The championship lead in Season 8 of Formula E again changed after Round 6 as Mercedes-EQ Formula E Team’s Stoffel Vandoorne claimed victory in Monte Carlo. Running a tactical drive around the famous street circuit, he beat polesitter Mitch Evans (Jaguar TCS Racing) and DS TECHEETAH’s Jean-Eric Vergne.
Evans had been close to a win in Monaco last year, before DS TECHEETAH’s Antonio Felix da Costa snatched it from him seconds from the end. This year, he had been looking forward to finally scoring the win, but it was evident that he couldn’t quite capitalise on the searing pace that saw him fly to pole position. Anyway, 18 points and second spot after a Rome win-double sees the Jaguar driver’s hot-streak continue.
Having started fourth, Vandoorne managed to get to the front after then-leader Pascal Wehrlein (TAG Heuer Porsche Formula E Team) retired from the lead with technical issues on Lap 16. The disappointed Porsche team was uncertain why their car turned completely off and shut down on the downhill section out of Mirabeau.
With Wehrlein’s car recovered, the racing got back underway until shortly after, a collision with Mahindra Racing’s Oliver Rowland saw Andre Lotterer hit the wall into Sainte Devote (Turn 1), ending his race early. Having secured the lead, Vandoorne stayed in control to emerge in a strong position after a full course yellow and Safety Car. He made good on both restarts to take the chequered flag first with race pace and energy in-hand.
Porsche Taycan EV is used as Safety Car for the series this year.
Vergne had sparred for the race distance with those ahead and fending off the late attentions of Envision Racing’s Robin Frijns who finished fourth, the Dutchman extending his consistent run of form. That made it a joint-high of three podiums for Vergne and he remains the only driver to score points in every race this season.
Antonio Felix da Costa made it two DS TECHEETAHs in the top five finishers, with Lucas di Grassi taking sixth for ROKiT Venturi Racing, Unfortunately, Edoardo Mortara retired late on having run much of the race alongside his teammate in the points.
The series will next be in Berlin for two rounds on May 14/15, at which time the championship will be at its halfway point. After Berlin will be a round in Indonesia, which will host a Formula E round for the first time at a purpose-built circuit in northern Jakarta.
Season 9 of the ABB FIA Formula E World Championship, which will run in 2023, will see all-new racing cars being used in the fully electric single-seater series. Referred to as Gen3, signifying them as third generation designs, the cars are designed and optimised specifically for street racing.
Developed by engineers and sustainability experts at the FIA and Formula E, the Gen3 is intended to show the world that high performance and sustainability can co-exist without compromise. At the same time, cutting-edge technologies (especially for electric vehicles), that are developed for the racing cars will eventually transfer to road-going production models.
While aerodynamic development programs have been central to driving incremental improvement in motorsport for decades, the Gen3 propels software engineering forwards as a new battleground for motorsport innovation and competition. Performance upgrades to the Gen3 will be delivered as software updates directly to the advanced operating system built into each car.
With a disruptive design inspired by the aerodynamic form of a fighter jet, this will be the fastest Formula E car yet, capable of over 322 km/h. Yet it will also be the most efficient formula racing car ever: more than 40% of the energy used within a race will be produced by regenerative braking. The powerful electric motors will have around 95% power efficiency as it generates up to 350 kW (equivalent to 470 ps), compared to approximately 40% for an internal combustion engine.
This will also be the first-ever formula car with both front and rear powertrains. A new front powertrain adds 250 kW to the 350kW at the rear, more than doubling the regenerative capability of the current Gen2 to a total of 600 kW. There is ultra-high speed charging capability of 600 kW for additional energy during a race, almost double the power of the most advanced commercial chargers in the world. There will be no rear hydraulic brakes with the addition of the front powertrain and its regenerative capability.
Linen and recycled carbonfibre will be used in bodywork construction for the first time in a formula car featuring recycled carbonfibre from retired Gen2 cars and reducing the overall amount of virgin carbonfibre used. This will reduce the carbon footprint of the production of the Gen3 bodywork more than 10%. All waste carbonfibre will be reused for new applications through adoption of an innovative process from the aviation industry.
