use a ‘condition-based’ servicing scheme that only alerts the driver when specific routine maintenance tasks are needed, based on the vehicle’s sensors and driving usage.

Others such as Kia, GWM and Cupra require similar one-year and distance-travelled requirements as ICE models, but are slightly cheaper.

Some premium brands, including Genesis, Audi and Lexus, offer free servicing for a limited period to sweeten the EV transition.

It’s often a little cheaper to service electric cars, but some EV models are priced on par with their ICE equivalent overall – even with longer intervals in place.

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MG 4 vs Toyota Corolla Hybrid

Despite the Toyota Corolla’s lower-than-typical capped-price servicing, the MG 4 electric hatch is $106 cheaper to maintain overall after six years/100,000 kilometres of driving.

The MG 4 benefits from longer servicing interval requirements and averages $500 per checkup for the first three visits.

Meanwhile, the petrol-electric Toyota Corolla Hybrid has cheaper capped prices each service, averaging $268 per service for the first six visits.

In the end, the electric car is nearly seven per cent cheaper to maintain – which isn’t a significant saving.

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BYD Atto 3 vs Mazda CX-30

The popular BYD Atto 3 small electric SUV is $415 cheaper to service overall after six years/100,000km than the Mazda CX-30 in G25 engine guise.

The Atto 3 has longer distance intervals than the CX-30 and averages to $277 per checkup after the first five visits. A cheaper one-year/12,000km light service plan is optional for shorter-distance drivers.

The Mazda CX-30 small SUV averages $360 per service after the first five visits.

Overall, the similarly-priced BYD electric SUV is 23 per cent cheaper to maintain. It’s worth noting that the more affordable BYD Dolphin electric hatch has identical capped-price servicing prices, but can’t be optioned with the light plan.

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Tesla Model 3 vs BMW 3 Series

Both the Tesla Model 3 and BMW 3 Series small premium sedans uniquely adopt a condition-based servicing program.

This means the vehicle alerts the driver when specific routine maintenance tasks are required, depending on usage.

Tesla recommends a range of routine maintenance tasks here [↗], while BMW offers the option of a pre-paid servicing package.

The former has reportedly been relatively affordable to maintain and replace parts via Tesla.

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Hyundai Ioniq 5 vs Tucson diesel

Despite higher-than-typical costs, the Hyundai Ioniq 5 EV is still $620 cheaper to service than the diesel-powered Tucson medium SUV after six years/90,000km.

While the 2023 Ioniq 5 now features longer servicing intervals, it is now more expensive than the 2022 model, which required conventional one-year/15,000km visits. After the first three checkups, it averages a pricey $743 to service the electric SUV.

In comparison, the Tucson with its optional diesel engine averages $475 per service after the first six visits.

Despite lower average maintenance costs per checkup, the Ioniq 5’s servicing demands are less frequent and is nearly 22 per cent cheaper to maintain after six years/90,000km.

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Mercedes-Benz EQB vs GLB

Mercedes-Benz doesn’t detail capped-price servicing costs, but the midsize electric EQB is between $1260 to $2000 cheaper than the petrol-engined GLB based on optional pre-paid plans.

This equates to around $637 to $657 per visit on average for the EQB, depending on which pre-paid service plan owners choose.

In contrast, it typically costs $1038 to $1057 per service on average for the GLB.

The EV version of these closely related models highlights a clear advantage by being between 36 to 40 per cent cheaper to maintain overall than the petrol-powered equivalent.

Expect maintenance costs to theoretically be slightly higher if not using pre-paid servicing packages.

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?️ Is EV servicing really better than ICE?

Electric cars still need servicing, although it’s not as laborious, generally not required as frequently, and typically cheaper than ICE vehicles.

Unfortunately, for some brands and models, EV servicing intervals are identical and the savings are negligible.

However, a growing number of independent technicians are being qualified to work on EVs, with dedicated certificate and apprenticeship courses already on offer. New ‘right to repair’ laws have also promoted greater transparency from car manufacturers for third-party workshops.

