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All-new 6th generation Honda CR-V makes first appearance in America

While attention in Malaysia is on the new Honda HR-V, another new model is capturing the attention of Honda fans in America – the new CR-V. Predictably, the company is starting the launch of the popular SUV in its bestselling market where, along with the Toyota RAV4, it created a new market segment almost overnight over 25 years ago.

While retaining the form of a traditional SUV, the new CR-V adopts the new design language with a large front grille. It’s almost 70 mm longer, with the A-pillar moved back 127 mm and 75 mm outwards. This is to improve forward visibility although, in an SUV, the driver already has a commanding view with the higher seating position than in a passenger car.

Focus on hybrid po
For the North American market, there will be two hybrid powertrains – one with a 1.5-litre turbocharged engine and the other with a 2-litre engine. Honda says the engines, which are also used in other models, have been refined and for the smaller engine, the 4-2 exhaust port cylinder head helps maintain peak power over a broader range of rpm.

The CVT has been updated to reduce noise and vibration with significant drivability and performance improvements include Step-Shift programming that simulates gear changes at full throttle. An updated Real Time AWD with Intelligent Control System improves traction management in slippery conditions and can now send up to 50% of engine torque to the rear wheels.

Civic-themed interior
Inside, the new interior layout has the most cabin and cargo space in CR-V history. While it has functionality, its styling theme is also similar to that of the latest Civic. Body Stabilizing Seats for the front occupants reduce fatigue and improve posture, while there are lots of mut-have tech features for the driver and passenger.

More advanced safety features
The 6th-generation CR-V also gets more advanced active and passive safety technology. This includes the latest version of Advanced Compatibility Engineering (ACE) architecture that has been enhanced for even better compatibility with larger vehicles.

First introduced on the new Civic, the new driver and passenger front airbags can minimize the potential for severe brain trauma associated with angled frontal collisions. The new front driver’s airbag uses an innovative donut-shaped structure to cradle and hold the head to reduce rotation. The passenger-side front airbag uses a 3-chamber design to achieve a similar result, with two outer chambers designed to cradle the head and minimize rotation.

Updated Honda SENSING safety and driver-assistive technology is installed, with a new camera and radar. The camera has a 90-degree field of view while the radar has a 120-degree field of view for maximum coverage of the area ahead.

The new CR-V shown here is for the North American market (where it is also manufactured) and the model which will eventually come to the ASEAN markets (probably in 2023) is likely to have cosmetic and technical differences to suit the region’s needs.

Honda’s electrification plans will still include hybrid models, at least until 2035

Beam e-scooters offer a practical solution for ‘first and last mile’ transport in cities

Back in the 1970s, as traffic congestion in many cities increased, the idea of ‘park and ride’ was promoted. Motorists were encouraged to park their cars at bus stations or train stations and use public transport to travel into the city. This would reduce the number of vehicles on the restricted road network within the city and thereby reduce congestion.

The idea works to varying degrees in different cities. Where the public transport is efficient and desirable, many will ‘park and drive’ as it would make sense. However, there are places where the public transport system may have a network that is not comprehensive enough, and people find it inconvenient to get to stations or get from stations to their destination.

This is where a solution to cover the ‘first mile’ and ‘last mile’ is necessary. One solution offered by Beam Mobility is the share e-scooter service that is now available in Malaysia. The service is said to solving the everyday issue of completing first and last mile journeys when using public transport.

The e-scooters, which are for a single person, are for use within the city and apart from being useful for motorists entering the city, it would also be good for tourists and urban dwellers who want to get around without having to sweat it out.

Complementary service
Beam’s service thus complements the existing public transport ecosystem, reducing dependency on private vehicles. In a recent poll among micromobility riders in May 2022, almost 50% of the 1,800 Beam riders surveyed said that access to e-scooters for the ‘first or last mile’ of a journey had made them more likely or much more likely consider using public transport as an option for long journeys rather than using cars or ride-hailing services. This attitude flows into real behaviours, with 77% of regular riders saying they always, usually, or sometimes use an e-scooter to connect to or from public transport.

The surveys illustrate that Malaysians urban dwellers and visitors are open to the possibility of shared e-scooters operating in their city, with just 9% of the 1,544 interviewees saying they felt any degree of negativity to the idea. This number halved once the safety features, convenience, and environmental benefits of shared e-scooters had been explained to them.

Environment-friendly too!
Apart from being an easier and quicker way to move around, the Beam e-scooters are also good for the environment. According to the company, for every 10 kms that an e-scooter travels, it can save 2.65 kgs of carbon dioxide emissions which a car would generate over the same distance.

Anyone should be able to use an e-scooter and Beam incorporates technology to ensure users’ safety. Underneath the e-scooter’s sturdy aircraft-grade aluminium chassis is an efficient electric powertrain with a high-grade IoT (Internet of Things) communications device. The battery packs that are used for the e-scooters are certified to the very highest standards of fire safety as well.