Natural rubber and recycled fibres will make up 26% of new Gen3 tyres and all tyres will be fully recycled after racing. Only sustainably-sourced minerals will be used and battery cells will be reused and recycled at end of life.
The carbon footprint of the Gen3 has been measured from the design phase to inform all reduction measures taken to reduce environmental impact, while all unavoidable emissions will be offset as part of Formula E’s net zero carbon commitment.
Seven automakers have registered with the FIA to race the new Gen3 in Season 9. They are DS Automobiles, Jaguar, Mahindra, Maserati, NIO, Nissan and Porsche.
“Both technologically and environmentally, Gen3 sets new standards in the sport. The FIA and Formula E development teams have done a superb job, and I thank them for their hard work on this project. I am delighted to see so many leading manufacturers already signed up to the championship’s next era and await Gen3’s competitive debut in Season 9 with great anticipation,” said Mohammed Ben Sulayem, President of the FIA.
Formula E Gen1 racing car (above) and Gen2 (below), which is currently used in the final season this year.|Photographer: Wiebke Langebeck|Event: Preseason Testing|Circuit: Circuit Ricardo Tormo|Location: Valencia|Series: FIA Formula E|Season: 2021-2022|Country: Spain|Keyword: season 8|Keyword: season eight|Keyword: S8|Keyword: motorsport|Keyword: electric racing|Keyword: single seater|Keyword: open wheel|Keyword: 2021|Driver: Sebastien Buemi|Team: Nissan e.dams|Number: 23|Car: Nissan IM03|Car: Spark SRT05e|
Even with the highways being so congested and traffic moving bumper to bumper in many sections, there are still motorists who can exceed the speed limits. Perhaps they let off the frustration of having been stuck in the long jam when they finally can start going faster.
According to the JPJ, over 5,000 vehicles were caught by the 29 AWAS (Automated Awareness Safety System) cameras that are installed along highways last Friday. The locations of the cameras are known to regular travellers but even for those who are not familiar, there are big yellow warning signs (at least three) before the camera location to alert motorists.
There are usually a few signboards positioned before the AWAS cameras so motorists should be aware of them ahead.
The JPJ also said that of the 236,671 vehicles which passed through traffic lights on the same day, 966 were caught by the 16 AWAS cameras when they continued through while the red light was showing.
5 offences cannot be compounded
Normally, these two offences are compoundable, meaning the motorists admit they broke the law and they pay a pre-determined fine. However, as a deterrent, the two offences – along with three others – cannot be compounded while Op Bersepadu is on between April 29 and May 8, 2022. Offenders will be required to go to court to have their cases heard and then charged accordingly. Apart from the fine, it can be inconvenient too as the court may be in another town.
Besides exceeding speed limits and not stopping at red lights, the other offences are driving on the emergency lane, using a mobile phone while driving and changing lanes recklessly.
Police also have Op Selamat
Besides some 2,200 personnel from JPJ being deployed during the Op Bersepadu period, around 3,000 police personnel will also be on duty nationwide during the PDRM’s Op Selamat 18/2022 which will be on before and after the Hari Raya holidays.
Although the police had earlier said they will detain motorists (and take them to a police station) with outstanding summonses and warrants of arrest, this will not be the case. According to Bukit Aman Traffic Investigation and Enforcement Department (JSPT) Director, Datuk Mat Kasim Karim, no action will be taken ‘as the police want to ensure road-users return home to their families safely’.
The world’s first automobile, built by Karl Benz, was able to travel at a maximum speed of 16 km/h. That would certainly have been very fast in 1886 when he first drove it along rough tracks in Mannheim, Germany. But before long, the challenge of building ‘the fastest car’ was taken up by many and Land Speed Records began to be listed.
The first person on the list was Frenchman Count Gaston de Chasseloup-Laubat who took an electrically-powered Jeantaud Duc to a speed of 63.13 km/h. As an indication of how fast technological advances were taking place, just one month later, Belgian Camille Jenatzy reached 66 km/h in a GCA Dogcart. No, it was not powered by dogs but by electricity as well, like the car it beat.