Ultimately, this will provide owners with more choice and increase competition to reduce maintenance costs.

And, since EVs host significantly fewer moving parts, they should theoretically be more reliable in the long run.

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? How long do batteries last?

While EVs may be easier to service, battery longevity and degradation remains a key perceived concern. For more, check out our comprehensive guide below.

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? Is it time to make the electric switch?

EVs are not for everyone (for now), but it is more than sufficient for the majority of Australians. The initial price hurdle, driving range, depreciation, sustainability, and battery safety remain key perceived and valid issues. For more, check out the links below.

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Is it time to switch to an electric car?

It’s a hot-topic question.

Indeed, the growing interest in electric vehicles is being demonstrated by increasing sales – mainly led by the strong supply and value equation Tesla and BYD models – alongside new EV options reaching the Australian market that are driving down prices.

With more models to choose from and expanding national charging infrastructure, should your next car be all-electric?

Finally, for many buyers, the answer is probably “yes”… with some caveats.

JUMP AHEAD

• ?? Current state of EVs
• ? Purchase price & depreciation
• ? Running costs
• ? Insurance
• ? Cost of ownership
• ? Other EV concerns
  • ? Battery longevity
  • ? Not enough chargers
  • ⚡️ Can’t plug in at home
  • ⏱️ Charging time
  • ?️ Less driving range
  • ? Sustainability concerns
  • ? Model choice
  • ? Taxes are inevitable

• ? Is time to make the electric switch?

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?? The current state of EVs in Australia

So far in 2023, a total of 56,922 electric vehicles have been sold in Australia to the end of August.

That’s almost quadrupled compared to the same period last year – and is now the third best-selling powertrain behind petrol and diesel.

Yet, it’s still small bikkies in a total annual new car market of a million-plus – despite ongoing supply shortages and shipping delays.

Even with Tesla’s volume success with the Model 3 sedan and Model Y SUV, the market share of new electric car sales is still minuscule at around seven per cent.

None of this is especially surprising given, depending on your circumstances, there’s not too many ‘cheap’ EVs.

Times are changing though, with Chinese-made electric models, such as the MG 4, BYD Dolphin and GWM Ora electric hatches starting from below $40K, and MG ZS EV and BYD Atto 3 SUVs from around $50K.

It’s worth pointing out that traditional internal combustion engine (ICE) vehicles have crept up their starting prices in today’s inflated and supply-constrained market, alongside more standard features and safety equipment.

Therefore, the gap is narrowing or, in the case of the aforementioned models, on par with comparable petrol-powered models.

Even with increasing electricity and fuel prices, EVs still have the critical advantage of lower running costs.

Sourcing power from a household outlet is just more convenient if you adopt a charge-overnight regimen; it’s substantially cheaper on a per-kilometre basis than petrol and diesel.

Servicing is simpler, mostly more affordable and sometimes less frequent, too.

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But which one makes more sense in the long term – petrol or electric? We’ve crunched the numbers in an attempt to settle this argument.

One of the most affordable electric SUVs on sale in Australia is the popular BYD Atto 3 Standard Range, which is priced from $48,011 before on-road costs and incentives. It’s in line with the high-spec Mazda CX-30 G25 Astina in front-wheel drive guise, which costs from $43,710 before on-roads as at the time of publication.

Both are five-door small SUV-styled crossovers, both are well-specified, and both aim to capture buyers who want practicality without choosing a medium SUV.

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? Purchase price and depreciation

From the outset, the petrol-engined small SUV has the advantage of $4301 saved (excluding on-road costs) before it’s even rolled into your driveway.

Why the discrepancy? All of those raw materials in its battery pack are quite expensive.

With its modest 49.92kWh usable pack, the BYD still needs lots of them – despite using the more affordable and less contentious lithium-iron-phosphate (LFP) cathode.

