• IP addresses are NOT logged in this forum so there's no point asking. Please note that this forum is full of homophobes, racists, lunatics, schizophrenics & absolute nut jobs with a smattering of geniuses, Chinese chauvinists, Moderate Muslims and last but not least a couple of "know-it-alls" constantly sprouting their dubious wisdom. If you believe that content generated by unsavory characters might cause you offense PLEASE LEAVE NOW! Sammyboy Admin and Staff are not responsible for your hurt feelings should you choose to read any of the content here.

    The OTHER forum is HERE so please stop asking.

Most (and least) reliable car brands 2021

Hypocrite-The

Alfrescian
Loyal
Singapore Warms to Electric Cars Two Years After Tesla’s Rebuke
Kyunghee Park
March 8, 2021, 5:00 am
26afb973df094325f129ef9e9937bd69
b13753a78e7a5deb284f916755ba3b35

(Bloomberg) --
After years of not doing much to foster the uptake of electric cars, Singapore has started to embrace them.
Transport Minister Ong Ye Kung, speaking in parliament last week, said there is a net carbon positive impact in switching from gas guzzlers to electric vehicles, “even if the electricity is generated by fossil fuels.” And last month, Singapore pledged S$30 million ($22 million) over five years for EV-related initiatives.
“With our urban environment, Singapore is quite ideal as a test-bed for the rapid adoption of EVs,” Ong said.
That’s an about face from a few years ago when Elon Musk, the chief executive officer of Tesla Inc., rebuked the city-state several times over Twitter. In early 2019, he described the island as “unwelcome.” The government is “not supportive” of electric vehicles, he said in 2018.
According to Zafar Momin, adjunct associate professor at Nanyang Technological University’s Nanyang Business School, when the first Tesla was imported in 2016, local regulators were in a quandary about how to assess it. After some debate, the owner was taxed S$15,000 for the carbon emissions generated during battery charging.
“Penalizing an EV, instead of providing incentives like the rest of the world, was contrary to Singapore’s aspiration to be a smart and green nation,” Zafar said. “This incident may have led Musk to form the view that he tweeted.”
While the amount Singapore is spending on EVs pales in comparison to the billions of dollars China is outlaying, it is a much smaller market and the nation’s size also means public transport is an effective way of getting around.
Indeed, Singapore aims to have all buses run on electricity by 2040 as part of its goal to reach net zero emissions as soon as is viable in the second half of the century. It plans to phase out fossil fuel-powered vehicles by 2040 and won’t allow diesel-powered cars or taxis to be registered from 2025.
As part of the push, Deputy Prime Minister Heng Swee Keat said in the 2021 budget that 60,000 charging points at public carparks and private premises will be installed by 2030, an increase from a previous target of 28,000.
Road taxes levied on mass-market EVs have been lowered by as much as 40% so they’re comparable to internal combustion engine cars and the government will remove the $5,000 minimum additional registration fee for EVs from January 2022, helping buyers maximize early-adoption rebates, which are capped at S$20,000 per vehicle.
After the deduction in the minimum additional registration fee, over 80% of respondents in a survey conducted by car app Motorist expressed interest in adopting electric cars.
Such moves could help boost EVs to about 4% of total passenger car sales in Singapore by 2023, or around 3,300 units, according to BloombergNEF. By comparison, registrations of electric vehicles, which includes passenger cars, buses and taxis, in the city-state was 1,396 last year, up from 1,334 in 2019, Land Transport Authority data show.
“The government’s efforts to ensure availability of chargers at public parking lots and at public-housing car parks will help improve consumer acceptance of EVs,” BNEF analyst Allen Tom Abraham said.
“A shortage of public EV chargers can be a big hurdle to rapid adoption,” he added, noting that’s particularly the case in Singapore where most of the population live in dense, high-rise apartments that don’t have dedicated parking spaces let alone room for individual car-charging stations.
Musk hasn’t taken to Twitter lately about Singapore but Tesla has launched a dedicated sales portal that went live in February. Consumers can use the website to order a Model 3, Tesla’s most popular and affordable sedan, starting from around S$113,000, and expect delivery in mid-2021. The cars will likely be made and shipped from Tesla’s factory in Shanghai. Representatives for Tesla in China didn’t immediately respond to a request for comment.
The news was met with excitement on social media, with the buzz primarily centered around cost. Singapore is one of the world’s most expensive places to buy a car with excise and registration duties sometimes more than double a vehicle’s market value. People must also bid for a limited number of car-ownership permits that are auctioned by the government and that allow drivers to own an automobile for a maximum of 10 years.
Once that so-called certificate of entitlement expires, owners have to either bid for a new 10-year permit, export the car, or scrap it. The S$113,000 price tag for the Model 3 excludes that certificate, which can cost another S$47,000, depending on engine capacity.
“Cars in Singapore have never been, and I doubt will ever be, described as cheap relative to similar makes and models anywhere in the world,” said Tesla owner Adrian Peh, who imported his EV from Hong Kong in 2016. “I understand that building a sustainable future isn’t cheap, but if everyone shies away, then what kind of future do we leave behind for our children and grandchildren?”
Tesla’s official entry into Singapore was also welcomed by local fan club, the Tesla Owners Singapore group, which has more than 65 members.
“It’s encouraging to see that the government has placed a lot more emphasis on sustainability-related policies this year, specifically EV incentives and infrastructure commitment,” the group’s representative Chia Yan said. “We believe the government can still provide more support in the next few years.”
Outside of government support, would-be EV owners are also being offered financial help. The country’s biggest bank, DBS Group Holdings Ltd., introduced Singapore’s first green car loan on March 1, providing a rate of 1.68% per annum for anyone buying a new or used electric or hybrid vehicle. That compares to a rate of around 3.88% for regular personal loans. DBS is also Tesla’s preferred financing partner.
And soon, buying a made-in-Singapore EV may be possible, with Hyundai Motor Group planning to complete an innovation center that will include EV production by the end of 2022.
“As the path toward EV adoption appears more committed and clear, more manufacturers like Tesla will want to invest resources to serve future EV customers in Singapore,” Nanyang Business School’s Zafar said.
For more articles like this, please visit us at bloomberg.com
Subscribe now to stay ahead with the most trusted business news source.
©2021 Bloomberg L.P.
 

