Selasa, 31 Januari 2023

Dear Drive… What happens when your car gets towed?

It’s an inconvenience like no other, but where does your car go after being towed, and how do you get it back?

Dear Drive… Where we answer reader, viewer, and listener questions. Something on your mind? Call us on the radio show or email us at contactus@drive.com.au.


Ged asks:

Luckily I’ve not had it happen to me before, but I was wondering what would happen when a car gets towed?

Be it through negligence or arrogance (perhaps a mix of both), you can find yourself stranded and your car towed if you’ve parked illegally in a clearway.

Though you might first wonder if your car’s been stolen, contextual clues such as clearway signs should lead you towards the former.

A clearway is a section of road where parking and stopping are disallowed at certain times (usually peak-hour traffic), as designated by posted clearway signs.

If you park in one of these zones during restricted times, your vehicle can be towed away to an impound lot and you may be liable to pay fines and a release fee.

There is no note or explanation in lieu of your car when it gets towed, which can be confronting.

How do you know if your car has been towed?

To double-check the car has in fact been towed, you can consult online databases such as Nationwide Towing & Transport (Melbourne) and Towlink (New South Wales).

Find out whether your car has been towed through the following contacts:

  • Nationwide Towing & Transport (134 869) – Victoria
  • Towlink (131 700) – New South Wales
  • (07) 3403 8888 – Brisbane
  • Main Roads (08 138 138) – Perth
  • 1300 310 487 – Hobart

How much does it cost when your car gets towed?

Councils, towing companies and impound lots can charge parking fines, towing fees as well as release fees, which can cumulatively exceed $500 in some circumstances.

If I see my car being towed, can I ask for it back on the spot?

According to VicRoads, “If a driver returns to their vehicle being towed and the tow truck hasn’t left the area to travel to the impound yard, they will have the option to pay the vehicle release fee and have their vehicle released at the nearest safe location”.

EFTPOS should be available on the go, so that drivers can complete the transaction and have the car returned to them.

Unfortunately this doesn’t get you out of a fine, but at least you save yourself the inconvenience of having to retrieve it from elsewhere.

Where do I go if my car has been towed?

Once you’ve contacted the relevant authority listed above to determine whether your vehicle’s been towed, you’ll also be told where to pick it up.

Those who have had their car towed are encouraged to contact and pick up their cars as soon as possible, because impounded cars can incur further storage fees if kept for longer than 48 hours.

Most impound lots are open until late in the day (7–9pm depending on state) Monday through Friday, with limited operating hours on a Saturday.


Have a question about your next set of wheels or just need some car advice? No query is too big, small or obscure! Call in to the radio show (Trent on 2GB Sydney 1:30pm Monday and 9:00pm Wednesday, 5AA South Australia 1:30pm Tuesday, and James on 3AW Melbourne 9:00pm each Thursday), or contact us by email here: contactus@drive.com.au.

The post Dear Drive… What happens when your car gets towed? appeared first on Drive.

Toyota HiLux to adopt hybrid, electric power – executive

Australia’s top-selling vehicle – the Toyota HiLux ute – is due to adopt hybrid or electric power by the end of the decade, according to a high-ranking executive.

Development of a Toyota HiLux with the option of electric or hybrid power is being accelerated ahead of showroom arrivals due by the end of the decade.

Toyota has revealed two high-ranking product planners from Australia – who are responsible for shaping the specifications of future vehicles – are in Thailand this week reviewing a range of options for updated and next-generation models.

The head of sales and marketing for Toyota Australia, Sean Hanley, says the Toyota HiLux will have “some form” of electrification by the end of the decade and three options are being considered: electric, hybrid, and hydrogen.

Last year, an electric Toyota HiLux concept car was unveiled in Thailand and a hydrogen-powered example was unveiled in the UK.

However, reports out of Japan have repeatedly claimed the car giant is considering hybrid technology for the HiLux ute, Prado four-wheel-drive and LandCruiser 70 Series workhorse – though it is not clear whether these would adopt petrol-hybrid or diesel-hybrid power.

Petrol-hybrids make more sense because of the exorbitant cost of filtering toxic diesel emissions – in addition to the expense of a hybrid system.