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However, based on current Redbook data, while both SUVs have a similar resale value today, the BYD does take a harder depreciation hit than the popular Mazda.

That’s mainly because EV technology and the repairs market is still developing. BYD – including local distributor EVDirect – doesn’t have a long track record for reliability, and its perceived brand reputation is relatively nascent in Australia, too.

Over time, the depreciation tables could turn, with EVs becoming more mainstream and ICE cars seen as ‘outdated’ in the next five years – backed by government public policies.

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? Running costs

According to the Australian Bureau of Statistics [↗], the average Australian drives 12,100km per year.

The Mazda CX-30 G25 Astina FWD has a claimed average combined fuel consumption of 6.6L/100km, while the electric BYD Atto 3 has a claimed energy consumption of 14.5kWh/100km.

Fuel and electricity prices vary from state-to-state and constantly fluctuate, but with the assumptions above, going electric could theoretically save $5355 in running expenses after driving 60,500km.

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If you can take advantage of a solar panel system, recharging your electric car can be free during the day or even at night when paired with a home battery storage system. After all, Australia has one of the highest solar installations and sun exposures globally – which further reduces lifetime emissions.

However, if you can’t conveniently charge at home, plugging-in a standard 50kW public DC fast charger that costs $0.50 per kWh means the Atto 3 costs $4386 to travel 60,500km – which is still cheaper than putting in petrol.

But, there’s maintenance to factor in running costs, too.

The petrol-powered CX-30 needs servicing every 12 months/10,000km – averaging to $360 per visit for the first five services.

Meanwhile, the electric Atto 3 needs maintenance every 12 months/20,000km – averaging to $277 per visit for the first five services.

In this comparison, the EV option has the benefit of longer distance servicing intervals and benefits from a $415 saving after five years, if you don’t travel beyond 10,000 kilometres annually.

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? Insurance

After finance and fuel, insuring your car is another big impost – and one that’s ignored at your peril.

With the assumptions above, we’ve listed three insurance providers – the state motoring club, a more popular insurer, and a budget-orientated offering.

On average, the petrol-engined top-spec CX-30 has a $1401 annual premium, whereas the electric Atto 3 costs $1831 to fully insure.

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? Overall ownership cost breakdown

ICE vs EV: Five-year total cost-of-ownership comparison

For the first five years of ownership, the BYD Atto 3 saves owners around 22 per cent in running costs alone compared to the Mazda CX-30.

If you don’t intend to sell after five years, just based on running costs alone, it’ll take about five years to recoup the $4301 price premium for choosing the electric SUV.

For some, it might be easy enough to stomach owning a quiet electric car, getting rid of one less pollutant on our roads and having the thrills of instant torque anytime.

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Importantly, the more you drive and the longer you hang onto it, the more financial sense the electric car makes. It’s especially beneficial for company fleets and long-distance drivers.

Similarly, if you can utilise free solar energy generation, then the sums will favour the EV even more.

The silver lining is, as the cost of EVs come down (and they quickly are), the economics of ownership tips further in their favour. Are we at the tipping point where EVs are more financially feasible than combustion-powered cars yet?

Almost. But, it’s not as far away as you’d think with more affordable models already landing – such as the BYD Dolphin, MG 4 and GWM Ora – which match the price of a top-spec Toyota Corolla, Hyundai i30 and Mazda 3. Landmark government policy is also on the horizon to further boost supply and choice.

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? Other EV concerns

We’ve focused on the financial rationale behind whether an electric car makes sense, but there are other ancillary issues that will dictate whether an EV is the right choice for you.

These things will largely depend on your personal situation – for some they won’t be a problem, but for others they may be a deal-breaker. Click on the featured article links below to find out more.

? Battery longevity

EV batteries are designed to last more than a decade and for the life of the vehicle. Degradation is inevitable, but it won’t become a major impediment for most Australians’ daily driving needs, as long as owners follow best-practice charging recommendations.

