Volvo Archives

All Volvo PHEVs registered since 2015 now also entitled to extended battery warranty

Besides range anxiety – the concern about how far you can go on a fully charged battery pack – has been on the minds of people who consider hybrids or electric vehicles, the other issue has also been the cost of the battery pack itself. In the early years, when the technology was still young, battery packs were very expensive and discouraged many people. But there has been constant advancement of the technologies, along with prices coming down, although they still are much more expensive than the small batteries that you see in the engine bay.

The battery packs have generally been reliable and how long they last has depended on many factors, both environmental as well as driving. It’s like batteries in laptops or mobilephones – some people enjoy a long service life while others may have to replace them within a couple of years when they cannot hold their charge properly.

PHEVs sold since December 2015 are covered
To give customers peace of mind, many companies have offered longer warranties on the battery packs. Volvo Car Malaysia announced its extended warranty in March 2020 but the coverage was only for models in its Plug-in Hybrid Electric Vehicle (PHEV) range registered from January 1, 2020.

Now the company has extended the coverage to all Volvo PHEVs purchased since December 3, 2015 when the XC90 T8 PHEV was launched in Malaysia. The company says that this has been prompted by ‘the enthusiastic response from customers and realising the positive impact that long-term electrification can bring to the environment’.

*The S60 T8 is one of the models in Volvo’s PHEV range.*

“As we continue our journey into sustainability, we are happy to announce this new, extended warranty coverage for our customers who have purchased any Volvo PHEVs since the launch of our first XC90 PHEV in Malaysia. This is our way of showing gratitude to the early adopters and also for those who are striving to make a more sustainable decision,” said Nalin Jain, MD of Volvo Car Malaysia.

The Volvo range of PHEVs for the Malaysian market consists of the S60 T8, XC60 T8, XC90 T8, and S90 T8. Prices range from RM295,888 to RM409,888 (excluding insurance).

Volvo’s new technology offers premium air quality inside the car

20 years of crashes to make cars safer

“Cars are driven by people. The guiding principle behind everything we make at Volvo, therefore, is and must remain, safety.” This was laid down by Assar Gabrielsson and Gustav Larson, the founders of the Swedish company, in 1927 and the principle has been upheld to this day. Whenever Volvo is mentioned, most people will think of ‘safety’ and indeed, its vehicles are among the safest in the world.

The company has pioneered many safety features and on average, it crashes at least one brand new Volvo a day. In earlier years, the facilities were outdoors and fairly basic – vehicles were basically driven against each other or into solid barriers to study the effects of such impacts.

*The two founders of Volvo made safety the guiding principle of the company and that principle is upheld up to today.*

Advanced crash laboratory
Eventually, crash test laboratories were built and allowed more detailed assessments with sophisticated instruments for recording and measuring. Virtually every carmaker had one and in 2000, Volvo opened its brand new Safety Centre which was one of the most advanced crash labs in the world and in many ways it still is today.

This facility helps engineers at Volvo Cars push the envelope in safety and to learn from real-life traffic accidents, as the company aims for a future in which no one is killed or seriously injured in a new Volvo.

“Being committed to safety is not about passing a test or getting a safety rating,” said Thomas Broberg, one of Volvo Cars’ leading safety engineers and a two-decade company veteran. “Our commitment to safety is about finding out how and why accidents and injuries occur and then developing the technology to help prevent them. We hope our pioneering work will inspire others to follow, our ambition to reduce road traffic casualties worldwide.”

Testing beyond regulatory requirements
The Volvo Cars Safety Centre crash lab is a multifunctional facility that allows Volvo Cars safety engineers to recreate countless traffic situations and accidents, and perform tests that go beyond regulatory requirements.

The lab contains two test tracks of 108 and 154 metres long. The shorter of the two is moveable and can be positioned at an angle between 0 and 90 degrees, allowing for crash test at different angles and speeds, or to simulate a crash between two moving cars. Cars can be crashed at speeds up to 120 km/h.

Outside, there is room for performing tests like roll-over crashes and run-off road scenarios, whereby cars are launched into a ditch at high speeds. Here, Volvo Cars also offers rescue services opportunities to practice and develop their life-saving skills, as it did earlier this year when it dropped new Volvos from a height of 30 metres to simulate the heavy damage found in extreme crash scenarios.

Inside the main hall, an enormous crash barrier is used for testing various frontal, rear and side impacts. Weighing an astonishing 850 tonnes, it can be moved around if needed with the help of air cushions.

Additionally, there are around two dozen other fixed and movable barriers that are used in crash testing, including a moose-like structure to simulate crashes involving these animals.

