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Race starts at 3 pm in Turkey/8 pm in Malaysia

It was less than a year ago that the Formula 1 teams were at the Istanbul Park Circuit in Turkey and this weekend, they are back again for Round 16 of the 2011 Formula 1 World Championship. The Turkish Grand Prix replaces the Singapore Grand Prix which had to be cancelled due to the ongoing pandemic in the country.

The track is not entirely unknown to them and current drivers like Lewis Hamilton, Sebastian Vettel and Kimi Raikkonen have raced at the circuit when the Turkish Grand Prix was held between 2005 and 2011. And even though they also raced there last year, there are unknowns, specifically regarding surface conditions. Last year, as the track had to be prepared for F1 racing after a lapse of 9 years, the freshly laid asphalt was slippery. Since then, the asphalt may have matured slightly and it’s also been completely cleaned with a high-pressure water jet. So this year drivers should benefit from better grip as a consequence of the softer compounds, higher asphalt roughness, and the likelihood of higher temperatures compared to last year.

According to Mario Isola, Head of F1 and Car Racing at Pirelli, the tyre suppliers, drivers reported improved grip during practices, and times in both sessions were considerably faster than 2020. “It’s hard to compare this year to last year, because the weather conditions are different and our tyre nomination this year is a step softer. We’ve seen consistent grip throughout the lap – albeit slightly affected by today’s gusting winds. However, there’s a risk of rain that could cause yet another variable,” he said.

Because Istanbul Park isn’t as frequently used as other F1 venues and with it being resurfaced, the track evolution is high – meaning, the track starts the weekend fresher (or ‘greener’) and develops more grip as more laps are completed and more rubber is laid down by the racing cars.

Istanbul Park is one of 7 anti-clockwise track layouts on the 2021 F1 calendar, the others being: Imola, Interlagos, Baku, COTA in Texas, Jeddah and Yas Marina. These layouts increase the strain on the opposite side of the driver’s neck, which isn’t used to experiencing these forces due to there being more clockwise circuits.

The best-known corner at the 5.338-km circuit is Turn 8, which has been described as one of the great corners in Formula 1. It’s very long, at 640 metres (or 12% of the entire lap) and taken at high speed, with several apexes that place forces peaking at more than 5g on the cars and tyres. Due to the increased downforce levels of the cars today compared to those 15 years ago, it has the highest lateral g-force experienced by the drivers over the course of the lap.

Many other corners place considerable demands on the tyres as well: Turn 1 is approached with a significant descent before heading uphill, and the back straight also contains a swooping uphill kink nicknamed ‘Faux Rouge’ in homage to Spa. The entire track layout makes plenty of use of the area’s natural elevation. It is one of the better circuits in F1 for overtaking, because there are several big braking zones and corners leading onto longer straights which offer several different lines.

The winning strategy last year was a one-stopper. Hamilton was one of only four drivers to stop once, as the majority stopped twice. In terms of car set-up, Turkey is what the engineers call ‘middle of the pack’, because most of its characteristics are pretty average, so not on either end of the spectrum in terms of downforce and power sensitivities.

Pole position on the starting grid seems to give a clear advantage at this circuit as 5 of the 8 winners started from that position. However, Hamilton won’t get that slot no matter how quick he is in qualifying as his engine change incurs a penalty that will put him 10 places down  on the starting grid tomorrow. But it should be remembered that last year, he started the wet race from sixth place – and won it as well as confirmed his seventh World title.

As the teams begin their battle tomorrow, both championship titles are still tightly contested. Hamilton is just 2 points ahead of Max Verstappen, while a good weekend in Russia in the last round put the Mercedes-AMG PETRONAS team extend their lead to 33 points ahead of Red Bull Racing. Behind the two, the battle for third between McLaren and Ferrari should be interesting with the gap of 17.5 points.

Lewis Hamilton was quick in qualifying but he will still have a 10-place grid penalty as the team has made an engine component change for his car to be on the safe side.


Hydrogen is the most abundant element in the universe and from it, electricity can be created using a technology from the space program – the fuel cell. Through a chemical reaction with oxygen, electrical energy can be produced with only water as a by-product. The fuel cell is therefore a strong candidate to power electric vehicles – except that the technology is still very expensive and hydrogen stations are very limited.

Nevertheless, companies like Toyota have developed fuel cell electric vehicles (FCEV) and its Mirai model is already in its second generation and sold in selected markets. Recently, a Mirai set a Guinness World Record for a FCEV by travelling 845 miles (1,360 kms) on a full tank of hydrogen. The journey, which was done in southern California, beats an earlier world record set in France in May this year that achieved 1,003 kms.