syed putra

Alfrescian
Loyal
Just waiting for 2022 new isuzu mu-x or mitsubishi outlander. After driving utes and trucks, no more low saloon cars.its more comfortable and less stress.
 

Hypocrite-The

Alfrescian
Loyal
2021 MG Marvel R Electric mid-size SUV unveiled for Europe, on wish list for Australia | CarAdvice
yjnua73aupstnku91owa.jpg

MG's first electric mid-size SUV debuts with three electric motors, 400km of range and a high-tech cabin.
jtyfev6wfcdectv8ml8w.jpg

343 shares
The 2021 MG Marvel R Electric has been unveiled, as the brand's entry into the electric mid-size SUV segment in Europe – though an Australian launch has yet to be locked in.
Powering flagship versions of the Marvel R Electric is a trio of electric motors – one up front and two at the rear, a first for an MG electric vehicle (EV) – combining for estimated power and torque outputs of 212kW and 665Nm.
MG claims a 0-100km/h sprint time of 4.9 seconds, making the plug-in mid-sizer one of the fastest-accelerating vehicles in the marque's history. A top speed of 200km/h is claimed.
Energy is drawn from a lithium-ion battery of unknown capacity, enabling a maximum driving range on Europe's WLTP test cycle of "over" 400km.
xawpimdh1a2qfb3kbeve.jpg