Recording what happens in an accident
During crashes, the car, the crash test dummies and the barriers are fitted with sensors that allow engineers to register the entire chain of events in detail. Dozens of ultra-high definition and ultra high-speed cameras also film the crash test from every angle.

Before a physical crash test, the new model under development has already gone through thousands of crash tests – in computer simulations. All the data generated by these simulations, along with the physical crash tests, is then used by Volvo’s engineers as they design the cars to the highest levels of safety and protection for the occupants.

“No matter what the scenario, we can recreate it here at the Volvo Cars Safety Centre and analyse it in detail,” said Broberg. “For me, it is very inspiring to realise that for every hour of testing and analysis we put in, we get closer and closer to our ambition that no one should be killed or seriously injured in a new Volvo.”

Click here for other news and articles about Volvo.

When Volvo drove a car off a building for a crash test (w/VIDEO)

Volvo Cars recently conducted its most extreme crash test ever, and it was not within the advanced Safety Centre but outdoors – with cars dropped from a crane! Ten Volvos, of different models, were dropped several times from a height of 30 metres.

Before the drop, Volvo Cars safety engineers made exact calculations about how much pressure and force each car needed to be exposed to, in order to reach the desired level of damage.

Simulating extreme accidents
The purpose: to help rescue services to prepare for any possible crash scenario and to simulate the forces that erupt in the most extreme crashes, beyond what can be simulated with ordinary crash testing.

This unusual approach helped create enough damage to adequately simulate the damage found in the most extreme crash scenarios. All findings from the crashes and the resulting extrication work will be collected in an extensive research report. This report will be made available free of use to rescue workers elsewhere, allowing them to benefit from the findings and further develop their life-saving procedures and capabilities

Similar extreme test in 1985
The crash test conducted recently was not really Volvo’s first extreme test: 35 years ago, its American subsidiary had a then-new 760 driven off a building and it fell 14 metres, hitting the ground nose-first. The impact was equivalent to a frontal collision at 50 km/h, the front end crumpling as it was ‘programmed’ to do so in order that the impact energy could be absorbed.

Back then, there was no GoPro and no drones for recording and conventional video equipment was used. Nevertheless, the resulting video – which was like a scene from an action movie – provided scary views from the seats through the windscreen as the ground rushed up.

At that time, the ‘crash’ was done not for helping rescue workers understand what a severely crashed car is like but more for promoting the safety of Volvos, and particularly the crucial value of using seatbelts.

Today’s cars are stronger
In the 1980s, the construction of most cars was fairly conventional with basically steel and plastic materials that could easily be cut. They were as safe as could be during that era, with Volvos being among the best in occupant protection. However, many of today’s cars use stronger materials, with the latest Volvos made of some of the hardest steel found in modern cars. They have more complex structural designs, and the presence of high-voltage electrical systems and battery packs in hybrid models must also be considered.

Volvo XC90 body structure — *The XC90 structure has more extensive use of hot-formed boron steel, which is the strongest type of steel presently used in the car body industry.*

Volvo therefore continuously crashes its cars, the recent one being an example, in order to get information on how the structure deforms. This will help rescuers who may use hydraulic rescue tools known in the industry as ‘jaws of life’. Extrication specialists often talk about the golden hour: the time-span they need to get injured occupants out and to the hospital for treatment.

Usually, rescue workers get their training vehicles from scrapyards. But these cars are often up to two decades old. And in terms of steel strength, safety cage construction and overall durability, there is a vast difference between modern cars and those built 15 to 20 years ago – like the 760 in the video.

*Rescue worker using ‘jaws of life’ to cut body structure if the doors cannot be opened to get the occupants out.*

This makes it crucial for rescue workers to constantly update their familiarity with newer car models and review their processes, in order to develop new extrication techniques. In other words, these training sessions can mean the difference between life and death. So at the request of the rescue services, Volvo Cars decided to step things up a notch.

“Normally we only crash cars in the laboratory, but this was the first time we dropped them from a crane,” said Hakan Gustafson, a senior investigator with the Volvo Cars Traffic Accident Research Team. “We knew we would see extreme deformations after the test, and we did this to give the rescue team a real challenge to work with.”

50 years of ‘CSI’ work to make cars safer

Volvo takes a different approach to helping reduce distractions to drivers

As a leader in automotive safety, Volvo has obviously stayed abreast of all developments which affect drivers and driving. Understanding that maintaining concentration on driving and on the road ahead are vital for safety, the focus has always been to minimise distractions.