A number of European car companies briefly dabbled with diesel-hybrids but those models have since been dropped or are about to reach the end of the line.

When asked which of the three options – electric, hybrid or hydrogen – was likely to come to the Toyota HiLux first, Mr Hanley said: “We are looking at all of the above.

“We are considering all of those technologies for HiLux. Obviously hybrid is the easy solution for us, because we’re already doing it on other cars, but we don’t discount other technologies that may be more suitable for that car.”

“We have a number of really exciting things happening on HiLux. There are electrification prototypes, we’re looking at. 

When asked if a Toyota HiLux Hybrid variant would arrive before the end of this generation within the next few years, or after the next-generation arrives in 2025 or 2026, Mr Hanley said: “We’re always looking at developments.

“So whilst I wouldn’t confirm or deny anything on the current HiLux, I’ll never rule out any potential going forward of further electrification being accelerated.

“We’re always looking at ways to improve HiLux for our customers.” 

When asked whether a hybrid option would be added to the Toyota HiLux range as the current generation approaches the end of its lifecycle, or wait until the next model arrives, Mr Hanley said:

“You’ll have to wait and see on that one. What I will say is that electrification is accelerating. But when I say that, Toyota’s perspective hasn’t changed.

“Our position is clear: carbon-dioxide emissions are the enemy here. We are playing a role in reducing CO2 emissions in the Australian market now. And 72,000 Toyota hybrid vehicles (sold last year) indicates customers see that as well.

“Australian new-car buyers are gravitating towards hybrid, and it’s also true that electric vehicle sales are accelerating in the market. 

“What we’re saying is the market will determine (what cars people buy) and the market must have choice.”

When pressed on the most likely form of electrified propulsion for the Toyota HiLux, Mr Hanley said: “Anything you write on HiLux is purely speculative because we’re not confirming anything – except to say that some form of electrification is likely on that car over the next seven years.”

“We will always continue to evaluate all the new models for Australia as they become available, particularly when it comes to electrification.”

The Toyota HiLux ute has been Australia’s top-selling vehicle outright for the past seven years and also the top-selling four-wheel-drive in 2022.

While diesel engines dominate the double-cab ute market in Australia, the option of petrol-hybrid technology for the Toyota HiLux – or solely electric power – would eliminate the customer inconvenience of diesel utes that require top-ups of emissions-reduction additives such as AdBlue.

For now there are no hybrid double-cab utes on sale in Australia, however the Ford Ranger is expected to add the option of a plug-in hybrid petrol variant within the next two years (spotted testing in Europe, above, wearing camouflage).

Mitsubishi has also foreshadowed a plug-in hybrid variant of the next-generation Triton ute, due to be introduced from 2024.

The new Toyota Tundra full-size pick-up (pictured below) is already available with petrol-electric hybrid power in the US and that model is capable of towing in excess of 4.5 tonnes with a heavy-duty hitch.

For now it is unclear whether hybrid technology will be introduced on the current-generation Toyota HiLux – or with the arrival of the all-new model due in 2025 or 2026. And whether it would be a four-cylinder or V6 hybrid.

Toyota Australia has, for now, refused to rule out the possibility of hybrid technology being added to the current-generation Toyota HiLux, which recently got the option of a wider track for the top-line Rogue and GR Sport (pictured below), despite the current platform nearing the end of its 10-year model-cycle.

The Toyota executive repeated earlier claims the Japanese car giant will have a range of low-emissions or zero-emissions vehicles by 2030 across all models except GR high-performance vehicles, but also underlined the importance of introducing technology that suits the diverse needs of Australian motorists.

“In Australia, right now, plenty of people are towing caravans, plenty of people are using cars for leisure and in industry,” said Mr Hanley.

“Electric vehicles will suit some customers, hybrid vehicles will suit some customers, and fuel-cell vehicles will suit some customers. We’re going to give them the choice. Our position has not altered.”

When asked when a solely electric version of the Toyota HiLux might be available to buy – following the unveiling of a concept vehicle in Thailand late last year and a number of third-party providers setting up their own conversions – Mr Hanley indicated Toyota would prioritise a hybrid alternative because it is more affordable.