By 1909, the fastest speed achieved was around 200km/h, a speed so fast that there were people who believed it would be impossible to survive because you’d simply not to be able to breathe! The challenge of going faster and faster did not diminish and in the 1920s, the British asserted dominance.
Among those who pushed cars to the limits was a mechanical engineer by the name of George Eyston. In the late 1920s, he was seriously engaged in developing and running cars that broke records. His car, called the Thunderbolt, established 3 new land speed records between 1937 and 1939. The records were set on the wide expanse of the Bonnevile Salt Flats in the American state of Utah where such events have been held for decades.
While the Thunderbolt was powered by two 37-litre, V12 Rolls-Royce aero engines, the Wraith uses a 6.6-litre V12 with an output of 632 ps and 870 Nm of torque.
His projectile-shaped machine had 3 axles, 8 wheels and weighed 7 tonnes (and that was even with the body being made from aluminium). The Thunderbolt was powered by a pair of Rolls-Royce R supercharged 37-litre, V-12 aero engines, each producing well over 2,000 horsepower. Less than 20 of these engines were ever made; so rare were they that the Thunderbolt’s engines had actually been used earlier in the Schneider Trophy-winning Supermarine S6.B seaplane that would lay the foundations for the legendary Spitfire fighter aircraft of World War II.
Inspiration for the Landspeed Collection
The story of Eyston’s dauntless, fearless, pioneering spirit and his Thunderbolt served as inspiration for the Rolls-Royce Land Speed Collection, a series specially designed and built by the company’s Bespoke division. The two cars are Black Badge versions of the Wraith and Dawn and of the 35 units of the Wraith available, one was acquired by a customer in Malaysia.
The Wraith Landspeed is presented in a specially created two-tone finish which marries Black Diamond Metallic with a new Bespoke colour, Bonneville Blue. This specially developed hue bears particular significance to the Collection, with a colour that transitions under sunlight from light blue to silver, illustrating the reflections of both the vast sky over Bonneville and the crisp salt flats on the Thunderbolt’s aluminium body.
However, Anas Zawawi Khalid, Director, Rolls-Royce Motor Cars Kuala Lumpur, suggested a change in the colour scheme which the customer agreed to. Instead of the light coloured flanks and dark bonnet, there is a reversal of the colours with Bonneville Blue on the bonnet instead. To add to the unique difference, the grille is also in chrome instead of black, which is the usual colour for Black Badge versions.
To associate the Wraith with the Thunderbolt, the Bespoke team of skilled craftsmen and craftswomen read everything they could about the record-breaking events that took place on the desert-like salt flats in the 1930s. In particular, they learnt about how, while rocketing over the ground, Eyston had to hold the car on a very precise course – to deviate even slightly would be disastrous at the extreme speeds. To help him guide the car, his team painted darkened track lines on the salt surface for Eyston to follow – effectively his sole means of keeping the Thunderbolt straight at over 560 km/h.
This simple yet ingenious idea is recalled in the Wraith by perforated line in the upper-centre of the steering wheel, which continues through the centreline of the driver’s seat and can also be seen on the rear right seat. It is subtle and is only evident when the left seats are compared to the right ones.
A cracking dashboard?
Then there’s the fascia to the right of the classic analogue clock. At a glance, it seems like the surface is cracking… which would be shocking to see on a Rolls-Royce! But it is not actually a defect in the material: the ‘cracks’ are reproductions of those on the surface of the dry and dusty salt flats. The tiny fissures form a distinctive texture that was digitally retraced from the surface itself, onto the wooden veneer of the fascia (and console lids as well).
Records commemorated for all time
The interior references continue with the Thunderbolt’s unique silhouette, and the records it achieved, depicted on the polished, anodized aluminium surface of the Landspeed Collection’s front tunnel.
