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General Motors

Roger Smith, the former General Motors Chairman and CEO from 1981 to 1990, introduced huge amounts of technology into the company in the 1980s to gain what he believed would be an advantage in vehicle production. He fantasized about a ‘factory of the future’ which would work 24 hours non-stop without needing lights as there would be no human workers. Everything would be automated so no worries about unions and strikes.

But total automation and high-tech have not proven to be the way to become an efficient and productive carmaker. In later years, after Smith had retired and GM formed a joint-venture with Toyota to operate a factory in California making cars of both brands, it would be discovered that the Japanese ‘secret weapon’ was not some advanced manufacturing equipment but something more human like training and having the right culture.

Three decades later, the new General Motors has created another high-tech factory though ‘future’ is no longer mentioned. It is actually the old Detroit-Hamtramck assembly plant which received a massive US$2.2 billion investment to be fully renovated for building a new generation of battery electric vehicles (BEVs).

General Motors Factory ZERO
The signboard on the 110-year old General Motors Detroit-Hamtramck factory being taken down in September 2020 as work was underway to renovate it into Factory ZERO to build only electric vehicles.

General Motors Factory ZERO

The various meanings of ZERO
Recently opened, the factory is known as Factory ZERO and while ‘zero’ is today associated with ‘zero emissions’ from vehicles, the name also reflects the significant role the facility plays in advancing GM’s vision of a world with zero crashes and zero congestion. It will make models such as the GMC HUMMER EV Pickup and HUMMER EV SUV, Chevrolet Silverado EV and Cruise Origin, an all-electric, self-driving, shared vehicle.

All Factory ZERO EVs will be built on GM’s Ultium Platform which is the core technology for the company’s EV product strategy. The Ultium Platform encompasses a common vehicle architecture and propulsion components like battery cells, modules, packs, drive units, EV motors and integrated power electronics, and is fundamental at plants where EVs are produced.

GM’s Ultium platform which will be used for the EV models of its different brands.
The GMC HUMMER EV SUV is one of the models to be built at Factory ZERO and will go on sale in 2023.

Through the Ultium Platform, GM can realize a strategic value chain shift across its network of vehicle assembly plants as the company is able to commonize and streamline machinery, tooling and assembly processes. This gives the company flexibility which huge corporations sometimes lose, and enables lower capital investments and greater efficiencies as additional assembly plant transformations occur.

GM’s competitive advantage
GM retooled Factory ZERO for BEV production for two-thirds the capital required to build a greenfield (brand new) plant, making the facility a model for future GM facility renovations. Some of the approaches taken during construction include reuse or recycling of almost every material that came out of the old facility during conversion. This included crushed concrete from the floor, which was repurposed for temporary roads around the facility. Storm water will be recycled and of course, solar power will contribute to the electrical needs.

General Motors Factory ZERO

As the company continues its transition into an all-electric future, GM will avoid up to US$15 billion in capital costs by 2030 through the renovation of existing manufacturing facilities versus ground-up construction. The figure grows to US$20 billion to US$30 billion at 100% transition of all manufacturing facilities to support EV production. That capital can be redeployed more strategically for additional customer-facing products, services and technologies.

“To meet our ambitious EV transition, GM’s North American EV vehicle assembly capacity will reach 20% by 2025, and then 50% by 2030,” said Gerald Johnson, GM’s Executive Vice-President of Global Manufacturing and Sustainability.

Shortened launch time
Using virtual tools and working in parallel with production engineering teams, GM cut the manufacturing launch time in half – from two years to less than one – also gaining a competitive advantage. By comparison, a brand new factory, with planning and construction, could take up to 4 years from site selection to vehicle production.

General Motors Factory ZERO

Along with the capital advantages, GM’s commitment to renovating its existing network of manufacturing facilities during the EV transition also saves time. An accelerated launch and production start allow the company to get new-generation EVs to customers sooner. The first vehicles from Factory ZERO will be delivered to customers by the end of this year.

GM estimates that 80% of the assembly process for an EV is the same as that for conventional vehicles. This is another driver of speed for GM. The company has refined and perfected its own standardized manufacturing processes over many decades, and will launch its expanding portfolio of BEVs faster, with superior quality and a lower cost.

People still matter in manufacturing
Roger Smith imagined a factory with robots and almost no human workers but Factory ZERO, when fully operational, will employ more than 2,200 people. “Our people are GM’s true competitive advantage — an advantage you simply can’t buy or quickly build,” said Johnson, echoing what Japanese carmakers have often said.