Toyota hybrid cars today typically have a $2500 price premium over the equivalent petrol model, but real-world testing shows hybrid vehicles use half as much fuel as an equivalent petrol model.

Toyota says halving the fuel bills and emissions of the 315,000 hybrid cars sold locally over the past 20 years has delivered the same emissions reduction as putting 95,000 electric cars on Australian roads. Last year 33,410 electric vehicles were reported as sold.

Although the Toyota executive did not mention Australia’s first electric ute by name – the LDV eT60 from China, priced from $92,990 plus on-road costs (pictured above) – which went on sale late last year, Mr Hanley said: “There’s an electric ute in the market in Australia right now. What price is it?

“Are you better off having 72,000 hybrids on the road that are affordable, practical and deliver on what customers want? Or a handful of (electric vehicles) right now … that don’t have the scale right now to meet customer requirements (in terms of driving range and price).

“Car companies don’t decide what cars people buy, the customer decides.”

The post Toyota HiLux to adopt hybrid, electric power – executive appeared first on Drive.

Senin, 30 Januari 2023

Select Tesla Superchargers open for all electric cars in Australia

US electric-car giant Tesla has begun opening its exclusive fast-charging network to drivers of all electric vehicles.

A handful of Tesla Supercharger stations in Australia can now recharge electric cars from other manufacturers – mirroring a move made in Europe 18 months ago.

The US electric-car specialist announced today five of its circa-50 Supercharger locations in Australia – which until now have been exclusive to drivers of Tesla cars – will now support all makes and models of electric vehicles.

All five locations are located in New South Wales – and can deliver up to 120kW, rather than the 250kW of Tesla’s latest ‘V3’ Superchargers – but it represents the first time Tesla has opened its charging network to all electric cars.

The Superchargers cost 79 cents per kilowatt-hour for drivers of non-Tesla cars – compared to about 58 to 70 cents for Tesla vehicles, depending on the location.

However, non-Tesla drivers can join a $9.99/month subscription that cuts the charging cost per kilowatt-hour to 66 cents.

MORE: Australia’s major electric-car charging companies listed

For a vehicle with a 60kWh battery, this amounts to approximately $35 to $42 for a full charge for a Tesla, $47.40 for a non-Tesla electric car without the subscription, and $39.60 with the subscription.

To use the locations, cars require a CCS fast-charging socket – as fitted to most electric cars on sale, with the Nissan Leaf hatchback one of the few new models without one.

Over the past 18 months Tesla has opened its Supercharger network in Europe to all electric vehicles, as part of a pilot program that spans much of Europe, the UK, and now Australia.

Drive reported in mid 2021 that Tesla had no plans to open its Supercharger network in Australia to all electric cars – and would limit it to Europe – however a year later company executives showed interest in taking the pilot program global.

The post Select Tesla Superchargers open for all electric cars in Australia appeared first on Drive.

School’s out… forever. Former US school bus converted into post-apocalyptic multi-function camper

If you’re looking to build a home-away-from-home that can drive after the end of the world, this converted school bus could be the perfect solution.

A US man has created what might be the perfect mobile home – and it is based on a humble 20-year-old school bus.

Gordon Clement – posting on social media platform Instagram as ‘gordofromearth’ – purchased the International ‘Blue Bird’ school bus in 2019, and has spent the past four years turning it into a drivable home that would not be out of place on the set of Mad Max.

A video posted to YouTube by Mobile Dwellings showed off Mr Clement’s converted bus, detailing all of the changes he’s made to make it a home-away-from-home – but he insists it’s not a temporary house.

“It’s built to be a truck when I need a truck, a camper when I need a camper, and to be able to live out on the road for as long as I might need to, but not as a full-time living situation,” Mr Clement told Mobile Dwellings.

A rooftop platform gives the first indication that this is no ordinary former school bus, which is confirmed when you look at the rear end to see it has been converted into a deck, complete with a hand-operated crane to load heavy items. There is a composting toilet, solar panel array and a 3kW inverter on a 10kWh battery system so the bus can operate completely off the grid.

Inside, the rows of seats that would carry dozens of children to school have been removed, with four captain’s chairs now fitted to transport its limited occupants.