The official record attempt was closely monitored by Guinness World Records officials and followed the strict rules and documentation procedures. The record distance achieved was more than double the EPA-estimated mileage that Toyota uses in marketing communications for the model.

The car was driven by a professional hypermiler and a partner over a period of 2 days over a route from the Toyota Technical Centre in California where Toyota’s fuel cell development group is based. The route used normal roads which included the Pacific Coast Highway and included rush hour traffic on the San Diego freeway. The Mirai was driven until the 3 hydrogen tanks were empty.

By the end of the trip, the Mirai had consumed a total of 5.65 kgs of hydrogen and passed 12 hydrogen stations along the drive routes without having to stop for refuelling. It emitted no carbon dioxide whereas a standard internal combustion engine vehicle, over the same distance, would have emitted about 300 kgs of the gas that is said to cause global warming.

Toyota adds that the record was achieved by drivers skilled in hypermiling techniques that optimized the Mirai’s vehicle performance under specific weather and driving conditions. . Additionally, as on the car’s Predictive Efficient Drive can learn repeatedly travelled routes to optimize charging and discharging of the battery to help maximize fuel economy and driving range. They also leveraged some basic fuel-efficient driving tips that any driver can learn but the car itself was a standard 2021 model on sale to the public.

The Mirai is priced from US$49,500 (about RM207,000) which is about 20% less than the first generation that went on sale in 2014. Buyers can receive state government incentives to lower the purchase price. Hydrogen is sold by weight and in California, the price per kg is around US$16 (about RM67). To fill all 3 tanks on board, the amount needed would be 5.65 kgs which would cost about US$90 (about RM376) and can provide up to 640 kms of driving if you are not trying to set a record. The electric powertrain generates 128 kW of power which is equivalent to 174 ps with 300 Nm of torque to give a claimed  0 to 100 km/h time of 9.7 seconds.

Toyota Mirai FCEV fleet in Germany clocks total of over 5 million kms

Although the trend towards electrification of motor vehicles is seeing bigger and bigger batteries being developed to store and provide the higher energy levels to power the vehicles, the humble small battery in the engine bay is still by far the most widely used. After all, it has been used for many decades, providing electricity for the starter motor to crank the engine and serving as an ancillary power supply as well.

Although the battery, typically the 12V lead-acid type, appears to be the same ‘block’ as it has always been, it has actually evolved greatly over the years. Thanks to new technologies and materials, the battery has become more durable, reliable and longer lasting – and that’s timely because today’s cars have a lot of electronic systems that will draw on the battery as well.

For most motorists, the battery comes to their mind only when it is ‘flat’, meaning it no longer holds enough electricity to even turn the starter motor. Therefore, it is important to understand the battery and the important role it plays to ensure safe and hassle-free journeys.

Different battery types
Among the various battery types available today are the maintenance-free batteries. These ‘flooded’ batteries are sealed and do not require attention whereas other types may require regular inspection and topping-up of the fluid. Maintenance-free batteries are sealed and the Enhanced Flooded Batteries (EFB) with the latest technologies have become popular.

Many of today’s vehicles with start-stop technology and regenerative braking systems. may also require Absorbent Glass Mat (AGM) batteries. These are designed to be more resistant to leakage and corrosion, thus enabling a reliable supply of power over a longer service life.

Start-stop or Idle-Stop technology shuts down the engine automatically during periods of idling to save fuel, and automatically restarts it when it is time to move off. This means the starter more is used much more frequently than before, which has implications on the battery.

When it comes to selecting the right battery for your car, Bosch Automotive Aftermarket Malaysia (Bosch AA) advises to motorists to always refer to the Owner’s Manual or consult the authorised service centre of the brand of the vehicle. This will ensure that the right battery is selected. Using the wrong type of battery may be detrimental; for example, a regular maintenance-free battery may experience accelerated wear if installed in a car with start-stop technology. This is because the engine will shut down often and then restart, so the draw on the battery is much more frequent.

Prolonging your battery lifespan
Although most car batteries are marketed as ‘maintenance-free’, there are several steps drivers can take to prolong their lifespan. One of the simplest methods is to have your mechanic incorporate a battery health check into your regular maintenance schedule to monitor the state of your battery. This can reliably predict wear and tear and even give an early warning that the battery is weakening. Many workshops and service centres are equipped with the tools and expertise to perform a thorough health check.