Plug the Marvel R Electric into a compatible high-speed DC fast charger and you'll be able to recharge the battery from zero to 80 per cent in 30 minutes – on par with its segment peers, from the Volkswagen ID.4 to the Nissan Ariya. Eleven kilowatt AC charging is also available.
Cheaper, rear-wheel-drive variants will also be offered, the Chinese-owned car maker says, though it has yet to release power or range specifications on those models.
Matching the hi-po electric powertrain is a suitably high-tech interior, headlined by a 19.4-inch portrait infotainment touchscreen with Apple CarPlay, Android Auto and satellite navigation, integrated into a centre stack that draws visual parallels with the latest Mercedes-Benz S-Class.
Drivers look into a 12.3-inch digital instrument cluster, while leather upholstery trimmed with ambient lighting elements and contrast stitching features around the cabin.
l3clggcf6kc98qhfninc.jpg

Under the skin, the Marvel R Electric measures in at 4674mm long, 1919mm wide and 1618mm tall, with a 2800mm wheelbase – 100mm longer overall, 43mm wider, 67mm lower and 80mm longer in wheelbase than MG's petrol-powered, mid-size HS, from which the EV model is understood to share components with.
Boot space is rated at 357 litres with the rear seats in place, expanding to 1396 litres with the second-row pews folded down. Rear-drive variants add an additional 150 litres of storage under the 'bonnet', where a combustion engine would typically sit. Braked towing capacity sits at 750kg.
Other available platform features range from a vehicle-to-load system – enabling the car's battery to power other electric devices, from air pumps and electric scooters to another electric car – to a Tesla-style heat pump intended to improve the energy efficiency of the climate control system, increasing range.
On the design front, the MG Marvel R Electric builds on the design of the petrol-powered HS with a largely enclosed front fascia with bold air intakes and an LED strip running across the grille, flush door handles, a sharp shoulder line and a full-width tail-light bar.
rxw4jkr09ddlr3ycwhjk.jpg

A full suite of MG Pilot driver assistance technologies will also be available, expected to include adaptive cruise control, lane-keep assist, autonomous emergency braking, blind-spot monitoring and rear cross-traffic alert.
The 2021 MG Marvel R Electric will go on sale in Europe in May 2021.
When will the MG Marvel R Electric come to Australia?
While a local launch for MG's all-electric Toyota RAV4 rival hasn't been locked in, the brand's Australian arm has its eye on the model for our shores.
"We’re excited to see the potential of the MG Marvel R and its performance would certainly excite Australian buyers," said an MG Australia spokesperson.
"There are currently no plans to introduce the Marvel R to the local MG line-up, but it’s one we’re watching with interest."
 

Papsmearer

Alfrescian (InfP) - Comp
Generous Asset
1616296681286.png
actually if i am not wrong, look at what the Taliban is using to mount their mobile light armor, that is the most reliable car. I think is some kind of Toyota van
Its a toyota pickup truck with a quad heavy machine gun or cannon setup. all terrorist groups love them. And in fact for the SAF, that is all they need too.

Toyota Hilux

1616296630224.png


1616296679789.png
 

Hypocrite-The

Alfrescian
Loyal
The most reliable vehicle that i know of is the Toyota land cruiser GXL. Built like a tank n designed for rough terrain etc.
 

Hypocrite-The

Alfrescian
Loyal
Why the 2021 Kia EV6 electric SUV is such a big deal for the South Korean brand
Contributing Journalist
21 Mar 2021 • 5 min read
Kia has been talking a big game in recent years. This week it proved it wasn’t just talk.
In unveiling the all-new EV6, the South Korean brand has made it clear that it means business about changing not only its image but also the very nature of the company itself.
The EV6 is a clear statement of intent from Kia, that it not only wants to move into electric vehicle (EV) sales, but be a leader in the expanding market.
While other brands continue to talk, Kia is getting on with the business of building desirable and appealing EVs that provide a genuine alternative to the brand’s existing models.
It comes at the same time the company has introduced both a new logo and name, dropping the ‘Motors’ from its title as it aims to reinvent itself as a ‘future mobility brand’ rather than a traditional car company.
Up until this week, that could easily have been dismissed as ‘marketing spin’, a company simply applying a new graphic design element while it steadily evolved its cars down a traditional path. Because as impressive as the likes of the new Sorento and Carnival are, they are evolutionary designs. That’s not the case with the EV6 – it’s a true revolution.
“EV6, as the first dedicated Kia EV, is a showcase of human-centred, progressive design and electrified power,” said Kia’s Karim Habib, senior vice-president and head of global design centre.
Kia-EV6-my22-reveal-%284%29.jpg