As a BEV factory, Factory ZERO plays a direct role in GM’s commitment to eliminate tailpipe emissions from new light-duty vehicles by 2035 and become carbon-neutral in its global products and operations by 2040. The company has already made a commitment to invest US$35 billion in electric and autonomous vehicles, with plans to introduce more than 30 BEV models by 2025.

General Motors Factory ZERO
Factory ZERO was officially opened by US President, Joseph Biden, recently.

GM looking forward to all-electric future with Ultium batteries

Air has been used to fill tyres and give them their form for over 133 years, used for bicycles and then motor cars. The use of air has been a simple and cost-effective (air is free) solution to providing hard wheels with an outer layer that could absorb bumps and other road irregularities. Pneumatic tyres, as such tyres are known, are used for all sorts of vehicle today – from two-wheelers to family cars to Formula 1 racing cars and even aircraft.

However, there has always been one disadvantage of having air inside – a puncture will allow the air to leak and the tyre cannot function properly. Depending on the speed at which the air leaks, the tyre might remain usable even at lower pressures than normal but rapid and sudden loss of air – and therefore pressure – can be dangerous and loss of control might occur.

Over the years, tyremakers have found various solutions to the problem of pressure loss by developing stronger tyres with special structures. This has led to run-flat tyres which can continue to be used even when there is no air in the tyre, allowing the motorist to reach a place where it can be replaced or repaired.

Making air unnecessary
Still, the majority of tyres rely on air inside to support them and so long as they are made of rubber, there always remains the possibility of a nail or sharp object causing a puncture. So researchers have long searched for a tyre that does not have to rely on air. Many ideas have been tried but few have been able to go beyond concept stage.

One idea that has shown promise since being presented to the world in 2019 is Michelin’s Unique Puncture-proof Tire System (UPTIS). The system eliminates the need for air with a revolutionary structure capable of supporting the vehicle, while also delivering a safe, comfortable ride. Without air, flat tyres and pressure loss are no longer an issue.

Genuine technological breakthrough
UPTIS is said to represent a genuine technological breakthrough thanks to its unique structure and materials. Ushering a new generation of airless solutions developed by Michelin, it combines an aluminium wheel and a flexible load-bearing structure made from glassfibre reinforced plastic (GFRP), a high-tech material.

The UPTIS concept is also a fundamental step towards more sustainable mobility. It can generate  significant benefits for motorists, fleet owners and the environment. Apart from peace of mind for motorists as being immobilized or inconvenienced by flat tyres will no longer be a worry, UPTIS can enhance efficiency for fleet owners by reducing the risks of vehicle downtime and eliminating tyre-related maintenance needs (pressure checks and inflation).

Punctures can be of all sizes and when they are too large, the tyre cannot be repaired. It is then thrown away. Michelin says that every year, 20% of tyres are discarded as scrap due to flats and rapid pressure loss (12%) or irregular wear and tear caused by poor tyre pressure (8%). Extrapolated on a global scale, this is the equivalent of 200 million tyres, or 2 million tonnes – that’s 200 times the weight of the Eiffel Tower! This airless technology can help drastically reduce the number of tyres that are scrapped.

Prototype tyres with UPTIS are now being run in a joint programme with General Motors using the Chevrolet Bolt EV. Data collected will be used to improve the tyre for commercialisation by 2024.

Real-world testing
The development programme has now reached the stage of producing prototypes in volume for real-world testing as the final test before the tyres are offered to the public. The data collected by engineers during this period of testing will enable them to perfect the prototype in preparation for its market launch in 2024.

You can’t see pollution from tyres but it is frighteningly high!

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Even before GMC’s electric HUMMER supertruck goes on sale at the end of this year, the company has revealed another model – the HUMMER EV SUV – which will make its debut in 2023. The SUV is the next chapter in the company’s revival with only EV products.

“The GMC HUMMER EVs were envisioned to be the most capable and compelling electric supertrucks ever,” said Duncan Aldred, Global Vice-President of Buick and GMC. “The new HUMMER EV SUV is the next chapter, which will offer many options for customers to tailor the truck to their lifestyles, while continuing to encourage them to forge new paths with zero emissions.”