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? Not enough public chargers

Yes, there aren’t enough that are also always reliable. However, the best charger is at home and public infrastructure is rarely needed, unless on a long-distance road trip, as highlighted by an EV rideshare driver.

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⚡️ Can’t plug in at home

If living in an apartment or don’t have private off-street parking, it could be the key dealbreaker for buying an EV (for now). It’s best to discuss with your apartment’s body corporate, owners and other stakeholders to at least install and/or access a standard domestic socket.

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⏱️ Charging time

It usually takes several nights to completely recharge an EV from an ordinary home plug, which isn’t an issue when it’s filling up overnight. As for public charging, it typically takes 30 minutes, which is a needed rest break from a long drive.

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?️ Less driving range

How far do you really need to drive every day? All new EVs are capable of far more than the average daily Australian commute on a single charge. If you’re a regular long-distance driver, a traditional hybrid or plug-in hybrid would suit better as an alternative to diesel power.

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? Sustainability concerns

EVs currently have a higher carbon footprint from the factory due to battery raw materials, but are ultimately still more eco-friendly than traditional combustion-engined vehicles overall, even when charged off coal-fired electricity.

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? Model choice

There’s fewer electric car options and many with unfamiliar nameplates, but more models from different brands are consistently landing in Australia.

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? Taxes are inevitable

Victoria has already imposed an EV tax and some other states plan to follow, in order to compensate for lost tax income through reduced consumption of fuels.

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? Is it time to make the electric switch?

As we’ve highlighted above, making the electric switch isn’t yet as simple as it should be.

Yes, it’s cheaper to run and own an EV – but you’ll also need to consider whether you can charge at home (the ideal method), how much range you really need, and whether you can afford to buy an electric car (or be prepared to make vehicle size compromises).

Importantly, do electric models today suit your needs and wants from a design, practicality, technology, and capability perspective?

For some, it’s a no-brainer switch to immediately cut ties with the fuel pump; for others, a traditional hybrid or plug-in hybrid vehicle might be the more sensible stopgap alternative to a pure petrol or diesel car.

After all, a car is just to get from A to B. Why not avoid emitting harmful exhaust fumes, owning a simply easier-to-drive car, and save money in the process – if you can?

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Crest the rise at Darnum and you’ll see it. At first it looks like a feathering of morning mist, but drive into the Latrobe Valley frequently enough and you’ll know better.

Trapped by the Baw Baw ranges to the north and the Strzelecki Ranges to the south, the air quality at the Morwell East monitoring station today contains four times as much carbon monoxide and nearly eight times as much sulphur dioxide as the air at Geelong South. There are more than four times as many smoke particulates of 2.5 micrometres or smaller. We’re on our way to Australia’s dirtiest power station at Yallourn.

It’s easy to feel slightly smug behind the wheel of the Mercedes-AMG EQS 53 AMG. Progress is serene, and there are no tailpipes to emit anything that would trouble the lungs of the good folk of Moe as we give it an early morning juice up at the local 350kW ultra-fast charger.

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Yet Yallourn W power station generates 13 per cent of Victoria’s electricity, so a decent proportion of the power humming into the sleek Mercedes is coming from a plant that, according to Climate Victoria, can chug 15 million tonnes of carbon dioxide a year into the skies over the Latrobe Valley.

We’re on our way to Australia’s dirtiest power station at Yallourn

It’s a huge number. Let’s put it into perspective. According to the Australian Bureau of Statistics, we travelled 163 million kilometres in passenger vehicles last year, averaging around 150g/km, which equals 24.45 million tonnes. So this one building appears to be emitting more than half the CO2 of every car in Australia per year.

A 350MW battery is being built in 2026 for the Latrobe Valley and Yallourn will be decommissioned in 2028. That’s the good news. The bad news is that the second and third most polluting power stations in Australia, Loy Yang 1 and 2, are within eyesight and, if they are counted together, emit even more carbon dioxide than Yallourn.