User-friendly features include Beam’s proprietary virtual parking technology which encourages proper use and return of e-scooters, while its speed-limiting technology (capped at 25 km/h) keeps users from going too fast – even when riding downhill.

No worries about restricted areas
You may have read news reports about e-scooters being banned but this only applies to certain areas. The public can still use them in other areas and with the geofencing technology in each e-scooter, users will not stray into restricted zones. If they do, there will be an alert sound and if no action is taken the e-scooter will stop (the operations team will also be aware).

Using a smartphone app, the various locations where the e-scooters can be collected can be found. Like rental cars, they have to be returned to designated locations. The charge is 60 sen a minute, which is paid using a credit card. If the user does not return the e-scooter to a designated spot, there will be a penalty charge.

The Beam app for smartphones shows where e-scooter parks are for collecting and returning them. The QR code on the e-scooter unlocks the machine for use.

“Beam’s e-scooters are built for convenience and to encourage people to opt for greener commutes within the city centre. With its growing availability in key transit points and destinations around the Klang Valley, the ability to quickly hop on and off an e-scooter to travel door-to-door in minutes gives Malaysians an easy and convenient solution to the first and last mile challenges of public transport usage. Moving between places that are too far for a comfortable walk, and too short a distance to drive, is solved with our e-scooters,” said Taty Azman, Head of Public Affairs, Beam Mobility Malaysia.

Toyota Mobility Foundation’s CATCH offers two solutions to address Kuala Lumpur’s mobility and city planning challenges

Hyundai N Vision 74 combines BEV and FCEV technologies for higher performance

Fuel cell electric vehicle (FCEV) technology is not new to Hyundai Motor. In fact, the company was already carrying out R&D on such vehicles, which use hydrogen, from the early 2000s. By 2013, it was able to commercialise a FCEV in the form of the iX35, the first carmaker to do so.

Since then, development on FCEVs has advanced further and the company has accumulated even more experience and feedback through the use of its FCEVs over millions of kilometres in many parts of the world.

Hyundai N, the performance arm, is also looking at FCEV technology for the future and has developed the N Vision 74 as a high-performance hydrogen fuel cell hybrid rolling laboratory. While it is the first such high-performance rolling lab for Hyundai N’s engineers to use, it is not the first time for N where FCEV technology is concerned.

In 2015, the company also created the N 2025 Vision Gran Turismo with the launch of the N brand to envision the future of hydrogen-based high performance. The futuristic N 2025 was conceived to represent Hyundai in the Vision Gran Turismo program, a series of fictional concept cars for the Gran Turismo videogame by Polyphony Digital. While it was never produced as a real-life running model, it had advanced technologies that gave extremely high performance which gamers could experience.

For the N Vision 74, Hyundai’s engineers developed a hybrid structure of a battery-electric vehicle (BEV) in combination with an FCEV system, placed in an all-new layout. By having a fuel cell system and battery-electric system powering the car together, the cooling efficiency is improved.

The two different power sources can be used together or independent, depending on different driving conditions. This fine-tuned logic system enables better torque vectoring by twin motors on the rear, allowing a precise and responsive cornering experience. Moreover, the N Vision 74 explores the balance between the performance and cooling with a 3-channel cooling system.

Measuring 4952 mm long, 1995 mm wide and 1331 mm tall on a 2905 mm wheelbase, the design of the concept car is inspired by the Hyundai Pony Coupe concept of 1974. This concept car developed by the designer Giorgetto Giugiaro was a proposal for a sportscar based on the very significant model in Hyundai Motor’s history. The concept car was then built into prototypes for what was to be Hyundai’s first production sportscar. Although it could not reach production in the end, the daring attitude set the tone for the entire company.

The N Vision 74 inherited the pure surface, dynamic proportioned profile and the unique B-pillar from the Pony Coupe concept. In addition, the lighting units have Parametric Pixel lighting, a feature which is seen on the latest models.

“N Vision 74’s future-oriented design reflects the respect and appreciation we have for the dedication and passion that went into the Pony Coupe concept,” said SangYup Lee, Executive Vice-President and Head of Hyundai Design Centre.

RN22e concept shows how Hyundai N will ensure high performance in fully electric cars

Mitsubishi Ralliart to return to competition with entry in Asia Cross-Country Rally

Ralliart is a name that motorsports enthusiasts, especially fans of off-road events, will know well. It was the competition division of Mitsubishi Motors and associated with the Dakar Rally as well as the World Rally Championship. Unfortunately, MMC went through difficult times and had to reorganize itself, which led to the Ralliart division having to cease its operations in 2010.

However, in 2021, the company indicated that it would revive the Ralliart brand although it did not give details of what could be expected. It showed some Ralliart-themed models in Bangkok but enthusiasts are hoping for some performance-oriented products.