In the early 2000s, for example, the company introduced IDIS (Intelligent Driver Information System), an innovative feature in the S40. IDIS helped the driver prioritise the information and services in the car depending on the current driving situation. If necessary, the system would delay incoming phone calls and other information during times when the driver was in a situation of higher ‘workload’.

*2nd generation of the S40 had IDIS (Intelligent Driver Information System) to reduce distractions during times when the driver was in a situation of higher ‘workload’.*

More distractions today
In more recent times, with the increased use of smartphones and touchscreens inside cars, there has been a growing debate around the dangers of distraction behind the wheel. There are laws that restrict use of mobilephones during driving, and to address this, manufacturers installed handsfree systems to manage calls.

However, the safety experts at Volvo Cars see the issue n a different light. They say that distraction is ‘a fact of life’, and that technology should be used to support people in their daily commute. The company’s own safety research and behavioural science work suggests that when used correctly, modern technology inside the car can actively reduce distraction, boost road safety and help people to be better and more focused drivers.

“It is easy to think that phones and screens are the only scourge of the modern driver, but life as a whole is distracting,” said Malin Ekholm, Head of the Volvo Cars Safety Centre. “We know people do not get distracted on purpose, but it happens. You could be late for an appointment and somewhat stressed, or you get behind the wheel after a bad day at work – all this affects you as a driver.”

*Perhaps older cars were ‘safer’ because the driver had less devices on-board to distract him?*

How drivers and society really operate
Some would say that from a distraction point of view, a car from the 1940s is safer than today’s cars – after all, it does not contain a screen, phone connectivity or even a radio. But that is not how today’s drivers and society operate.

“The reality is that people want to engage with friends, family, work and entertainment, and everyone responds differently to distraction,” said Ekholm. “So we want to meet our customers where they are, not where we want them to be. That is why our focus is on using technology in the right way, so we can use it to help you stay safe behind the wheel.”

Volvo Cars actively uses technology to combat the dangers of distraction, so as to offer some of the safest cars on the road. For example, its Active Safety systems with autobrake and steer assist are designed to be on guard to help drivers if they lose concentration or are distracted for a split-second.

*All-electric XC40 Recharge has a new Android-powered infotainment system that can help reduce distractions.*

Andorid-powered infotainment system
In the new XC40 Recharge Pure Electric, an advanced voice control on Volvo Cars’ new Android-powered infotainment system allows drivers to control the temperature, set a destination, play their favourite music and podcasts or call their mum on her birthday – all while keeping their hands on the wheel and eyes on the road ahead.

“Being able to control key features on your Volvo by voice allows you to keep your hands on the wheel and your eyes on the road,” said Ekholm. “Active Safety systems such as City Safety, Run-off Road Mitigation and Oncoming Lane Mitigation with Steer Assist can act as an extra pair of eyes watching over you.”

Volvo Cars believes that distraction should also be addressed via in-car cameras and other sensors that monitor the driver. With such technologies, if a clearly distracted (or drunk) driver does not respond to warning signals and risks a serious, potentially lethal accident, the car could intervene.

That intervention could involve limiting the car’s speed, alerting the Volvo on Call assistance service and, as a last resort, actively slowing down and safely parking the car. Volvo Cars plans to start introducing these cameras on the next generation of Volvo’s scalable SPA2 vehicle platform.

*Volvo has already installed Active Safety Systems that can spot pedestrians and animals on the road and stop the car if the driver does not take the right action.*

Humans have not changed much during a couple of thousand years. It’s a huge challenge to educate a human being into the perfect driver so Volvo designs its vehcles instead to help prevent the driver from having an accident – and to protect everyone in the car as well as possible if a crash is unavoidable.

Soon, you will be able to go only up to 180 km/h in any Volvo

LOOKING BACK: The Volvo 240 Turbo

The Volvo 240 was the Swedish carmaker’s first model to be a production ‘multi-millionaire’ and it was a major revenue-earner for the company in the 1970s. It was part of the 200 series which sold very well in America, a market that at one point accounted for over 50% of Volvo’s export sales.

Most people remember that 240 as a solid and safe car. However, it was not only in safety that this model gained a reputation as it was also one of the cars which was on the starting line of the age of powerful and efficient turbocharged engines 40 years ago. As the 245, It was also the first stationwagon with a turbocharged petrol engine.

Volvo’s engineers used their expertise with turbocharged engines, which was accumulated from 1954 when the brand’s L395 Titan truck went into mass production. Today, modular turbocharging forms the basis for all Volvo Drive-E engines in order to generate different power levels with the same cubic capacity.