Mr Clement estimates he has spent between $US30,000 to $US50,000 ($AU42,600 to $AU71,000) on the project (including the cost of the school bus), but the finished product has resulted in something truly unique.

The post School’s out… forever. Former US school bus converted into post-apocalyptic multi-function camper appeared first on Drive.

Driver assistance technology explained with Toyota Safety Sense

Driver assistance and safety technology features are important for buyers, but how do they all work? We delve into Toyota’s series of intelligent safety features to cover off five key areas.
Sponsored by Toyota

The list of acronyms that new car buyers need to understand is growing every day. From AEB through LDA to ACC, what do all these things mean and how do you know that you are choosing a car with all the technology you need?

To help simplify this, many brands are combining some key features into a single product set, and for Toyota, this is Toyota Safety Sense.

Every new Toyota passenger car sold in Australia includes high levels of modern safety equipment, and an important part of this is the advanced suite of active safety technologies. These tools are designed to aid the driver in ordinary and extraordinary driving situations, protecting you, your passengers and other road users – all with the goal of avoiding an accident altogether.

We delve into five key features of Toyota Safety Sense to explain how they work and why they’re so important for the safety of road users.


Pre-Collision Safety System

Active safety has been a feature of Toyota vehicles for over 50 years, since the introduction of anti-lock brakes in 1971.

One of the most important advancements in recent times has been the pre-collision safety system. The system uses cameras, radars, or a combination of the two to scan the road ahead and then alert or intervene if a potential hazard is detected. Think of it as having an extra set of eyes always keeping watch on the road conditions.

Depending on the model of your Toyota, there are up to three modes for the pre-collision safety system – warning, brake-assist and braking.

The pre-collision warning system operates between 10 and 180km/h for detecting other vehicles, and if your Toyota is equipped, between 10 and 80km/h for detecting bicycles and pedestrians.

A message will flash, and a chime will sound to alert you to the detected object closing at a rapid speed. If you begin to brake but the system determines that you aren’t braking hard enough, the pre-collision brake assist steps in to increase that brake pressure, which minimises or potentially avoids a collision.

If no action is taken, the system is designed to engage maximum braking automatically.

This is often known as Autonomous Emergency Braking, or AEB.


Road Sign Assist (Speed Signs Only)

You will encounter dozens of different speed zones on every drive you take, and it can be all too easy to find yourself confused of what the limit is. Road sign assist helps take that uncertainty away, with a forward-facing camera in the windscreen that constantly scans for speed limit signs, and displays the current limit in the instrument cluster.

This improves on the navigation-based speed zone alerts by using live data from the environment around you – key for roadwork zones as speed limits can change regularly.

For areas where the regular speed limit is reduced depending on the time of day, like a school zone, an additional speed sign might be shown.

Should this speed be exceeded, an alert will be displayed, and a chime will sound to warn you to reduce speed.

This is referred to as Road Sign Assist (RSA).


Lane Departure Alert & Lane Tracing Assist

Lane Departure Alert (LDA) monitors the lane markings on the road ahead, which are also shown by an indicator in the instrument cluster.

If your car moves too close to the line or crosses it, you’ll be prompted to check the position of your vehicle, and depending on your car an alert will be shown, a chime will sound, the steering wheel will vibrate, or there may be a combination of all three.

Should no action be taken, the Lane Tracing Assistant (LTA) is designed to automatically adjust the steering angle to move the vehicle back into the centre of the travelling lane.

Lane Tracing Assist can combine with other features like Blind Spot Monitoring (BSM) to prevent a lane change when there is a risk of collision.


Active Cruise Control

Cruise control is great for longer journeys, enabling you to maintain a set speed for extended periods while you focus on the road ahead.

However, our roads are getting busier, which means that a comfortable cruise at 100km/h may be frequently interrupted by slower-moving vehicles in your lane. This is where Active Cruise Control (ACC) steps in.

This technology uses radars to monitor the speed and distance of the vehicle in front. As you approach, the system is designed to smoothly reduce the speed of your car to match, so as to maintain a gap. The following distance can be adjusted to suit the driving situation, and in many cases the active cruise control can bring the vehicle to a complete stop under the right conditions.