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Still, none can hold a candle to the nearby Hazelwood plant. In 2005, it was the filthiest power plant in the world according to a WWF Australia report and was closed in 2017. The reason these plants have such a lamentable emissions record has little to do with their technology.

It’s more a case of garbage in, garbage out. The local coal seams are of exceedingly low-grade lignite, or brown coal, of which Australia has the second highest reserves in the world after Russia.

Created from peat in the period after the Chicxulub asteroid eradicated dinosauring as a viable career option, lignite is the lowest rank of coal and the Latrobe Valley’s lignite is of an especially problematic grade.

Because of its younger age and shallow depth of burial, the Yallourn seam averages a very high 65 to 67 per cent moisture content where it’s mined at Yallourn open-cut. It can’t be exported as a result but it is cheap to extract, with little overburden making the seams of up to 230m deep easily accessible.

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Fully charged with a lignite amuse-bouche, the AMG raises few eyebrows as we tool about Yallourn. The Solenite Blue paint finish is low key and while the numbers generated by this power plant are hard to digest, the EQS is also something that takes time to understand.

Take the badge literally and expect an electric S-Class and you might well wonder what happened. AMG branding notwithstanding, it rides more firmly, the form factor is completely different with five doors rather than four, and there’s none of that beautifully considered blend of conservatism and progression that distinguishes the S-Class.

Instead the EQS clobbers you with its modernity. Perhaps that’s no bad thing. Mercedes has already played its hand with conservative stepping-stone electric vehicles like the EQC. Its EVA 1 platform was an adaptation that could be built on legacy production lines. EVA 1.5, which underpinned vehicles like the GLA plug-in hybrid was the next step.

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The EVA 2 platform that sits beneath the sleek lines of this EQS will never see an internal combustion engine.

This EQS 53 version features a huge 107.8kWh battery pack and a pair of electric motors good for 484kW and 950Nm. Pay another $7690 and you can buy the AMG Dynamic Plus package which ups that to 560kW and 1020Nm, throwing in launch control and track pace app functionality. I have to question the point of paying extra.

Keep the faith and the Yokohamas hold their line, the driveline accepting an early and hard throttle application

Any electric car which can accelerate to 100km/h in comfortably less than four seconds probably falls into the category of fast enough. You also need to ask yourself whether you really intend to immolate your tyres by throwing a 2.65-tonne luxury sedan around a circuit.

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Right now we’re using zero kilowatts as we stand slack-jawed, gazing at the enormity of the largest open-cut mine in Australia. Some is beneath water, some is actively mined by a mechanised division of dredgers, travelling stackers and mobile slewing conveyors.

Other parts are being returned to nature, bushland gradually healing the scars. The sheer scale of the industrial process as Yallourn’s three Toshiba reheat turbines hum in the background is hard to comprehend.

Drive south from Yallourn and it’s similarly dystopian. At one point, the horizons open up to reveal a landscape of logging clear cuts as far as the eye can see. The Strzelecki highway picks its way through a splintered world beneath a grey fly ash stratus.

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Here and there the dead fingers of a remnant tree point skywards like something from the battlefields of Ypres. We pass the historical marker for the community of Driffield, which became a ghost town when the SEC started acquiring local properties in 1980, hoping to build a mine and two power stations.

My Four ‘N Twenty Traveller is threatening an encore after half an hour on the bends

The plans never went ahead, but the extension to the Morwell mine, and the accompanying diversion of both the Morwell River and the road we’re driving on effectively sealed Driffield’s fate.

The scenery improves as we glide silently into the hills of the Strzelecki ranges. This EQS might be Australia’s most powerful EV with a quoted range of 587km, but from my calculations of what we’ve consumed so far, 400km from a full charge looks a more realistic aspiration.

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Helpfully, the EQS displays its range estimation in best case, worst case and likely case scenarios on the 141cm hyperscreen that stretches wall-to-wall across the cabin. That measurement needs a little qualification as it’s the glass panel that measures 141cm, with three separate OLED screens behind.