The Volvo Turbo
40 years ago, there were some sportscars with turbocharged engines and such engines were also used in Formula 1 cars. But the 240 with a turbocharged petrol engine marked the beginning of a new era with the Volvo B21ET 4-cylinder petrol engine. It had a turbine that could spin at 110,000 rpm and produced up to 155 bhp from a displacement of 2.1 litres.

While a higher output usually meant higher fuel consumption, the 4-cylinder engine consumed less fuel than the bigger V6 engine in the 264. Performance-wise, a 0 to 100 km/h time of just under 9 seconds put the 245 Stationwagon briefly in pole position among the world’s fastest stationwagons.

In the USA, Volvo advertising even compared ‘The Turbo By Volvo’ with Italian supercars. What was important to Volvo was the acceleration and not the maximum speed. After all, the speed limit on US highways during that period was 55 mph (88 km/h) due to the energy crisis so Volvo did not highlight any top speed capability in its advertisements.

Volvo 240 Turbo — *Advertisements for the 240 Turbo in America in the late 1970s.*

Innovative technology
With around 2.7 million units sold in almost 20 years of production, the 240, introduced in 1974, became an icon of Volvo cars. Its design gave the car a recognisable identity with the massive safety bumpers.

The 240 Turbo made its debut in 1977 and the 3-year lapse was because the engine was subjected to a stress test in everyday work by Swedish police authorities. The result was so convincing that the later production version of the 240 Turbo was used by police authorities in many countries. Even Pehr Gyllenhammar, then CEO and President of Volvo, personally tested the model with its higher performance before approving start of production.

The mode of operation of the somewhat small turbocharger (for that time) was revolutionary. Because it was already boosting the charge at 1,400 rpm (just above idling speed) the turbo in the B21ET engine reached maximum boost at a low 2,600 rpm, then the wastegate valve opened at a pressure of 0.72 bar.

The idea of downsizing engines in favour of maximized efficiency was also accelerated by the 240 Turbo. There was a 1.9-litre turbo 4-cylinder unit (B19ET) available for certain markets where a capacity below 2 litres was advantageous tax-wise.

Engine construction with racing expertise
Motorsport often drives technical developments and Volvo developed a R-Sport turbo kit for those who wanted to participate in the one-make series Volvo Turbo Cup in 1982. In the same year, the FIA introduced new regulations that made it possible for the car to be entered in the Group A touring car categories.

The specially developed 240 Turbo Evolution, produced in the required 500 units, had a larger turbocharger, a modified engine control system and water injection, an invention patented by Volvo. At the opening race of the new German Touring Car Championship (DTM) in 1984, the 330 ps racing car that became famous as ‘The Flying Brick’ took overall victory. A year later, a 240 Turbo dominated the racing series in Europe and not only secured the title in the DTM, but also in the European Touring Car Championship.

New milestones in Volvo Turbo engine development followed. The 760, launched in 1982, made its debut as the world’s most dynamic 6-cylinder turbodiesel, and the 480 which appeared 3 years later combined front-wheel drive with turbocharging.

Then came the 850 in the early 1990s and this combined 4-wheel drive with high-torque turbo power, while the 1.6-litre GTDi engines which were introduced in 2010 in the S60/V60 offered direct injection with turbocharging.

Future-oriented advantages
With all current Volvo Drive powertrains, modular charging offers different power levels with the same displacement, because the compact design of the highly efficient Volvo motors allows the installation of one or more turbochargers. The fully integrated turbo system developed by Volvo is a globally unique innovation and has been patented by the company.

Volvo P1800 Cyan offers genuine ’60s driving pleasure

Polestar confirms Precept as production model

Polestar, the joint-venture company owned by the Volvo Car Group and Geely, has confirmed it will put the Precept into production. Revealed earlier this year, the Precept started life as a manifesto to illustrate the brand’s future vision and was described as a ‘commitment car’, not a concept car.

Besides showcasing the electric performance brand’s future design direction, the Precept also highlights Polestar’s path for digital technology and the use of innovative sustainable materials, inside and out.

Encouraged by positive feedback
Polestar was encouraged to turn it into a production model after encouraging response from the public.”’We’d like to see it on the road!’ – this is what the press wrote about Precept and the public said, ‘We want it’, so we decided to build it,” said Thomas Ingenlath, Polestar’s CEO.

“Consumers want to see change from this industry – not just dreams. Now, Precept becomes an even stronger statement. We are committed to reducing the environmental impact of our cars and our business. The aim has to be climate neutrality, even though I recognize that is a long-term goal,” he explained.

Advanced and sustainable
The interior of the Precept features a mix of sustainable materials including recycled PET bottles, reclaimed fishing nets and recycled cork vinyl. A flax-based composite, developed by external partner Bcomp Ltd., is featured in many interior and some exterior parts. Polestar’s ambition is to bring much of this sustainability into production.