According to the record books, Eyston’s third and final land-speed record of 575.57 km/h stood for 341 days. In the Landspeed Collection Cars, it is commemorated for all time, engraved into the housing of the clock alongside the name ‘Bonneville’, in homage to where the record was set. Based on the instrument dials from the Thunderbolt, with yellow and black details, the black-tipped hands of the clock are inspired by the arrows painted on the original car’s exterior.
Recreating the night sky
The Bonneville Salt Flats are so vast, open – and with no artificial light – that they are an ideal place to look at the stars in the exceptionally dark night skies. In the Wraith Landspeed, the Starlight Headliner on the ceiling perfectly recreates the skies as they appeared over the Flats on September 16, 1938, the date on which Eyston and his Thunderbolt set their record. The constellations are precisely marked using 2,117 individually placed fibreoptic ‘stars’, the largest number of stars in a Rolls-Royce Wraith Starlight Headliner ever featured.
Paying tribute to the man himself, Eyston’s military honours are marked with a subtle detail in the driver’s door, made in the same Grosgrain weave silk and colours to match the original medal ribbons. The armrests on both the passenger side and below the ribbon detail are specially padded to give them the comfortable ‘club armchair’ quality that Eyston favoured in his driving seats, much to the amusement of his fellow racers.
The Thunderbolt was originally left unpainted, which caused an unexpected problem. During the first record attempts, the photo-electric timing equipment was unable to detect the polished aluminium body against the searing white of the Salt Flats’ surface, making accurate timing impossible. Eyston’s brilliantly simple solution was to paint a large black arrow with a yellow circle on the side, to heighten visibility when travelling at great speed. Hence, the yellow inserts around the inlets on either side below the front bumper.
“As with many of the cars I bring to Malaysia, I try to make them unique. Not only do we have some of the most discerning customers here who appreciate true luxury, I also believe in the mantra: “Rolls-Royce is Bespoke, Bespoke is Rolls-Royce.” The Wraith Landspeed is Bespoke Luxury of the finest order, craftsmanship and an unwavering dedication to achieving the very highest levels of excellence,” declared Encik Anas Zawawi Khalid.
Law enforcement authorities use various devices to capture evidence of motorists breaking laws and during the coming Hari Raya holidays, the JPJ (Road Transport Department) has over 120 cameras which will be used to catch offenders. And these cameras will not be in fixed locations as they will be on mobile patrol motorcycles which can be anywhere.
The JPJ officers will have GoPro Max 360 cameras mounted on their helmets as they patrol areas identified as hotspots. They will be looking out for 9 specific offences which are found to be the causes of fatal accidents on the road. These include not wearing a seatbelt or crash helmet, overtaking on double lines, not stopping at red traffic lights, using a mobilephone while driving, overtaking on the left side, using the emergency lane on highways, and overloading (although heavy commercial vehicles are banned on certain days).
The camera-equipped officers are involved in Op Musim Perayaan Hari Raya Aidilfitri 2022 which will be on until May 9. Video footage collected will be used as evidence for charging motorists with offences, but the JPJ will first summon them for questioning. As mentioned by the Transport Minister earlier, certain summonses will not be compoundable even if the offenders admit guilt and want to just pay the fine. They will have to go to court to have their case heard, which can be an inconvenience.
Using a mobilephone while driving is a serious offence. If found guilty, there can be fines of up to RM1,000 or up to 3 months in jail. Get caught for the same offence a second-time and the fine can go up to RM2,000 with jail time of up to 6 months as well. The offence is non-compoundable and must be heard in court.
Meanwhile, the police have changed their mind about detaining motorists who are found to have outstanding summonses or warrants of arrest. The Deputy IGP had earlier said that the police would use the iCOPS devices to run checks on motorists who are stopped. Those with warrants of arrest and outstanding summonses will be immediately detained on the road and taken to the nearest police station for the process of bail documentation and would then be asked to attend court for further action,” he said.
Then a few days later, Bukit Aman Traffic Investigation and Enforcement Department (JSPT) Director, Datuk Mat Kasim Karim, said that no action would be taken during Op Selamat ‘as the police want to ensure road-users return home to their families safely’.