Perhaps they are still formulating plans on what they want to do with the brand, which is still strong in people’s minds. Soon, we’ll see Team Mitsubishi Ralliart in action again when it competes in the Asia Cross-Country Rally (AXCR) 2022. Prior to the event, the team conducted endurance tests with a Triton on an off-road course in Thailand on June 27 and 28.

The endurance tests subjected the car to high loads comparable to those expected in the rally and focused mainly on the reliability and durability of the chassis and engine. To test the performance of the truck in an environment similar to that of the actual course, the team used a 10-kms course that combines a high-speed range, rough gravel road and a narrow, winding forest course.

“Since the Triton has a robust chassis frame and an excellent handling performance, we decided to reduce the vehicle weight at a minimum for the rally modification while leveraging its original strength as much as possible,” said Hiroshi Masuoka, team director of Team Mitsubishi Ralliart. “Having covered more than 800 kms in two days, the vehicle showed its great performance throughout the tough endurance tests as we expected, and now we are confident that our preparation is on the right track.”

Hiroshi Masuoka is a very experienced off-road driver, having participated in the Dakar Rally since 1987 and winning it in 2002 and 2003 – with the Mitsubishi Ralliart team, of course. He has also visited Malaysia to assist Mitsubishi Motors Malaysia in introducing models such as the Triton and Pajero Sport.

AXCR is a gruelling, week-long, 2,000-km cross-country rally that races through the natural terrain of Southeast Asia. Normally held in August of each year, the rally was cancelled in 2020 and 2021 due to the COVID-19 pandemic. This year, the dates for the rally were pushed back to November 21 to 26, and the course will be about 1,700 kms long. It will start in Buriram in the northeast of Thailand (where there is a racetrack) before crossing into Cambodia and ending at the World Heritage site of Angkor Wat.

Team Mitsubishi Ralliart’s Triton
The Triton is classified by the FIA as a Group T1 rally car (prototype cross-country vehicle). Based on the Thailand-specification double-cab model, the car’s bonnet, front and rear doors, interior and other parts have been lightened, while the body has been strengthened with a roll-cage and under guards.

The dedicated suspension provides superb handling characteristics, while the front and rear limited-slip differential, large-diameter off-road tyres and lightweight alloy wheels greatly improve handling on rough road surfaces. Tuning of the 2.4-litre turbodiesel engine has focused on reducing friction loss and weight, and improving responsiveness in the mid-speed ranges frequently used in rallies.

Some AXCR stages include river crossings, so water-proofing modifications have also been added, such as stronger sealing and an air-intake snorkel.

Mitsubishi Motors to revive Ralliart

Meeting the growing need for skilled and qualified personnel to maintain BMW EVs

With the government encouraging the switch to electric vehicles (EVs), we will be seeing more of these zero emission vehicles in use nationwide. As such, there will be a growing need for qualified personnel in the aftersales industry. However, because of the different nature of EVs, new skills are necessary as skills and experience with combustion engines are not so suitable.

As such, BMW Group Malaysia is cultivating highly skilled experts in the field through its internationally recognised BMW High Voltage Expert Certification programme. Conducted at the BMW Group Regional Training Centre in Malaysia, the programme offers training for the servicing and repair of the most advanced BMW i vehicles worldwide.

To qualify as a BMW High Voltage Expert, the prospect must already be an existing BMW High Voltage Technician, who must first undergo a pre-selection process which includes a knowledge assessment and an interview. The prospect would also need to obtain first aid certification and undergo a full body check-up. Next, they are put through 15 days of intensive training, with the requirement of passing 2 theory exams and four practical exams to proceed to the next stage. This is followed by a final theory exam and practical demonstration under live high voltage to secure the certification which is completed in another 10 days.

More than just selling EVs
BMW Group Malaysia’s initiative in this area is to be expected as the company has been selling an increasing number of EVs and electrified vehicles. And it has not only been selling them but also ensuring that proper supporting services are available for owners.

In addition to creating a bigger EV landscape in Malaysia, BMW Group Malaysia is also working with partners to broaden the charging network. To ensure a fair and standardised experience for all EV owners in Malaysia, BMW Group Malaysia has released an official pricing structure for BMW i Charging facilities across the country.

Supporting the electric future
“At the BMW Group, we have always believed that the future is Electric. Since BMW Group Malaysia first introduced BMW i to the country back in 2015, we have envisioned a Malaysia where electric mobility is fully embraced and have been working hard to that end. We understood the obstacles faced by Malaysians in adopting EVs, such as range anxiety, which we have been alleviating by rolling out EV infrastructure across the country. At the same time, service and repair are also important points of consideration, ensuring that BMW i owners have greater peace of mind when it comes to the ownership of their BMW electric vehicles,” said Hans de Visser, Managing Director of BMW Group Malaysia.