The passenger screen is only activated when the car detects someone in the left-hand seat. It’s a gorgeous piece of tech; easy to use and well integrated.

The displays also tell me we’re currently using 28kW per 100km. Using the EPA’s calculation that one US gallon of gasoline is equal to 33.705 kilowatt-hours, that equates to 3.14 litres per 100km in a traditional ICE measure. Not bad for a vehicle that’s Porsche 911 quick yet weighs more than a modest tectonic plate.

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After some servo fare at Mirboo North, we dip off the gently sinuous Strzelecki Highway and aim south. The roads here are twistier, more battered and patched. Even with the AMG ride control set into its softest suspension setting, the EQS 53 feels a little terse, the front pattering on mid-corner road repairs.

With both air springs and adaptive dampers I’d hoped that its bandwidth would be wider in this regard. Driving for photographer Alastair Brook, I’m thankful for the nine degrees of rear steer which makes a vehicle with a wheelbase longer than a LandCruiser perform an about-face in a diameter that would confound a Civic.

Before joining the open vistas of Gippsland cow country, we drop off the scarp at Loves Lane, a challenging series of well-surfaced bends. Tip the EQS in hard and at first the front end seems a little hesitant, the 22-inch Yokohama Advan Sports threatening to lapse into the sort of sledge understeer you’d expect of a vehicle with this sort of kinetic input.

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Keep the faith and they’ll hold their line, the driveline accepting an early and hard throttle application. Brook puts his camera down to sit and watch the AMG perform a pass. “It’s incredible,” he says. “Something that quick, making almost no noise at all. You could get up to all sorts of no good in it.”

My Four ‘N Twenty Traveller is threatening an encore after half an hour on the bends, so we wind things back and head south. I’m wondering whether the softer-edged EQS 450 that’s just arrived might work out as a better car than the more focused 53.

Of the 102.41kW we used, 58 per cent was generated by some of the filthiest power stations on Earth

Although the batteries will be the same, the AMG product features different bushings and suspension mounts, with motors with more windings, higher currents, upgraded inverters, more cooling and AMG-specific software to manage it all.

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The i-Booster is also AMG-developed. This blends electric motor recuperation and friction brakes and, for the most part, feels agreeably organic, hardly bothering the six-piston composite front discs for mild deceleration.

When available range dips below 100km, the EQS switches into a higher recuperation mode, which can make smooth driving in traffic a little trickier. Out here on these lightly-trafficked roads, the big Mercedes lopes across country effortlessly.

We track towards the beaches and largely deserted holiday homes of Inverloch, a rain squall interrupting photography duties before the skies clear en route to Wonthaggi. Finally, we catch a glimpse of our destination. The Wonthaggi wind farm features six wind turbines, each generating 2MW of clean electricity per hour, as long as the wind blows between 15 and 22m/s (54 to 79km/h), which it does on a fairly frequent basis on this coast.

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Do the maths and it’s clear that in order to put a dent in the hole in the generating budget that the closure of Yallourn will leave, a few more turbines are needed. After all, the filthy old Yallourn plant has the capacity to do the work of 725 of these windmills, assuming that they ran at full efficiency 24 hours a day, a patently unreasonable expectation. The conveyor belt of nasty lignite never sleeps.

Like the EQS 53 AMG, there’s a lot to wrap your head around now that we’ve reached journey’s end. None of the solutions are easy, and require a nuanced viewpoint.

Yet that age old chestnut spouted by fossil-fuel proponents that, in Victoria at least, an EV user is just moving the problem from tailpipe to the even more egregiously belching cooling towers of places like Yallourn can be put to bed with numbers.

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Yallourn’s emissions will stop dead in 2028 when it’s finally decommissioned but the 14.4m tonnes combined from Loy Yang A and B contribute to 50 per cent of the state’s base load and also acts as the hub for the undersea link to the George Town substation in Tasmania. Decommissioning this is an altogether thornier proposition.