In the model shown earlier this year, the next generation HMI (Human-Machine Interface), powered by Android, was demonstrated. Developed in close collaboration with Google, it features an enlarged, portrait-oriented 15-inch centre touchscreen that complements a 12.5-inch driver display. The two are linked by an illuminated blade that encompasses the entire interior.

Supporting the advancement of a personalised and dynamic digital interface, the instrument panel also hosts an array of smart sensors. Eye tracking will allow the car to monitor the driver’s gaze and adjust the content of the various screens accordingly. Proximity sensors also enhance the usability of the centre display when driving.

The name ‘Precept’ was chosen to emphasise the car’s role in setting out Polestar’s intent as the contemporary electric performance brand. A precept is a manifesto of things to come; a declaration. The car signifies an important milestone for Polestar as a standalone brand, describing a unique design philosophy that remains firmly embedded in Polestar’s brand values: pure, progressive and performance.

To be made in China
With product development underway, Polestar says it will produce Precept in China, where a new production facility will be established. The aim is to ensure the facility will be carbon-neutral and one of the most intelligent and connected automotive production facilities in the world.

The climate-positive narrative was started by a facility in Chengdu. Inaugurated in 2019, the Polestar Production Centre became the first LEED Gold-rated automotive production facility in China and runs on 100% renewable energy. It is producing the Polestar 1 – an exclusive, carbonfibre-bodied Electric Performance Hybrid – for both China and global markets.

Polestar presents high-performance EV of the future – the Precept Concept

Volvo’s new technology offers premium air quality inside the car

For those who want premium air quality in the premium cars they travel in, Volvo’s new Advanced Air Cleaner technology can satisfy that expectation. The technology is a world-first premium to provide Volvo drivers with clean and healthy air inside their cars and also clean the air of their cabin ahead of their journey.

While it may seem like the Swedish company is focusing on air cleanliness in view of global concerns brought on by the COVID-19 pandemic, Volvo has given attention to air quality in the cabin for decades. It was among the early carmakers to provide pollen filters and of course, it has continuously developed technologies to ensure that its exhaust emissions from its engines are as clean as possible.

*Volvo can’t do much about outside air quality (although it helps by ensuring its engine exhaust emissions are clean), but it can offer very clean air inside the car.*

Measuring and cleaning
The system has a sensor that measures PM 2.5 levels inside the cabin, creating a feature not available in any other car currently on the market. Indicating the amount of fine particulate matter in the air, PM 2.5 is a widely used measure for air quality. Globally, many urban areas suffer from PM 2.5 values that exceed recommended levels by the World Health Organisation, underlining the need to minimize their impact.

In China, where PM 2.5 measurements and related information services are well established, Volvo drivers can also compare air quality inside the cabin to that outside the car.

Available on all 60-series and 90-series Volvo models based on the Scalable Product Architecture (SPA) since early this year, the Advanced Air Cleaner uses a synthetic fibre-based filter and ionization to clean the air. Up to 95% of all PM 2.5 particles can be removed with these two methods.

*Volvo’s Advanced Air Cleaner can remove up to 95% of all PM 2.5 particles using a synthetic fibre-based filter and ionization.*

Healthier air means safer driving
With the greater air filtration, air quality inside the car is much healthier, limiting the adverse health effects that are associated with air pollution and fine particulates. Cleaner air inside the car also helps make driving safer as healthy and fresh air can help boost driver concentration.

Stale air tends to make a driver sleepy too, which is why the air inside needs to be refreshed periodically by opening the windows or switching to fresh air mode for the ventilation system. However, as external air quality is not clean, this is where Volvo’s Advanced Air Cleaner technology is very useful to clean it as it enters the cabin.

Drivers of certain Volvo models can also use the Volvo On Call smartphone app (where available) to easily schedule an extra cleaning of the cabin air ahead of their journey. The app then tells drivers about the actual PM 2.5 levels inside the cabin after cleaning.

*Volvo owners can also check on air quality in the cabin and then activate the cleaning process from their home or office.*

“With our Advanced Air Cleaner technology, you can rest assured that the air you breathe inside your Volvo is cleaner and healthier,” said Anders Lofvendahl, Senior Technical Expert on Cabin Air Quality at Volvo Cars. “We believe that clean air is good for you, both from a health and from a safety perspective, and we will continue to push the envelope in this area.”