You can then resume the previous set speed with the press of a button. Using the information provided by the roadside assist system, you can easily match the set speed to the current limit, while lane tracing assist keeps your vehicle centred in the travelling lane.


Automatic High Beam

Country driving at night is a regular part of many Australians’ lives, and with Automatic High Beam (AHB) technology you can be sure the road ahead is brighter for longer.

When the road is clear, the high beams will be automatically activated at speeds above 30km/h. Using the camera in the windscreen, the system monitors the conditions ahead for streetlights as well as oncoming or leading vehicles.

If a car approaches from the other direction, the AHB system is designed to switch to low beam to prevent dazzling the other driver. As soon as they have passed, the high beam will be reactivated automatically.


As you can see, there are plenty of reasons to have Toyota Safety Sense at the top of your priorities list when shopping for your next new car.

It’s important to remember that these features are driver aids only and are not a substitute for attentive driving, but when used correctly these features make for a more comfortable and safer journey for you and your family.

The post Driver assistance technology explained with Toyota Safety Sense appeared first on Drive.

First 2024 Ford Mustang GT raises more than half-a-million dollars for charity

The first new-generation Ford Mustang GT in the US has been sold for $US490,000 ($AU691,200) at auction, helping to raise more than $US565,000 ($AU796,850) for charity.

The first example of the 2024 Ford Mustang GT has raised $US565,000 – almost $800,000 in Australian currency – for juvenile diabetes research after selling at a Barrett-Jackson auction in the US.

Ford revealed the seventh-generation Mustang in September 2022, and recently indicated the latest iteration of its iconic muscle car is due in Australian showrooms in the second half of 2023.

To commemorate the new-generation model, Ford offered the first 2024 Mustang GT Vehicle Identification Number (VIN) at a Barrett-Jackson auction in Arizona last week, allowing the buyer to configure their muscle car to their own tastes when production begins later this year.

The winning bid of $US490,000 ($AU691,200) was almost 13-times more than the outgoing Ford Mustang GT’s $US38,345 ($AU54,100) list price, – although an additional $US75,000 ($AU105,800) from two parties pushed the eventual donation up to $US565,000 ($AU796,850), all of which will go towards funding juvenile type 1 diabetes research through JDRF.

It’s the second time in less than two years where the first VIN for a new or special-edition Ford Mustang has been sold for charity at a Barrett-Jackson auction.

In March 2021, VIN 001 for the Ford Mustang Mach 1 was sold for $US500,000 ($AU705,200), with the proceeds again donated to JDRF.

Ford is not the only car-maker to sell the first VIN of a significant car for charity through an auction in the US.

The first example of the second-generation Honda NSX – sold in North America as an Acura NSX – was auctioned by Barrett-Jackson in 2016, raising $US1.2 million ($AU1.69 million today) for US charities Paediatric Brain Tumour Foundation and Camp Southern Ground.

It was followed in August 2021 by the first of 350 Acura NSX ‘Type S’ examples, which sold at a Mecum Auction for $US1.1 million ($AU1.55 million), with the money going towards the Center of Science and Industry. 

Both first-VIN NSXs were purchased by NASCAR team owner and car dealer, Rick Hendrick, who also holds the title of buying two of the most expensive new cars to cross the block at a Barrett-Jackson auction.

In 2020, Mr Hendrick bought the first Chevrolet Corvette ‘C8’ Stingray for $US3 million ($AU4.23 million today), donating the money to the Detroit Children’s Fund.

This figure was eclipsed in 2022 when he purchased the VIN for the first 2023 Chevrolet Corvette Z06 for $US3.7 million ($AU5.22 million), which was donated to Operation Homefront.

The post First 2024 Ford Mustang GT raises more than half-a-million dollars for charity appeared first on Drive.

Exclusive: New Nissan Navara ute due next year

The next-generation Nissan Navara is due in showrooms by the end of next year – with DNA from the next Mitsubishi Triton – according to documents unearthed by Drive.

EXCLUSIVE

The next-generation 2025 Nissan Navara is due to be unveiled next year – and could be in Australian showrooms by the end of 2024 pending any delays, Drive has learned.

Documents seen by Drive show the first new-generation Nissan Navara ute in a decade is due to roll off the Thailand production line in the middle of 2024.