2023 GMC HUMMER EV SUV

Starting with Edition 1
Driven by General Motors’ next-generation Ultium Platform, the new EV SUV will launch with an  exclusive Edition 1. This will give the customer a choice to equip the vehicle for optimal driving range or maximum off-road capability. As standard, the Edition 1 will have 22-inch premium wheels, assist steps and floorliners.

Customers will be able to opt for the Extreme Off-Road package with 18-inch wheels and 35-inch-OD MT tyres, underbody armour and rock sliders, a front eLocker and virtual rear lockers, heavy-duty ball-spline half-shafts, UltraVision with underbody camera views and other high-tech features.

2023 GMC HUMMER EV SUV

2023 GMC HUMMER EV SUV

The SUV’s look is rugged, like the pick-up truck, but has a different rear design with a full-size spare tyre mounted in the classic SUV fashion. Inside, a similar 5-passenger layout from the pick-up remains and includes a large and useful rear cargo area.

Crabwalk and Extract Mode
GMC is highlighting the superior capabilities of the new SUV while are possible with the HUMMER EV’s signature features such as CrabWalk, a revolutionary setting utilizing 4-wheel steer to drive diagonally at low speeds – like a crab. This will give a capability no other competitive SUV can offer. There is also Extract Mode which is a first-of-its-kind system that makes full use of the Adaptive Air Suspension to raise the vehicle about 150 mm to get over tough obstacles. This is extra ground clearance in addition to the already tall ride height.

Although it has a 3220 mm wheelbase, it can turn within 10.8 metres with 4-Wheel Steer. Impressive departure and breakover angles also allow it to be driven up and down steep slopes without difficulty.

An immersive interior puts the driver at the centre of every moment, including customizable, multisensory user features and an open driving experience with the standard Infinity Roof with removable Sky Panels, I-Bar and rear drop glass.

2023 GMC HUMMER EV SUV

2023 GMC HUMMER EV SUV

2023 GMC HUMMER EV SUV

830 hp, 15,592 Nm
GM’s Ultium Drive System offers up to 830 horsepower and up to 15,592 Nm of torque (GM estimated) — enough power for super-fast 0 to 96 km/h sprints in a time claimed to be approximately 3.5 seconds. The 20-module Ultium battery system can take the vehicle up to a 48 kms, GM engineers estimate, on the Edition 1 (with standard equipment).

2023 GMC HUMMER EV SUV

Additionally, all HUMMER EV SUV models will feature the enhanced version of Super Cruise, an optional driver-assistance technology offering hands-free driving on more than 320,000 kms of enabled roads, and a new automatic lane-changing feature, where the system can determine when a lane change is optimal and initiate the manoeuvre, while following signaling protocols.

Production and pricing in 2023
Production will begin in early 2023, and GMC is able to indicate the starting price of the Edition 1 which will be US$105,595 (about RM436,265 at today’s exchange rate). When equipped with the Extreme Off-Road Package, the starting price will be about 4.7% more.

2023 GMC HUMMER EV SUV

The Hummer returns… as an EV supertruck with 1,000 horsepower (w/VIDEO)

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General Motors and Honda have agreed to jointly develop two all-new electric vehicles for Honda, based on GM’s highly flexible global EV platform powered by proprietary Ultium batteries. The EVs will be manufactured at GM plants in North America with sales expected to begin in the 2024 model year in North America.

Production of these Honda electric vehicles will combine the development expertise of both companies. The exteriors and interiors of the new EVs will be exclusively designed by Honda, and the platform will be engineered to support Honda’s driving character.

Joint pursuit of electrification
GM and Honda already have an ongoing relationship around electrification, which both companies are pursuing in this decade. This includes work on fuel cells and the Cruise Origin, an electric, self-driving and shared vehicle, which was revealed in San Francisco earlier this year. Honda also joined GM’s battery module development efforts in 2018.

2020 Honda e
Honda e is a new EV which the company developed primarily for the European market.

“This collaboration will put together the strength of both companies, while combined scale and manufacturing efficiencies will ultimately provide greater value to customers,” said Rick Schostek, Executive Vice-President of American Honda Motor Co. “This expanded partnership will unlock economies of scale to accelerate our electrification roadmap and advance our industry-leading efforts to reduce greenhouse gas emissions.”