For BMW Group Malaysia, the BMW High Voltage Expert Certification is an important pillar in supporting the development of a mature ecosystem in Malaysia where EVs can thrive. As more BMW i vehicles are being introduced on Malaysian roads, greater accessibility to BMW certified experts ensures that the Premium Electric Ownership Experience is met at the highest standards for all owners of BMW i vehicles.

BMW Group Malaysia provides official pricing structure for BMW i Charging facilities nationwide

Toyota unveils 16th generation of Crown with a 4-model line-up

The Crown is one of Toyota’s oldest models, having made its initial debut in 1955 as the company’s first mass produced passenger vehicle. It has remained in the line-up to this day, elevating to flagship status during the 67 years. However, times have changed and Toyota feels the Crown has become unable to fully meet the diversifying needs of its customers, and its role as a flagship model has also become less significant.

This has led to a complete rethink for the new generation which sees 4 different models that will carry the nameplate. In addition to a new Crossover, there will be a Sport as a new addition. There will still be a Sedan, of course, and this will continue with a formal design (although the pictures show something very advanced), and a Stationwagon/Estate which is now more of a functional SUV.

Due to the diverse range, Toyota won’t be launching all the versions together and, as a reflection of the current market preference, it will start with the Crossover. This model will go on sale from the fourth quarter of this year and will be offered in around 40 countries, Malaysia being a possibility. The eventual annual production is expected to reach 200,000 units.

Incidentally, the Crown was assembled in Malaysia at one time back in the early 1980s but large limousine-type Japanese cars were not favoured then so the model was discontinued. Times have changed, of course, and while the German brands still command the premium segment, Lexus has shown that the Japanese can also offer comparably premium products. So it’s likely that the new Crown will eventually appear in Malaysia as a complement to the Alphard.

The Crown Crossover
At this time, Toyota is only providing details of the Crossover so that’s what we’ll look at. As the term suggests, the bodystyle is a ‘crossover’ from a sedan to a SUV (‘the fusing a sedan and an SUV’ as Toyota puts it) and is a popular approach these days. The design has a coupe-like silhouette for a sporty image, while the elevated body satisfies the SUV side.

The lighting units at the front and rear connected from left to right in a single straight line, emphasising width visually. The side view shows surface variation without relying on character lines, creating a clean but sophisticated appearance. The overall length is 4930 mm, with a width of 1840 mm, on a wheelbase of 2850 mm. That’s larger than a Lexus RX and around the same length as a BMW X6.

The new Crown also uses TNGA, the versatile platform with Toyota’s New Generation Architecture. This has been adapted for use (TNGA-K) in the new model and provides a lightweight and well-balanced body with high rigidity. As with all SUVs and crossovers, the hip point is high for ease of entry and exit which is prioritised. This has been helped by having large-diameter wheels that raise the floor level. Additional space is provided above the head and to the front and rear for a more comfortable cabin.

The 2-row interior is typically Toyota with a lot of attention to visual and physical comfort. Horizontally integrating the display and operating equipment creates a functional layout that can be operated intuitively from any seat. The wrap-around form from the instrument panel to the doors also gives a sense of security.

As befits a flagship model, much attention has been given to every interior element, with the use of an understated and welcoming material known as WARM STEEL. The finishing of the seats, designed to be ‘first class’, helps a space with a sense of quality and richness.

While other carmakers may use the opportunity to go fully electric, Toyota remains cautious in how it moves into the electric era and still strongly believes hybrid electric vehicle technology is a practical solution for now. Thus the new Crown will come with two hybrid powertrains – 2.5-litre Series Parallel Hybrid System and 2.4-litre Turbo Hybrid System.

The 2.4-litre Turbo Hybrid System combines an inline 4-cylinder turbocharged engine with strong torque (550 Nm/350 ps) even at low RPM with the latest eAxle electric powertrain. The rear wheel eAxle uses a high output water-cooled electric motor combined with the engine to directly transmit force to all four wheels.

Electrical power will be supplied by a newly-developed bipolar nickel-hydrogen battery pack, a first for Toyota.

The Toyota Safety Sense suite is an upgraded one with advanced and improved functions. The range of situations it can respond to has been expanded even further, giving the driver more peace of mind to enjoy motoring.

Also available will be Toyota Teammate, a suite of driver-assistance technologies. Advanced Drive support during traffic congestion), and Advanced Park. The latter can automatically park and exit from a parking space in a variety of situations and can be operated remotely as well.

“The Crown has long served as the flagship of the Toyota brand. This flagship has represented Japanese success and pride, bringing together Japan’s world-class technology and skilled workforce. The new Crown is full of these underlying strengths,” said Toyota President, Akio Toyoda, at the presentation of the new model today.

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