Apart from the Advanced Air Cleaner technology, Volvo Cars also works on creating a healthy environment inside its cars in other ways. Its engineers have a long-standing focus on removing emissions from organic substances in the car. They also aim to minimize the amount of allergy-causing materials from its interiors as well as generation and emission of odours from parts and materials used inside the cabin.

Geely Auto looks at ‘passenger safety’ from a different perspective, aims to make cars ‘healthier’

Volvo P1800 Cyan offers genuine ’60s driving pleasure

We recently wrote about the Volvo P1800, an iconic sports model from the 1960s which also came to be known as ‘The Saint’s Car’. Now Cyan Racing, the reigning triple World Touring Car Champions, has revealed an interpretation of that car – the Volvo P1800 Cyan.

The original P1800 was unveiled in 1960, a year before the Jaguar E-Type, two years before the Ferrari 250 GTO and three years before the Porsche 911. “The Jaguar, the Ferrari and the Porsche are all cars with a continuation,” said Christian Dahl, CEO and founder of Cyan Racing. “That left us with inspiration to create what could have been if we, as a race team, had been there during the Sixties, racing the P1800, and got to design a road version of our race car.”

What could have been
In the age of autonomous driving, electrification and connectivity, Cyan Racing decided it was time to capture what has been and to make it timeless. “Obviously we could have built an electric Volvo P1800 filled with all the latest technology, comfort and luxury. But that was not what we wanted,” Dahl said. “Amid this paradigm shift, we decided to slow down time and freeze a part of it in our own time capsule. To take the best from the Golden Sixties and combine it with our capabilities of today, keeping a pure yet refined driving experience.”

Tailored to deliver genuine driving pleasure
While creating the P1800 Cyan, the team behind it decided to treat the design and engineering of the sixties with care, moving it forward in a delicate way. They applied their expertise in engine, aero and chassis design to make a car that delivers on the Cyan engineering philosophy in terms of predictability and intuitive driver control.

But it would also be lightweight and offer the analogue driving experience of the Sixties. “There are no driver aids to distort the driving experience, meaning no stability control, ABS or brake booster,” said Mattias Evensson, Project Manager and Head of Engineering at Cyan Racing.

“The Volvo P1800 Cyan is about clearing away anything disturbing the direct connection between driver, tyres and the road. Our objective has been to keep that undisturbed sensation whilst refining it with the best technology of today,” explained Evensson.

Carbonfibre and steel body
The bodywork has been altered to accommodate a wider track, larger wheels and repositioned greenhouse, among a long list of redesigns. “To put together an interpretation of an iconic design is a challenge. I think we succeeded in merging new technology without losing the character of the original Volvo P1800,” said Ola Granlund, Head of Design at Cyan Racing.

The P1800 Cyan which started life as one of the units produced in 1964 has been refined and reinforced utilizing high-strength steel and carbonfibre. “The basis for a precise and intuitive driving experience is a solid body structure. Cars from the Sixties are far from ideal when it comes to this due to weak points and steel quality that allow for flex,” said Evensson.

“We have redesigned the structure of the original shape and strengthened weak points in the chassis through triangulation, using high-strength steel and integrated the carbonfibre body with the chassis structure. The carbonfibre is not just a fine shell of separate panels, but rather structural components joined with high-strength adhesive to the steel. All parts of the carbonfibre are adding to the structural rigidity,” he said, adding that the car weighs just 990 kgs (lighter than a Perodua Myvi 1.5).

Powertrain from racing car
The 2-litre turbocharged 4-cylinder engine is based on the same engine as used in the world title-winning Volvo S60 TC1 race car, producing 420 bhp/455 Nm, with a redline at 7700 rpm. Although the engine is turbocharged, it is developed to deliver a linear power and torque curve with the characteristics of a normally aspirated engine. The engine character is designed to deliver a driving experience as in the Sixties but with increased performance and precision.

“While evaluating engines for the Volvo P1800 Cyan, we considered a wide range of Volvo engines, including the original B18, the ‘Red Block’ B230, the 5-cylinder ‘White Block’, the short inline 6-cylinder and the 4-cylinder VEA engine that power Volvos of today,” said Evensson.

“The efficient and lightweight VEA (Volvo Engine Architecture) gave us the best base, also allowing us to transfer our experience from the different versions of the VEA that we have designed for our race and performance cars of the past decade,” he said.

“We have adapted it to suit the Volvo P1800 Cyan with the power output increasing through the entire powerband. The power peaks late. It is designed for high revs a lot, with the torque intuitively linear to the pedal. We have learnt from racing where the drivers want perfect control of the torque, increasing precision and driving pleasure at the same time,” Evensson added.