Related: GM Looking Forward To All-Electric Future With Ultium Batteries                GM


According to Doug Parks, GM Executive Vice-President of Global Product Development, Purchasing and Supply Chain, the agreement builds on a proven relationship with Honda, and further validates the technical advancements and capabilities of our Ultium batteries and our all-new EV platform.

“Importantly, it is another step on our journey to an all-electric future and delivering a profitable EV business through increased scale and capacity utilization. We have a terrific history of working closely with Honda, and this new collaboration builds on our relationship and like-minded objectives,” he said.

As part of the agreement to jointly develop electric vehicles, Honda will incorporate GM’s OnStar safety and security services into the two EVs, seamlessly integrating them with HondaLink. Additionally, Honda plans to make GM’s hands-free advanced driver-assist technology available.

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Social distancing

 

Like many carmakers, General Motors is heading for an all-electric future and putting considerable resources into building a multi-brand, multi-segment EV strategy with economies of scale that can rival its full-size truck business. By right, the company should be way ahead in the EV field today, having come out with the first mass-produced all-electric car, the EV-1, in 1996.

However, advanced as it was, the car was expensive to produce, and GM saw the EV segment then as being unprofitable, so it stopped making the car. Developing EVs then was not a priority (engineers who were assigned to such projects considered them ‘dead-end jobs’) and so GM didn’t advance its EV technology the way Toyota had done so with its hybrid technology after it introduced the Prius in the late 1990s.

GM EV-1
In 1996, GM launched the first mass-produced EV known as the EV-1. But it saw the EV segment as unprofitable and did not carry on development and marketing.

Now GM is accelerating its R&D into EV technology and the heart of its strategy is a modular propulsion system and a highly flexible, third-generation global EV platform powered by proprietary Ultium batteries.

“Thousands of GM scientists, engineers and designers are working to execute a historic reinvention of the company,” said GM President Mark Reuss. “They are on the cusp of delivering a profitable EV business that can satisfy millions of customers.”

The Ultium batteries and Propulsion System
GM’s new Ultium batteries are unique in the industry because the large-format, pouch-style cells can be stacked vertically or horizontally inside the battery pack. This allows engineers to optimize battery energy storage and layout for each vehicle design.

GM Ultium

Ultium energy options range from 50 to 200 kWh, which could enable a GM-estimated range up to 640 kms or more on a full charge with 0 to 100 km/h acceleration as low as around 3 seconds. Motors designed in-house will support front-wheel drive, rear-wheel drive, all-wheel drive and even performance all-wheel drive applications.

Ultium-powered EVs are designed for Level 2 and DC fast charging. Most will have 400-volt battery packs and up to 200 kW fast-charging capability while the truck platform will have 800-volt battery packs and 350 kW fast-charging capability.

Driving costs downwards
The flexible, modular approach to EV development is expected to drive significant economies of scale for lower production costs and create new revenue opportunities. The cells use a proprietary low cobalt chemistry and ongoing technological and manufacturing breakthroughs will drive costs even lower. Together with LG Chem, its joint venture partner, GM sees continuous improvement in battery costs as they are driven down to US$100/kWh.

GM Ultium

GM’s all-new global platform will be flexible enough to build a wide range of trucks, SUVs, crossovers, cars and commercial vehicles. To build them with capital efficiency, GM will leverage on existing properties, including land, buildings, tools and production equipment such as body shops and paint shops.

The vehicle and propulsion systems are designed together to minimize complexity and part counts beyond today’s EVs, which are less complex than conventional vehicles powered by internal combustion engines. For example, GM plans 19 different battery and drive unit configurations initially, compared with 550 internal combustion powertrain combinations available today.

Third-party forecasters expect EV volumes in the US market to more than double from 2025 to 2030 to about 3 million units on average. But GM believes the numbers could be materially higher as more EVs are launched in popular segments, charging networks grow and the total cost of ownership to consumers continues to fall.

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The Hummer is returning but you’ll hardly hear it coming… (w/VIDEO)

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GM Accelerates Transformation of International Markets’ is the title of General Motors’ press release issued today and it might be meant to have an optimistic tone for shareholders but when you start to go through it, you find that it is shows how the corporation is retreating from global markets because it cannot compete. The decline of what was once the largest company on the planet, the No.1 in automobile manufacturing (by volume, to be clear), and top of the list in the Fortune 500, is not something that has come in recent times. It began in the 1970s and kept getting worse to the extent that it went bankrupt by 2009, forcing reorganization.