“We would like to stress that detaining or arresting a person is not the aim of JSPT during Op Selamat this time,” he said. “The police have many ways of detaining an offender, but the timing has to be appropriate.”
Anyway, regardless of whether or not action will be taken on the spot or later, the important thing is not to commit any offences. Everyone needs to do their part to ensure road safety so observe speed limits and other laws.
Have a safe journey and remember that being late is better than not arriving at all.
There’s a segment of the global auto market which is not generally known to most people outside the industry although the vehicles in this segment would have been generally termed as ‘light commercial vehicles’ or LCVs before. Now they are referred to as Purpose-Built Vehicles or PBVs, and this segment has been growing significantly. From a sales volume of 320,000 units in 2020, it is expected to increase to 1.3 million units in 2025.
While the PBV functions essentially like a vehicle for commercial purposes, its role is far more diverse due to modern mobility requirements. Thus it has to be more optimized for different purposes moving people or cargo. Mobility services such as car-sharing and ride-hailing are expanding as consumers’ mentality changes from owning a car to using mobility. A global market research company predicted that the mobility sharing service will grow from 1.2 million units in 2021 to 4.9 million units in 2030. For this reason, PBVs specialized in mobile services are trending.
Kia’s PBV strategy and product plans up to the 2030s.
At the same time, the demand for logistics has also rapidly increased, partly due to the huge growth in e-commerce that has taken place over the past 2 years during the COVID-19 pandemic. In other words, the PBV will be an important link in last-mile mobility for people as well as goods.
The Hyundai Motor Group (HMG) is therefore giving much attention to development of PBVs as future mobility solutions. While investing in R&D on electrification and autonomous driving technology, it is also developing PBV-related technologies, such as developing core parts, producing various types of vehicles, and researching platform-based body module assembly technology.
Ray 1-seater van
In 2020, Kia (part of HMG) announced its mid-to-long-term future strategy, ‘Plan S,’ and declared that it would transform from an automaker to a future mobility solution provider by expanding its businesses such as electric vehicles, mobility services, and PBVs. It also revealed that it would respond early to the market with PBVs based on existing cars by 2023, with the Ray 1-seater vans and 5-seater full-flat models to satisfy the growing national demand for small cargo delivery services.
Now comes the Niro Plus, its first PBV which is being offered in Korea as a general model and zero-emission taxi. The carmaker has modified the first generation Niro EV to make it suitable for the demands of modern-day car-hailing.
To meet the demands of Korean operators, the length and height of the Niro Plus taxi model have increased by 10 mm and 80 mm, respectively, to give occupants more space inside the cabin. Slimmed-down structures have also contributed to the greater cabin space, and the seats and door trim have been thinned down.
First generation of Niro from which Niro Plus has been developed.
The Niro Plus can offer more sustainable means of working and travelling, so Kia is planning a general version of the Niro Plus for private ownership. This can be used for many business and recreational purposes including car-hailing services. One usage scenario could be where a small business owner uses the Niro Plus for work during the week and when it’s the weekend or a holiday, he or she can use the same vehicle for leisure activities such as camping or touring the countryside.
“Kia is transforming its business strategy to focus on popularizing EVs, and introducing new mobility products that are tailored to the needs of users in markets around the world. The Niro Plus is our first step into the world of PBVs, a market that holds great potential for future development,” Sangdae Kim, Head of Kia’s eLCV Business Division.
As the PBV market grows, Kia plans to gradually expand its range from micro to large PBVs that can potentially offer an alternative to public transportation or even be used as mobile offices. A general, non-taxi version of the Niro Plus will be made available in some overseas markets in the second half of this year. In addition to the battery electric vehicle (BEV) version, there will be plug-in hybrid (PHEV) and hybrid electric vehicle (HEV) powertrains to meet specific market conditions.
Kia aims to become a market leader by 2030 and to achieve this, it is developing a dedicated platform upon which PBVs of different shapes and sizes can sit, meeting evolving customer needs and market trends. The first Kia dedicated PBV model will be launched in 2025, by which time the global PBV market is expected to mature. It will be similar in size to a mid-sized vehicle, with inherent scalability.