A 5-speed bespoke Holinger gearbox has been selected to carry the mechanical feeling of the original Volvo P1800, but with greater gear change precision and capability of handling the increased torque. The live rear axle of the original car is replaced with a Cyan-designed independent rear suspension.

A key part to the engaging rear-wheel drive experience is the torque-biasing limited slip differential. The differential is mounted in a Holinger housing with unique gears in order to combine capable performance on a circuit with civilized behaviour for road use.

Pure driver focussed chassis
The fully adjustable front and rear suspension features bespoke lightweight components, including aluminium uprights, double wishbones and two-way adjustable dampers with Cyan hydraulics.

“The settings of the car are not aimed at fast lap times but rather to deliver an enjoyable and exciting driving experience. I feel my smile widening each time that I control the drift angle of the car through a long turn. The car goes where you point it. You can be brutal going into a corner and still find your apex and exit within millimetres,” said Thed Bjork, development driver and 2017 touring car world champion for Cyan Racing.

The carbonfibre-reinforced chassis is connected to the road with 18-inch forged rims with Pirelli P Zero 235/40 tyres at the front and 265/35 at the rear. Each wheel has 4-piston calipers with 362×32 mm steel discs with a ‘genuine feeling’ as no brake booster or ABS is there to interfere.

“The Volvo P1800 Cyan is the result of an advanced engineering process, involving many of the same talents who designed, built and developed our world title winning Volvo S60 TC1 Cyan,” said Dahl, adding that pricing and individual specification is available for those who want one.

LOOKING BACK: The Volvo P1800 aka ‘The Saint’s Car’

LOOKING BACK: The Volvo P1800 aka ‘The Saint’s Car’

When ‘Volvo’ is mentioned, many models come to mind and it depends on which generation is responding. Older people will think of the 122 Amazon and 244 while a generation later would remember the 850R. But everyone is likely to remember the P1800, perhaps Volvo’s most internationally renowned model ever and the one that arouses most emotions.

Planned in Sweden, designed in Italy, unveiled at a car show in Brussels, built in Britain and a huge success in the USA, production of the P1800 took place between 1961 and 1972. It had reached showrooms after 4 years of careful planning and development and while sales numbers were not spectacular, the image viewpoint it played was far bigger role than any previous Volvo model.

A ‘halo model’
The Volvo P1800 was born for that very reason – to attract the attention of passers-by to Volvo’s showrooms and to increase what today is known as ‘floor traffic’. Once ‘captured’, it was up to the sales advisors to do whatever they could so that people who entered the showroom left it after placing an order for a new Volvo.

The P1800 wasn’t Volvo’s first go at making a sportscar. Back in the early 1950s, it had produced the open 2-seater plastic-bodied Volvo Sport between 1955 and 1957. Only 67 cars were ever made and the production ended rather abruptly because the company’s President then, Gunnar Engellau, was disappointed with the quality. “Not a bad car… but a bad Volvo” was the way he put it when he gave the order to stop production.

1956 Volvo P1900 Sport — *Volvo’s first attempt at a sportscar was in 1956 with the P1900 Sport, but poor quality doomed it to a short production life.*

However, he recognised the importance of having a prestigious and exciting model to boost overall sales, and Volvo dealers were desperate for just such a car. This led to another go at making a sportscar and design proposals were ordered from Italy. Volvo consultant Helmer Petterson – who was deeply involved in the planning of the new car – had got his son, Pelle, a job at Pietro Frua, thanks to Pelle’s fresh degree in industrial design from the Pratt Institute in New York.

Designed in Italy… by a Swede
When the time came to unveil the 4 proposals to Volvo’s board members in 1957, Helmer sneaked in his son’s design as a fifth possibility – and that was the one that everyone picked! Engellau, in particular, liked it since he had very definite views about wanting an Italian-designed car. That of course is precisely what he did get – except that it was actually the work of a 25-year old native of Goteborg, Volvo’s home city!

Eventually, however, the truth behind the winning design proposal emerged. Engellau was furious as he felt he had been tricked and promised that Pelle would never be acknowledged as the car’s designer. And indeed, many years went by before the truth was made known and Pelle Petterson received the credit he was due for designing one of the world’s most attractive sports coupes.

The new sportscar had a fixed roof, steel body, with a lot of the mechanical components taken straight from the 122 Amazon. It was powered by the newly developed B18 engine in its 100 bhp sports version when it eventually arrived in the showrooms.

Initially made overseas
At this time, Volvo found itself in a hugely expansive phase and the company realized from the outset that it did not have sufficient in-house capacity to manufacture the new model – not for pressing of body panels, nor for painting or assembly, not even on a small scale. The hunt for a suitable partner got under way and after much deliberation, a decision was taken to use two British companies to build the car: Pressed Steel would build the bodies and Jensen Motors would paint and assemble the cars.