Like many big and old American corporations, the way the business has been run has depended on big numbers for economies of scale to stay competitive and dominant. That’s still crucial in the auto industry but GM for too long was an insular company, not giving much meaningful attention to markets outside North America. It had units like Opel and Vauxhall in Europe and Holden in Australia, as well as joint-ventures in China. Opel and Vauxhall were sold off to Groupe PSA three years ago and now, Holden, the 164-year old Australian company, will also be shut down 89 years after GM acquired it. Sales, design and engineering operations in Australia and New Zealand will cease, with the Holden brand retired by 2021.

Holden

The move is explained as a continuation of the comprehensive strategy laid out in 2015 ‘to strengthen its core business, drive significant cost efficiencies and take action in markets that cannot earn an adequate return for its shareholders’. The last part is a similar theme used by Ford when it shut down its manufacturing operations in Australia four years ago.

GM President Mark Reuss said the company explored a range of options to continue Holden operations, but none could overcome the challenges of the investments needed for the highly fragmented right-hand-drive market, the economics to support growing the brand, and delivering an appropriate return on investment.

“After considering many possible options – and putting aside our personal desires to accommodate the people and the market – we came to the conclusion that we could not prioritize further investment over all other considerations we have in a rapidly changing global industry,” he said.

Like Ford, GM just doesn’t care to compete anymore in Asian markets and is pulling out, with the exception of Korea (notwithstanding its 10 joint ventures in China). Its factory in Rayong, Thailand, which was set up to produce for the ASEAN markets using duty-free incentives is also to be sold to China’s Great Wall Motors.

GM Rayong
In the mid-1990s, GM built a big factory in Thailand when the AFTA (ASEAN Free Trade Area) benefits were offered and expected to be a major player in the region.

GM Senior Vice President and President GM International Steve Kiefer said the detailed analysis of the business case for future production at the Rayong facility (which includes an engine plant) indicated low plant utilization and forecast volumes have made continued GM production at the site unsustainable. Without domestic manufacturing, Chevrolet will be unable compete in Thailand’s new-vehicle market. Years earlier, GM also pulled out of Indonesia and ended attempts to grow its presence in the Malaysian market.

These are difficult decisions, but they are necessary to support our goal to have the GM International region on the pathway to growth and profitability,” said Kiefer, adding that GM would also sell its Talegaon manufacturing facility in India.

GM
GM wants to focus on markets where it can get ‘robust returns’ and prioritizing global investments in the areas of EVs and autonomous vehicles – and it’s not interested in righthand drive markets.

Outside of North America, it still sees the possibility of continuing business in South America and the Middle East. “In markets where we don’t have significant scale, such as Japan, Russia and Europe, we are pursuing a niche presence by selling profitable, high-end imported vehicles – supported by a lean GM structure,” said GM International Operations Senior Vice-President Julian Blissett.

GM in Malaysia
Like Ford, GM was selling its cars in Malaysia decades before the Japanese brands arrived in the 1960s. It had a range of brands like Bedford, Chevrolet, Vauxhall, Opel and even Holden, and even set up an assembly plant in Johor in the 1960s. And before Toyota came out with its Kijang in Indonesia in the mid-1970s, GM’s Bedford unit had developed a simple Basic Utility Vehicle called the Harimau that was intended for the developing countries in the region.

Chevrolet
Chevrolet was sold in the country decades before the Japanese brands arrived. Even Tunku Abdul Rahman used one of its models to travel around the country and a fleet was also purchased to transport VIPs during the first Merdeka celebrations.
Bedford Harimau
The Bedford Harimau was specially developed by GM for developing countries.

For a while, it tried to sell Holden models like the Kingswood and Statesman (assembled locally) which were rather inappropriate for this market. They had huge engines (2.7 litres and bigger!) and were heavy, thirsty cars. There was a joke that if you bought one, its value depreciated by 50% the moment the new numberplate was attached. 44 units of the Chevrolet Impala were also assembled at the ASSB plant in Shah Alam, Selangor, in the late 1960s and it took a while for them to clear.

Chevrolet Impala Holden Statesman
The GM models assembled in the late 1960s were the Chevrolet Impala (left) and the Holden Statesman (right). Both were big, thirsty and heavy and depreciated very quickly.