According to the Clean Energy Council [PDF ↗], Victoria’s renewable power sources comprise a third of its generating capacity in 2022 (36.8%), which is still better than Western Australia (35.2%), New South Wales (30.7%) and Queensland (22.6%). Only South Australia at 71.5 per cent renewable and Tasmania at 99.1 per cent allow EV owners a largely clear conscience.

Yet, as ever, the devil is in the detail, with Victoria being the only state to rely on lignite for its fossil-fuel power generation. Fully 58 per cent of Victoria’s power comes courtesy of brown coal; an utterly unsustainable statistic.

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Plugged back into its AC socket at the office, the EQS53 had covered 384km on a charge, with an estimated 20km remaining range. Of the 102.41kW we used, 58 per cent, or 59.4kW, was generated by some of the filthiest power stations on Earth.

But here’s where the figures get interesting. For the sake of argument, let’s say all that power came from Yallourn. That station generates a nameplate capacity of 1480MW, and given that it responds to demand, we can factor in an industry-typical 52 per cent capacity factor for a power plant of this type.

Generating the 59.4kW used by the EQS 53 AMG over 384km would take the power plant 0.291 seconds, if we also add a five per cent grid transmission loss.

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So what sort of carbon dioxide emission does that equate to? If we factor in that 52 per cent capacity, the Yallourn plant would typically emit 7.8 million tonnes per year, which equates to 72,111 grams of carbon dioxide in 0.291 of a second.

Given that this 72kg power-station emission will power an EQS 53 for 384km, it equates to a real-world driving figure of 188g/km. A petrol-powered Mercedes-Benz S580 emits 239g/km on the combined cycle and around 345g/km on the urban cycle which more closely represents the driving undertaken on our test route.

So even with your Mercedes being powered by the lowest grade fuel from the dirtiest power station in Australia, it’s still almost twice as virtuous as emitting it yourself from the tailpipes of an internal combustion engine. To hammer home the point, if, instead of just 58 per cent, but all of your electricity was generated from lignite and all of that came from Yallourn, an EQS 53 would still emit less carbon dioxide than its petrol equivalent.

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Granted, CO2 isn’t the only gas emanating from Yallourn’s smoke stack, but it certainly makes you feel a little less guilty about the Mercedes-AMG EQS 53. It’s no electric S-Class, rather something with its own personality and blend of qualities that takes a little time to key into.

It certainly has a unique sense of occasion. But as much as it is intriguing and impressive, it’s hard to shake the feeling that Mercedes probably has an even better electric luxury car in it.

Of course, it will take some time to arrive, but the signs are that when it does make landfall here, Australia’s electric infrastructure will have markedly changed for the better. Whatever your politics, that’s change worth believing in.

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Wie schnell bin ich?

Just how fast can the Mercedes-AMG EQS 53 charge? With charging times increasingly becoming a key differentiator, it’s worth noting that the peak charging rate we were able to see on a 350kW fast charger was around 205kW at around a 30 per cent state of charge, slightly better than the claimed 200kW.

Charging from 20 per cent to 80 per cent would typically take around 27 minutes, after which rate of charge drops off rapidly. As it approaches 90 per cent state of charge, the EQS’ charging rate decreases to around 40kW.

That’s about in line with AMG’s claim of 10-80 per cent in 31 minutes. In other words, it’s quick but it’s not the last word in speed at the charger.

The 2024 Abarth 500e electric hot hatchback will arrive in Australia late this year priced from $58,900 before on-road costs.

Fiat will launch the limited edition Abarth 500e Scorpionissima variant first, which will be restricted to 219 units (out of 1949 globally).

It will be followed by the standard series production Turismo trim sometime in 2024. The Abarth 500e commands a $6400 premium compared to its regular Fiat 500e twin.

JUMP AHEAD

• Pricing
• Features
• Colours
• Key specs
• Availability

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2024 Abarth 500e pricing

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2024 Abarth 500e features

The Abarth 500e features a single front-mounted electric motor and 37.8kWh usable lithium-ion battery, offering up to 252 kilometres claimed WLTP driving range.