An often-repeated piece of advice is to start the engine regularly, especially with work-from-home becoming the norm these days. Where many people used to drive to work in the morning and back home in the evening, they may now not drive as much, and the car is parked for longer periods.

Batteries left idle discharge over time. This is often compounded by electrical equipment that has to be left active like anti-theft and vehicle telemetry systems. Bosch AA recommends driving continuously for 30 minutes at least one to two times a week to allow the battery to fully recharge. Short trips can be worse as they make it difficult for the battery to maintain a full charge, so take a drive occasionally.

Be sure the headlights and all other electrical systems are switched off when your vehicle is parked as some may keep draining the battery.

The best way to minimise battery discharge is ensuring all unnecessary electrical equipment, including headlights and infotainment, are fully switched off before leaving the vehicle. Alternatively, you could invest in a charging device like the Bosch C7 Battery Charger to keep the battery permanently charged to an optimum level.

It’s a numbers game
Have you ever wondered how a mechanic always seems to know what battery your car needs when a replacement is needed? Like all automotive components and spare parts, car batteries have specifications that communicate useful information such as its dimensions, battery capacity and how long it can last.

All car batteries come with factory recommendations for cold cranking amps (CCA) and Amp hour (Ah) values. These are essentially the minimum requirements expected of the car battery by the vehicle. Although it can be possible to get a car battery that falls short of these requirements to function, doing so may introduce issues to other parts of your vehicle in the long run.

For example, frequently starting the engine using a battery without sufficient CCA may damage the ignition system over time. A car battery does more than just getting the engine started when you hit the start button (or turn the key). Therefore, it is also important to consider other electrical equipment and accessories that draw power from the electrical system the moment you start your car before being drawn to more affordable options in the market.

As with other serviceable components and materials such as fluids and filters, always refer to the Owner’s Manual to ensure the correct specifications for your vehicle. Additionally, Bosch AA highly recommends to only use car batteries manufactured by reputable suppliers with reliable track records in automotive maintenance and aftersales services.

To find out more about Bosch’s range of batteries, visit a Bosch Car Service or Bosch Preferred Workshop (locations can be found here).

Bosch has a solution to make EV battery packs last longer

With the constant pressure to increase sales volumes, car companies often focus more on getting new customers to buy their products, offering special deals at various times of the year as incentives. However, there are also those that do not forget their loyal customers too, especially those who have stayed with the brand over the years.

As a show of appreciation for such customers, Volkswagen Passenger Cars Malaysia (VPCM) is offering an additional savings for maintenance service to Volkswagen Care Plus (VCP) members. Under the VCP programme, members are entitled to three 20% service discount vouchers and from now until December 31, 2021, a further 10% discount will be given to make it a total of 30%.

Volkswagen Genuine Parts include batteries, which come with a 24-month warranty.

100% genuine parts assured
The service discount vouchers can be used at all authorised Volkswagen dealerships nationwide. Apart from services and repairs that are carried out by qualified and experienced technicians in accordance with Volkswagen’s global standards, owners are also assured that all parts used are 100% genuine parts. The importance of using genuine parts cannot be understated. Just like Volkswagen vehicles, the genuine parts are manufactured to the same high standards with strict quality control. They have quality, safety and reliability and will last for a long period of usage.

Only available with app
This promotion is only available by using the new Volkswagen Cares app. The app makes it easy to manage service bookings online, obtain roadside assistance and access the Volkswagen dealer network (with a dealer locator feature). It can be downloaded on the Apple App Store for iOS users, and the Google Play store for Android users.

VCP is an exclusive programme for Volkswagen owners with a vehicle that is 5 years and older. It also comes with benefits such as 2 years of complimentary roadside assistance, including battery support 24 hours a day.

To know more about Volkswagen Care Plus and other benefits for Volkswagen owners in Malaysia, visit www.volkswagen.com.my.

Volkswagen owners can get more with VIP

With the latest James Bond movie being in the news as it is about to be released worldwide, there is more than usual awareness of Aston Martin which has a number of cars used in the movie ‘No Time to Die’. The carmaker has been publicising its association with the secret agent for decades and even produces a limited run of the DB5 used in ‘Goldfinger’. The cars are equipped like the one in the movie, guns and all, and are virtually similar to those made 55 years ago.