Production started but this was a far from friction-free method. Constant problems with personnel, working methods, quality, suppliers and logistics along with an unwillingness to deal with these issues meant that as soon as it was possible, Volvo transferred production home to Sweden.

By early 1963 – after Jensen had completed 6,000 cars – production of the 1800 started up in Volvo’s Lundby factory. But it was not until 1969 that body pressings were transferred from Pressed Steel in Scotland to Volvo’s own press shop in Olofstrom. The move home also coincided with a change of name for the P1800. At first, it was badged the ‘P1800 S’; later in 1963, it was known simply as the ‘1800 S’, the alphabet standing for Sweden.

During the car’s long life, no radical changes were made to the successful exterior lines. Only details such as the grille, trim mouldings, wheels and colours differentiate the various model years. From the technical viewpoint, the 1800 shadowed the development of Volvo’s other models and was continuously upgraded. Disc brakes all round, more powerful engines and electronic fuel injection were the most noticeable changes.

*The P1800 ES (left) and the Convertible (right).*

During its production life, two other body variants were also available. One was a convertible (only 30 units) and the other was the 1800 ES, with an extended roofline and an estate car rear featuring a large glass tailgate. The variants were designed in in-house this time and attracted considerable attention too.

Becoming The Saint’s car
Roger Moore was fortunate enough to drive a P1800 in his role as crime-fighter Simon Templar in the British TV series, ‘The Saint’. The TV production company had been looking for an attractive sportscar that would suit a gentleman of independent means and, after being turned down by Jaguar, approached Volvo to ask for the P1800. Volvo was, of course, quick to oblige as it would be a brilliant PR move for the new model. Every week, it appeared in the living rooms of TV viewers, becoming so firmly etched in minds that it came to be referred to as ‘The Saint’s car’.

*The P1800 gained worldwide publicity every week on TV as ‘The Saint’s Car’, driven by Roger Moore who played the part of Simon Templar.*

The P1800 was never intended to be a mass-produced car. As mentioned earlier, it was planned as a niche product or what is today referred to as a ‘halo model’. Yet it was viable enough to be within the reach of most people who wanted a car that looked like a Ferrari but cost and functioned like a Volvo – pleasant, reliable and economical.

In 1997, Volvo produced a coupe designated the C70 (left) and it was also used in a remake of ‘The Saint’. Its designers have been looking at a coupe for the 21st century as well, and their ideas were shown in the Concept Coupe in 2013 (right).

LOOKING BACK: The forgotten Volvo P1900 sportscar with a fibreglass body

Three special deals for Volvo’s Merdeka Campaign this year

Volvo Car Malaysia’s Merdeka Campaign this year pays homage to the country’s 63rd National Day with the belief that good things come in three. And so it will centre upon three Volvo sedans – the S60 T8 R-Design, S90 T8 Inscription Plus and S90 T8 Special Edition – with three special deals – free first-year insurance, free Polestar optimisation package and free 5-year service maintenance (VSA5+).

“Coming off the back of our most successful month since the inception of Volvo Car Malaysia in 1999, with 286 units sold in July, we hope that our Volvo 2020 Merdeka Campaign will spur Malaysians to consider the additional benefits of having a car that is powerful yet safe. As an automotive brand, we are committed to making the roads safer for both drivers and passengers through leading safety features and innovation that have been carefully engineered into our cars. Together with our legacy in Malaysia and our Swedish heritage, we want to continue to provide safer, more sustainable and premium experiences for more generations of Malaysians to come,” said Nalin Jain, MD of Volvo Car Malaysia (VCM).

Besides the special deals, VCM is also adding extra deals for buyers of the S90 Inscription Plus and S90 T8 Special Edition. For the former, there’s a RM15,000 voucher to purchase accessories while those who buy the latter will get a complimentary exterior styling kit and a 20-inch rim and tyre package worth RM35,000.

Through this campaign, Volvo Car Malaysia is also offering everyone a chance to own exclusive Volvo merchandise such as watches, sunglasses, electric ride-on cars for children and more, at a special bundled price of RM1,957. There is a bundle deal for men, women and children, with each category consisting of specific lifestyle items.

Finally, in collaboration with Thule Malaysia, Volvo Car owners who present their car key when purchasing any Thule Crossover 2 luggage bags and backpacks will be given a Thule Subterra PowerShuttle Organiser worth RM119. They will also receive a 15% discount on all Thule items until the end of December 2020.

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