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The Abarth 500e Scorpionissima features the same drivetrain and battery.

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Colours

The 2024 Abarth 500e is available in five exterior colour options, with pricing still to be confirmed.

The Scorpionissima launch edition is only available in Acid Green or Poison Blue.

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Key specifications

The Abarth 500e electric hot hatch features a single battery and drivetrain configuration, with the motor producing 113.7kW and 235Nm.

The Italian carmaker claims going from 20 to 40km/h, from 40 to 60km/h, and from 60 to 100km/h are all one second faster than the petrol-powered Abarth 695, thanks to the instant electric torque.

Compared to its tamer Fiat 500e sibling, it produces an additional 26kW and 15Nm, with a two-second faster 0-100km/h time.

For context, the slightly larger Cupra Born produces 170kW/310Nm for an identical 7.0-second 0-100km/h claimed sprint, while the upcoming all-new Mini Cooper Electric in base guise outputs 135kW/290Nm to go from 0-100km/h in 7.3 seconds.

The Italian carmaker claims five minutes on a compatible 85kW or higher public DC fast charging station can replenish enough range to meet daily circa-40km driving requirements.

A charge from 10 to 80 per cent takes around 35 minutes.

Unique to the Abarth 500e is a sound generator, which emits artificial driving noises in the interior and via the external pedestrian warning speakers.

The company claims it mimics the iconic roar of a traditional Abarth petrol engine. It can be disabled when parked, though.

A one-pedal regenerative braking setup is also standard.

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Availability

The city-sized 2024 Abarth 500e electric hot hatch will arrive in Australia in late 2023.

Initially, it will launch in Scorpionissima form only, limited to 219 units.

The $1600 cheaper Turismo variant will substitute it as a permanent model sometime in 2024.

Micro electric hatches are a rarity in Australia, but it is priced to rival the larger Cupra Born, forthcoming MG 4 X-Power, and new-generation Mini Cooper Electric.

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The 2023 Volkswagen Tiguan mid-size SUV is in stock for all-wheel drive grades following previous delays earlier this year.

Volkswagen Australia said 1400 five-seat, standard-wheelbase Tiguans are arriving now at dealerships, split between 300 132TSIs, 450 162TSIs, and 650 Tiguan R models.

According to the brand, the entry-level, front-drive Tiguan and Tiguan Allspace 110TSI Life variants remain in “strong supply”.

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Volkswagen said almost 60 per cent of current Tiguan demand is for the flagship 162TSI and R.

“Several months of Tiguan Allspace production has been built for Australia” said Volkswagen, but these vehicles are awaiting shipment out of Mexico, which is currently slower than usual.

Production of the limited-edition, five-seat Tiguan Allspace 162TSI Adventure has concluded and is now sold-out.

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Later this year, the 2024 Volkswagen Tiguan will commence production for Australia – but it won’t be the all-new, third-generation model unveiled in Europe this week.

Blind-spot and rear cross-traffic alerts will return to the Tiguan 162TSI Elegance and R-Line for MY24, after the technology was temporarily deleted from select Volkswagen vehicles in late 2022 to avoid extended wait times caused by the industry-wide semiconductor chip shortage.

These variants will also receive an electric tailgate and proactive occupant protection. The Harman Kardon audio system will return as standard for the Tiguan R.

As announced, the 147TDI diesel powertrain will be deleted for the 2024 Tiguan and Tiguan Allspace line-up – and diesel power won’t return in new-generation form.

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The 2024 Volkswagen Tiguan and Tiguan Allspace will arrive in Australia later this year or early next year. Pricing will be announced closer to the date.

The all-new five-seat Volkswagen Tiguan is due in Australia “in late 2024 or early 2025”, likely as a model-year 2025 vehicle.

Volkswagen has confirmed the Tayron, a new seven-seat large SUV due to be unveiled in 2024, will replace the current Tiguan Allspace.