Besides the assembly plant, GM had a marketing office in Kuala Lumpur which mainly handled the Opel business until the late 1970s when it closed down and Opel faded from the market like the other brands. In the mid-1990s, a small effort was made to return with the Opel and Holden brands. GM even sent Mike Kimberley, former CEO of Lotus, to oversee the business in Malaysia as there was even talk of assembling the Opel Vectra. But the financial crisis at the end of the decade saw the attempt forgotten.

It would be another 4 years before GM returned to Malaysia with what seemed like renewed confidence in the regional market. It had invested in a huge factory in Thailand to produce what was touted as a market that would reach 500 million consumers and it believed it could be a significant player. In fact, in 2004, a senior GM executive told this writer that he expected Chevrolet to be among the top 5 in Malaysia within 4 years. The over-optimistic prediction was accompanied by a remark that ‘the Malaysian market is the same as the Indonesian one so we can apply the same product strategies’. Later, another senior GM executive would boast of how the Cruze was ‘100 times better than the Honda Civic’. It showed how disconnected from the market the Americans were and why they were doomed to fail.

1979 Opel Rekord
Although its Opel brand from Germany (the Rekord model shown above) was respected in the Malaysian market, GM chose to discontinue it and instead used the Chevrolet brand for Asian markets, saying it was ‘the most international of GM brands’. 

Chevrolet

Although Opel, with its German DNA in models like the Rekord, was a respected brand in the Malaysian market, GM chose to use Chevrolet for the region because it was ‘the most international GM brand’. To the older generation, Chevrolet was associated with those Detroit ‘aircraft carriers’ – huge machines on four wheels – even though the range offered was more oriented to ASEAN markets with models like the Nabira and Optra.

For its initial return in 2002, GM let DRB-HICOM handle the business but eventually found difficulties in managing differences with its distributor in approaches taken for the business. So GM came in to directly run the business in the mid-2000s, around the time Ford was pulling out of Malaysia and leaving the business to Sime Darby. There was a lot of enthusiasm in the early years as GM ASEAN probably had a business plan which appealed to the big bosses in Detroit (remember how they believed that they could become No.4 in Malaysia).

Chevrolet

Chevrolet

To be fair, a lot of marketing initiatives – like cutting parts prices by up to 65% – were carried out to grow the brand but that’s a long-term thing and the problem is that Americans are impatient. Jeep came into the market in the mid-1990s and sold well, but the moment things slowed down and numbers fell, it pulled out right away. They also want big numbers and a veteran local car guy recalls how he went to Detroit to talk to Chrysler about representing them in Malaysia and was told that if he was not taking a thousand cars a month, forget it.

Chevrolet Cruze
After giving up being directly involved in the Malaysian market, GM gave the franchise to the Naza Group which had the  Cruze, a brand new model which seemed promising, to start off with in 2010.

Eventually, GM also gave up on Malaysia (again) but managed to get the Naza Group to take over the brand. Like DRB-HICOM before it, Naza felt it could build the brand and put in much effort. But the products were not competitive enough and the only one that could sell well was the Colorado pick-up made in Thailand. And again, expectations and commitment differed between the two sides with a frustrated Naza suddenly announcing it would cease representing Chevrolet after an 8-year association. Its explanation for the move contained the words ‘long-term sustainability and profitability’, which suggested that GM’s brand could not deliver that.

As GM regards righthand drive markets as not being worth its time, we will probably not see Chevrolet or other GM brands again. Anyway, Chevrolet’s departure from Malaysia has not made much difference since the numbers were insignificant anyway. They were also not particularly big in neighbouring markets so there isn’t really an empty space to be filled.

 

 

 

Daytime Running Lights or DRLs are a common lighting feature on many vehicles today, even the lower-priced ones. Their original purpose was to increase conspicuity of the vehicle during the daytime, or in poor or low lighting conditions, alerting other road-users earlier. It offers the same safety benefit as a motorcycle’s headlight being kept on all the time.

DRL
An approaching vehicle that has a DRL will be visible earlier to the driver, reducing the chance of a head-on collision.

Born in the USA
Like the Third Brake Light (or Centre High Mounted Stop Lamp, which is the correct term), the DRL came into use in the USA although, initially, there was controversy and some states did not allow it. In Europe, though, there was easier acceptance in regions like Scandinavia where lighting conditions are low much of the year (especially during winter). Although Finland required vehicles travelling on rural roads to have DRLs slightly earlier. Sweden was the first country to require vehicles to have DRLs, introducing the law in 1977, although Finland required vehicles travelling on rural roads to have DRLs slightly earlier.