The new Nissan Navara is due about nine to 12 months behind the vehicle on which it is based – and has been developed alongside – the new Mitsubishi Triton.

Australian showroom arrival timing is yet to be locked in, but if the first vehicles are produced in mid 2024, it could be in local Nissan showrooms by the end of 2024 or in early 2025 – pending any delays.

As reported previously, the next Nissan Navara and Mitsubishi Triton are being developed side-by-side, as part of cost-reducing plans under the Alliance between Nissan and Mitsubishi and French partner Renault.

Under a strategy known as “leader, follower” – where one brand takes charge of the development of a particular vehicle, and the other brand adapts the vehicle to suit its needs – Mitsubishi has been nominated to lead the engineering of the two new utes.

This is expected to mean the next Mitsubishi Triton and Nissan Navara will share their underpinnings, but have unique bodywork.

Drive understands that – at minimum – elements of the frame beneath the new Navara and Triton will be shared. It remains to be seen if they will share one common engine or retain their own.

For now it is unclear how many external parts will be shared with the Nissan and Mitsubishi utes.

The Isuzu D-Max and Mazda BT-50 twins have unique bodywork draped over common mechanicals. The latest Ford Ranger and Volkswagen Amarok twins share windows, side mirrors, door handles and roof panels, as well as mechanical components under the skin.

Few details are known about the next Nissan Navara – and its Mitsubishi Triton twin – as only a handful prototypes have been caught on camera on the road, and executives have remained tight-lipped on details.

Mystery also surrounds the engines of both vehicles. It is unclear if the utes would share a Nissan engine, Mitsubishi engine or have their own unique motors.

If one of the two brands supplies the engine for both vehicles, it’s not known if the existing diesel engines – a 2.3-litre single- and twin-turbo four-cylinder in the Nissan, or a 2.4-litre single-turbo four-cylinder in the Mitsubishi – would be carried over into the new generations.

It also remains to be seen if the current Mitsubishi Triton’s full-time Super Select II four-wheel-drive system will be available on the next model – and if Nissan will have access to it for the new Navara.

Executives have previously poured cold water on plans for a turbo-diesel V6 – but the partnership with Mitsubishi could open the door for plug-in hybrid for Nissan’s new ute, or the company’s own e-Power technology bound for the Qashqai and X-Trail family SUVs.

Information seen by Drive suggests a hybrid or electric version of either ute is unlikely to be available from launch, however such models could eventually follow during the lifecycles of each vehicle.

Other questions remain about the two new utes – will they come with four-wheel disc brakes, how much larger than today’s models will they be, will the trays be able to fit Euro pallets between the wheel arches (as per the latest Ford Ranger and both Volkswagen Amarok generations), and are Ford Ranger Raptor-rivalling off-road models planned?

As previously reported by Drive, testing of Mitsubishi Triton prototypes is underway in Europe and Australia – but examples of the new Nissan Navara have not yet been spied on the road.

Information seen by Drive shows the next-generation Nissan Navara is bound for North America in 2026 – the first time Nissan has sold the same “mid-size” ute in the US and the rest of the world in more than a decade.

Prior to the mid 2010s, the Navara utes sold in Australia, Europe, Asia and North America – where it’s known as the Frontier – were based on one vehicle, with different engines and minor trim changes to suit different markets and factories.

But the latest-generation D23 Nissan Navara sold in Australia was not sold in the US and Canada. Those markets retained the existing ‘D40’ model, which arrived in US showrooms in late 2004.

A new Nissan Frontier pick-up for North America was unveiled in 2021 – with a new body on top of an updated version of the old model’s chassis – but Drive understands this vehicle will be replaced early by the all-new Navara.

Confidential plans seen by Drive show after production of the new Nissan Navara begins in Thailand in mid 2024, it is due to commence two years later at Nissan’s factory in Mississippi, where the 2021-onwards Frontier (known as the D41) is built for the US and Canada.

The plans also show production of the next Nissan Navara is also due to begin towards the end of 2025 in Mexico, to supply vehicles for South American markets.

There, the vehicle is expected to replace the Frontier – with either the Frontier or Navara name – as with the US models.

The post Exclusive: New Nissan Navara ute due next year appeared first on Drive.