“We strongly believe EV6 is a compelling and relevant model for the new EV market. With EV6 we aimed to create a distinctive, impactful design by using a combination of sophisticated, high-tech features on pure and rich volumes, while providing a unique space as a futuristic EV.”
While there’s a lot of buzzwords in that statement, the core of it is true. The EV6 has progressive design with clear futuristic elements but is ultimately a car that could sell in significant numbers.
In many ways, it has the same potential as the Hyundai Ioniq 5 that, as we wrote last week, has capability to shake-up the EV market in Australia.
hyundai-ioniq-5-int-1001x565-%286%29.jpg

The reason is because they are very similar vehicles, in both concept and actuality. Both are based on the same new E-GMP underpinnings developed by Hyundai-Kia Group for a new range of EVs.
This modular architecture introduces a range of new technologies, including a more powerful battery that provides more than 500km of range and ultra-rapid 800-volt charging. These two features alone make it a huge step forward for Hyundai, while allowing Kia to enter the EV market locally with the latest and greatest tech.
But for all the excitement around the technology and the new design language, the fundamentals of the EV6 are sound. It’s a family friendly crossover with, what appears to be in the images at least, a practical interior, which means it’s not a styling exercise but a real alternative for a Sportage buyer.
Kia Australia is yet to confirm when, or even if, the EV6 will make it to its new-look Australian showrooms, but there’s a reason the company began installing EV chargers in its dealerships 18 months ago. Management knew this car was coming, and with its combination of style and technology, it has the potential to change the way people look at Kia forever.
The biggest challenge will arguably be convincing Kia’s head office to send the car here. That has been a problem already, resulting in the much-delayed arrival of the e-Niro. Kia Australia has repeatedly explained the problem is trying to convince head office that there is suitable demand for EVs in Australia, where few are sold and there are increasingly efforts to introduce new road user charges for EVs.
However, much of that is driven by the fact EVs are limited primarily to the premium brands, so political will to help incentivise EV sales is lacking, but introducing more affordable models from mainstream brands like Hyundai and Kia could be just what not only the brand’s need for growth, but the Australian car market as a whole.
Stay up to date with the carsguide weekly newsletter
Most viewed in news
 

Hypocrite-The

Alfrescian
Loyal
Won't electric car makes these technologies obsolete?

Nissan's mirror-bore coating engine tech explained
Tuhin Guha •
Mar 22, 2021 19:39 IST
News18News18News18News18
We recently visited the Renault-Nissan plant to get a closer look at how the Nissan Magnite goes from sheet metal to a fully-formed car. We've shown you this before, so a deep dive into the brand's much-touted mirror-bore coating tech, the one it says has been derived from the GT-R sports car and is a big selling point for its 1.0-litre turbo-petrol, seemed in order.

What are the advantages of using the mirror bore coating tech?

Mirror bore coating is a technology that is meant to improve energy efficiency by reducing the friction inside the engine. The advantages are improved fuel consumption and better energy efficiency in the engine.

Advertisement
Further, compared to the roughly 2mm-thick cylinder liner in other such turbo-petrol engines, the 0.2mm thick mirror bore coating is very thin, making for better heat conduction. This again brings better cooling performance and less engine knocking, and the efficiency of the engine as a whole is improved. These gains help in increasing fuel economy and engine power.


Why use iron for the coating and not another metal?

Molten iron is used for this coating because it can endure the friction and heat that is released during combustion. Conventional designs also use cylinder liners made of cast iron as other metals cannot endure the friction and heat that is generated in these processes.