In the USA, though, the DRL was not considered as being important enough and the National Highway Traffic Safety Administration (NHTSA) felt that the conditions did not make them necessary. There were also critics who argued that they were more a danger than a contribution to road safety. Back then (the 1980s), the DRLs were very bright in order to be effective in the daytime. As they were in a fixed position, their height on some vehicles (like pick-up trucks or SUVs) could also result in the light shining straight into oncoming drivers’ eyes.

Nevertheless, the value of DRLs was considered to be great enough that General Motors actively lobbied the NHTSA to support their usage and subsequent mandatory requirement. One presentation by the carmaker elaborated on studies made of the effectiveness of DRLs after they became compulsory on vehicles in Sweden. An 11% reduction in daytime collisions was observed while two-vehicle head-on collisions were reduced by 10%, and collisions involving cyclists and road-users on 2-wheelers were reduced by 21%. Collisions involving pedestrians were reduced by 17%.

DRL
In places where there are winter conditions, lighting is low so having DRLs which are on all the time has proven effective in reducing accidents.

Opposition to use of DRLs
In early 1987, the NHTSA agreed to permit the installation of DRLs but this proposal was terminated in June 1988 because there was strong and influential opposition. GM then petitioned, in 1990, for the optional use of DRLs which was accepted and addressed a multitude of state laws which had the effect of not allowing the use DRLs.

drl
General Motors installed simple DRLs on some of its models from 1995 and made them standard across the range from 1997.

GM began to install DRLs on some of its 1995 model year vehicles and within 2 years, DRLs were standard equipment on all GM vehicles sold in the USA. Besides GM, Saab, Volvo and Volkswagen were also the first manufacturers to introduce DRLs in the US market.

Outside North America, carmakers also began to add DRLs to their vehicles as new marketing features. There was no compulsion (other than in countries already having DRL laws) to install them so the appearance of the additional lights within the headlamps was progressive, subject to costs going down.

Volvo
In the early 1980s, Volvo introduced the DRL concept in the Malaysian-assembled 240 by having the corner lights on all the time. Unfortunately, our high temperatures all year round caused an unexpected problem.

Unexpected problem in Malaysia
The first ‘DRL-equipped’ cars in Malaysia were from Volvo in the early 1980s. At that time, the DRLs were not really separate lighting elements as we know them today but bulbs were kept on all the time. As they had to be very bright to be effective in the strong Malaysian sunshine, they had a higher wattage which meant they generated more heat. This created an unexpected problem – the plastic covers began to deform! It was not a known problem in Sweden since temperatures are very much lower but for Malaysia, some changes had to be made to the materials. Needless to say, owners got the covers replaced under warranty.

From being merely a safety feature, DRLs have also become styling features, providing a visual ‘signature’ that identifies the model. This has been evident on premium brands where there have been common themes for the DRL style and further downmarket, designers are also doing the same thing these days.

DRL

DRL

Lexus DRL

DRLs offer significant safety benefits and have no drawbacks; the issue of dazzle which can occur at night is addressed as the DRLs set to deactivate when the headlights are switched on. In the early days, DRLs used incandescent bulbs which could result in a tiny increase in fuel consumption but with low-energy LEDs now in use, this is no longer an issue.

Lighting
Older vehicles don’t have DRLs so you should switch on the headlights if lighting conditions are poor.

If your vehicle does not have DRLs but you believe in the value of being more visible to other drivers, then be sure to switch on your headlights whenever lighting conditions are poor or low. This includes occasions when you may be driving along country roads where there are trees blocking the sky and the lighting is low. Having the headlights on could make a difference as drivers approaching from a distance can see the lights and not attempt to overtake other vehicles.

 

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According to GM’s latest sales report, demand for Cadillac vehicles is on the rise, which has been made evident by the automaker sales of 32,016 units this month alone. It’s part of an 18 consecutive month of growth for the brand. Adding to that, year-to-date sales are up by 18.5%, totaling 321,721 units.

“We have positioned ourselves to have a successful 2017 and are on track to have one of the best sales years in the history of Cadillac,” said Cadillac President Johan de Nysschen. “Our SUV sales remain strong and we are seeing growth in the sedan segment, with both the ATS and CT6 performing well globally.”