Lunaz Design, a company owned backed by David Beckham, is also benefitting from the publicity associated with Aston Martin. The company is a specialist in converting existing cars to be electrically powered (such conversions are not permitted in Malaysia) and it has announced production of restored, re-engineered and electrified Aston Martin DB6 cars.

Lunaz Aston Martin DB6 EV

They will join the other models offered by the company that include the world’s first and only electric Rolls-Royce, Bentley, Range Rover and Jaguar sportscar models. Customers can also commission Lunaz Design, which is only 3 years old, to convert Aston Martin DB4 and DB5 models.

“The introduction of electric Aston Martin DB6 cars has been driven by sustained demand from our existing clients. It also reflects the desires of an entirely new classic car buyer. These women and men have been drawn to Lunaz because, for the first time, they are presented with the powertrain and modern conveniences of today, clothed in a design that speaks of an era when aesthetic purity was the only requirement,” said David Lorenz, Founder and CEO of the Lunaz Group.

Lunaz Aston Martin DB6 EV

The company is now accepting orders, with deliveries to start in the third quarter of 2023. The prices will depend on customer requirements but Lunaz Design says that each car will cost more than US$1 million (around RM4.2 million). Following confirmation of orders will commence production and the cars can be in lefthand drive or righthand drive.

Each electrified DB6 by Lunaz will undergo an exhaustive bare-metal restoration and re-engineering process. This means clients are assured of the key requirements of usability, reliability and sustainability.

Lunaz Aston Martin DB6 EV

The car will be powered by Lunaz’ proprietary modular electric powertrain, developed entirely in-house. It uses the very highest standard European-sourced Tier-1 OEM battery cells and electric motors. The battery capacity ranges from 80 – 120 kWh and a single charge is said to provide a range of around 400 kms. Lunaz has chosen to fit CCS (Combined Charging System) capability, an internationally accepted system that allows for fast-charging.

With the different and higher performance characteristics compared to the original DB6 produced in the 1960s, the brakes, suspension and steering are all uprated for safety and driveability. Though owners may like the ambience of the original car, interior comfort and convenience are modernised with the provision of air conditioning and inclusion of the latest infotainment and navigation systems along with wifi connectivity.

Lunaz Aston Martin DB6 EV

The design and engineering team is said to be the largest of its kind in the world. The work is  overseen by Jen Holloway, the Design Director who is from Aston Martin’s Q-Branch, and Jon Hilton, the Engineering Director who worked across James Bond Aston Martin projects. They lead the team of over 100 engineers, restoration specialists and craftspeople drawn from companies such as Aston Martin, Bentley, F1, Ferrari, Jaguar, Land Rover, McLaren and Rolls-Royce.

Lunaz
The Lunaz conversion facility at Silverstone in England.

Classic Range Rover gets electrified by Lunaz

Mazda Motor Corporation will be expanding its SUV line-up from 2022 onwards. While  the popular CX-5 will remain one of the core models globally, alongside with models such as the CX-30, the company has finalised development of additional models in the Large Product Group.

These models, including two new ones – the CX-60 and CX-80 – will be aimed at European and American markets, together with the new wide-bodied CX-70 and CX-90. The new models will be introduced throughout Europe during the next two years.

Featuring 2-row and 3-row seating, respectively, the CX-60 and CX-80 will also spearhead the European introduction of plug-in hybrid (PHEV) models that use 4-cylinder petrol engines combined with an electric motor. There will also be the new generation straight-six SKYACTIV-X petrol engine and SKYACTIV-D turbodiesel engine incorporating a 48V mild hybrid system. These engines will have high output while also achieving excellent environmental performance.

Fully electric MX-30.

The new CX-60 and CX-80 are expected to create positive business growth over the medium to long term. They will make full use of Mazda’s Building Block development and production strategy. This strategy enables the carmaker to  efficiently develop and deploy superior technologies by building up a set of fundamental technologies as ‘blocks’. Some of the technologies are already familiar – like SKYACTIV technology – with bundled planning and flexible production.

In addition, during the first half of 2022, a new version of Mazda’s first mass-production EV, the MX-30, will be introduced. This model incorporates multiple electrification technologies that use Mazda’s famed rotary engine as a generator.

From around 2025, the company will introduce a number of new products on a new EV-dedicated platform. With the introduction of these models, Mazda is on track to complete the electrification of its complete range by 2030.

CX-30 and CX-5, two of the Mazda SUVs available in Malaysia.

To know more about Mazda models available in Malaysia, visit www.mazda.com.my.

Quality pre-owned Mazda vehicles available at the new Mazda Anshin website

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