How has the tech been reworked for use in a conventional, efficiency-oriented car from the performance-focused GT-R?

This technology was very labour-intensive initially and so was only limited to motorsport or high-end sports cars.
But by developing a technology that pretreats the aluminium surface by spraying molten iron, Nissan could reduce costs significantly. This meant that the technology could be employed in mass-produced engines without significantly increasing costs.


Is the thin cylinder coating capable of withstanding inferior fuel quality?

Consistently using low-quality fuel can cause corrosion in the engine's cylinders. This can happen because of the high sulfur content in these fuels. There are chances that acids may form inside the cylinder which can be controlled by using alkaline engine oil. Anyway, the cylinder bore is constantly lubricated by engine oil while running and as this coating significantly improves cooling efficiency, this protects the bore as well by reducing drag inside the cylinder.

How does the spraying process work to reach an even coating in the cylinder walls?

The spray machine automatically controls the thickness of the coating by controlling three factors - the amount of material being supplied for spraying by controlling the feeding speed of the iron wire, the speed at which the spraying device rotates inside the cylinder and the speed at which this device moves along the inner length of the cylinder.

Why is this tech available only on the turbo engine options?

The mirror-bore coating tech has been implemented on the 1.0-litre turbo petrol engine because the combustion temperature and pressure is higher than in naturally aspirated engines. This tech is effective here is controlling the added heat generated due to friction in the cylinder, allowing us greater gains. Additionally, the improved cooling efficiency is more useful here with the better heat conduction. As a result, it makes it possible to set an optimum compression ratio that achieves both output and fuel efficiency targets easier.

Was it difficult to localize this technology in India? If yes, what kind of challenges were faced?

The mirror-bore coating technology is a patented process owned by Daimler and Nissan, but the tech has been localised at the Renault-Nissan facility near Chennai. Although, there are strict production criteria to be met to achieve the same level of quality as elsewhere. Initially, there were challenges in improving the efficiency of the equipment and productivity, but those have been addressed by the start of production.

Advertisement
 

MaximiLian

Alfrescian
Loyal
Most (and least) reliable car brands

1. Suzuki - 97.7%
2. Lexus - 97.5%
3. Toyota - 96.8%
=4. Kia - 95.8%
=4. Mitsubishi - 95.8%
=4. Subaru - 95.8%
7. Skoda - 95.6%
8. Alfa Romeo - 95.5%
9. Hyundai - 95.4%
10. Seat - 95.2%
=11. Vauxhall - 94.6%
=11. Mazda - 94.6%
13. Dacia - 94.1%
14. Fiat - 94.0%
15. Honda - 93.8%
16. BMW - 93.4%
17. Volkswagen - 92.9%
18. Ford - 92.7%
19. Renault - 91.7%
=20. Audi - 91.5%
=20. Volvo - 91.5%
22. Mini - 91.2%
23. Porsche - 90.9%
24. Peugeot - 89.4%
25. Citroen - 88.1%
26. Mercedes-Benz - 88.0%
27. Nissan - 87.1%
28. Jaguar - 84.9%
29. Jeep - 82.7%
30. Land Rover - 76.5%
31. Tesla - 57.3%


Source: What Car? Reliability Survey 2018

Merceles at 26?!? it’s rigged :eek:
 

Leckmichamarsch

Alfrescian
Loyal
It's interesting to note Tesla is bottom of the pile when it comes to reliability but in terms of stock market valuation, it is worth more than Toyota, Volkswagen, Daimler and General Motors combined even though its output is a fraction of these guys. Mr Musk clearly has an unlimited license to print $$$.

Tesla's stock market value tops Facebook's | Reuters

I am puzzled why I don't see more Teslas on Singapore streets, does the govt not see a future for electric cars? Besides, most of the major manufacturers are moving away from the combustion engine.


taxes n levies on petrol n cars too lucrative to give up
 
Top