In its home market, the gradual decline in demand for luxury cars, has affected Cadillac somewhat. But it has managed to partially offset the deficit with stronger sales of the XT5 and the ever-popular Escalade. This has resulted in an 8.1% growth in SUV portfolio sales for the year.

Despite this, China continues to be a strong market for the brand. There has been an increase of 53.7% in Cadillac sales compared to the same period in 2016. Following suit are Canada, South Korea, the Middle East and Japan, all of which, recorded an increase in sales this month.

Cadillac’s XT5 luxury crossover is still the best selling vehicle in its product portfolio. It has recorded 129,971 units delivered worldwide this year, and the ATS did equally well too, achieving a 20.2% increase in demand.

Worldwide, the company has achieved a 3.7% growth in sales figures, which isn’t groundbreaking, but proves that Cadillac vehicles are still in demand. Though the luxury car market might be shrinking, the figures show that the American automaker is still going strong.

GM’s newest and baddest Corvette ZR1 has finally been revealed, and based on first impressions, its an absolute beauty. The car has a more aggressive frontend that has been purposefully designed to channel air to the 6.2-litre V8 engine and cooling systems while minimizing as much drag as possible.

Chevrolet has fitted this ZR1 with four new radiators bringing the total number of heat exchangers to 13. There’s also a carbon-fibre hood with an opening in the centre to accommodate the LT5 engine’s supercharger/intercooler assembly. Unlike the LT4, this one provides a much higher output due to a more efficient system.

Apparently, it offers 52% more displacement than the Z06’s LT4 supercharger. The powerplant also benefits from GM’s first dual-fuel-injection system, which employs primary direct injection and supplemental port injection, helping the LT5 achieve its record output. As such, this new ZR1’s engine produces an SAE-certified 755 horsepower and 969Nm of torque.

It can be mated to either a 7-speed manual or 8-speed automatic gearbox, which is the first time that the ZR1 has been offered with a choice of two different transmission. This could also be Chevy’s way of insinuating that automatics may become a mainstay in its future performance models.

Two different aero packages that have been wind tunnel tested, will be offered as add-ons for the Vette. A standard low wing helps the car achieve better handling, then there’s also a high profile tow-way adjustable wing that offers 60% more downforce than the one on the Z06. Adding to that, the standard issue front under-wing boosts overall downforce even further.

And if that still isn’t special enough, Chevy is also offering the Sebring Orange Design Package. As the name suggests, opting for this kit gets you a Sebring Orange tintcoat exterior color, orange brake calipers, orange rocker and splitter accent stripes, orange seat belts, orange interior stitching but weirdly enough, a bronze-aluminum interior trim.

But that’s not all, you also get heated and vented Napa leather-trimmed seating, carbon fiber-rimmed steering wheel, sports seats, Performance Data Recorder, Bose premium audio system and several others. Chevrolet is offering a whole plethora of additions to the car to complement its performance characteristics.

The 2019 Corvette ZR1 will be made available for sale in the US sometime early next year. However, more information about its performance and how fast it is able to lap he Nurburgring, will be divulged far earlier than the launch date.

As a touching gesture and to support its partnership with the Stephen Siller Tunnel to Towers Foundation, General Motors reunited two U.S. Army soldiers after a gap of 5 years. The duo are Staff Sgt. Eric Myers and Medic Steven Rooker, who crossed paths under unfortunate circumstances.

In 2012, Myers was serving his third deployment in Afghanistan with the 82nd Airborne Division when he stepped on an IED (Improvised Explosive Device). As a result of this, Myers suffered serious injuries and lost both legs above the knee.

Rooker, who was close by at the time, sprung into action to stabilize Myers until he could be airlifted our for more advanced medical treatment. Since that day, the two haven’t met but GM decided to reunite them as part of its efforts to support the foundation’s Building for America’s Bravest (BFAB) programme.

As a proud primary sponsor of such a programme, GMC has pledged more than $2 million (RM8.4 million) in 2017 toward building smart homes for catastrophically injured service members. The automaker is also heavily involved in this area to raise awareness for injured veterans.

Since the partnership was forged between GM and the Stephen Siller Tunnel to Towers Foundation, General Motors has provided more than $4 million (RM16.8 million) and contributed to building 66 smart homes. The target is to build 200 smart homes nationwide and raise an additional $1 million (RM4.2 million) through the end of 2017 to build more homes for deserving service members.

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