The Monza circuit celebrates its 100th anniversary this year and the 16th round of the 2022 Formula 1 World Championship being held there this weekend will be the 72nd time it has hosted a round. When the track, also known as the ‘Temple of Speed’, opened in 1922, the first race it hosted was the second Italian Grand Prix (pre-F1).
Monza is a high-speed track; in fact, it has the highest speeds of any F1 track. Due to the long straights and large portion of lap spent in eighth gear, with the highest average cornering speed of any F1 track today. It also has the lowest downforce level of the year and requires a special rear wing, just for this event.
Jeep, which began as the name for a military vehicle before becoming a brand name, will go fully electric by the end of this decade. Although it already has some electrified (hybrid powertrains) models, it will only introduce battery electric vehicles (BEVs) by the end of 2025.
As part of its ‘Dare Forward 2030’ long-term strategic plan, 100% of European sales will be BEV models by the end of 2030, while 50% of Jeep brand sales in the USA will be fully electric by then. All four new BEV models will be SUVs.
Jeep recently released the first images of two pf the forthcoming BEVs – the new Recon and new Wagoneer (codename Wagoneer S), while confirming that the all-new Avenger will go on sale launch in Europe early next year.
Currently, Jeep has been enjoying success with its 4xe plug-in hybrid models – the Wrangler and Grand Cherokee – and are drawing on the technology for the BEVs being developed. The electrification plan will also expand the Wagoneer portfolio which will have powertrains targeted to give up to 500 kms of range. The Wagoneer S will be a global BEV model and production will start in 2024 in North America.
With the ID.4 GTX that Volkswagen launched in May last year, the company showed that ‘performance’ can also be associated with battery electric vehicles (BEVs), just as combustion engine models have performance variants. A member of the brand’s BEV range, it is the first fully electric high-performance model that is said to add a new dimension to sportiness and dynamics. Just as ‘GTI’ has been used to identify Volkswagen’s performance models, ‘GTX’ will do likewise with the electric vehicles.
To show that there is still much potential to extend the performance envelope, Volkswagen has come out with the ID. XTREME concept car based on the ID.4 GTX. This is the most powerful ID model yet revealed and shows the performance potential and versatility of the modular electric drive matrix (MEB).
Equipped with all-wheel drive, the ID. XTREME combines the strengths of a modern SUV with the sense of adventure embodied by a rugged off-road vehicle. It was created by the team of Andreas Reckewerth (Head of overall vehicle) in the Volkswagen Development department.
Following the signing of its General Distributorship Agreement (GDA) with smart last month, Proton has established a new subsidiary company to handle sales and distributorship for the smart vehicles which are available only with battery electric powertrains.
The new company, known as Proton New Energy Technology Sdn. Bhd. (PRO-NET), will also be responsible for Proton’s own future new energy vehicle (NEV) offerings. ‘NEV’ is a term which originated in China around 2010 and refers to vehicles which are electrified (including plug-in hybrids). The category was created to facilitate the provision of incentives to boost development and sales of electrified vehicles.
The National Cancer Society Malaysia (NCSM) recently received a Mitsubishi Triton pick-up truck from Mitsubishi Motors Malaysia (MMM). The donation by MMM, part of the company’s Corporate Social Responsibility (CSR) practice, will help in providing NCSM’s services to rural communities around Malaysia.
NCSM, a non-profit organization (NGO) established in 1966, will use it to provide an extensive range of cancer services and support to people affected by cancer. With the Triton’s off-road capabilities, it will be able to travel further into the countryside to reach rural communities that have little or no access to cancer screening facilities.
Different people will buy a pick-up truck for different reasons but some basic expectations will be good performance, refinement and economical operation. With the next-gen Ford Ranger, these expectations are met in the best way with powertrains for work, family and play.
Two 4-cylinder 2-litre turbodiesel engines are available with the next-gen Ranger – the Single-Turbo and the Bi-Turbo, both well proven and updated as well as compatible with biodiesel.
The Bi-Turbo engine has a clever bypass system that determines the optimum operating mode. Depending on the conditions, the turbochargers can operate in series (at lower engine speeds for enhanced torque and responsiveness) or the smaller turbocharger can be bypassed to allow the larger turbocharger to push more air into the combustion chambers.
The Single Turbo offers 170 ps at 3,500 rpm, with 405 Nm of torque available between from 1,750 and 2,500 rpm. With the more powerful Bi-Turbo, there’s up to 210 ps of power at 3,750 rpm and an impressive 500 Nm of torque generated between 1,750 and 2,000 rpm.
Two 4-wheel drive systems To get all that power to the ground, the next-gen Ranger comes with a choice of two types of 4-wheel drive systems. There’s a conventional ‘part-time’ system with a 2-speed electronic shift-on-the-fly transfer case offering 2H, 4H and 4L modes. Also available is an on-demand 4-wheel drive system (2H, 4A, 4H, and 4L) which allows the truck to be driven in 4-wheel drive on high-traction surfaces like highways via its 4A (automatic) mode. The system intelligently distributes power between the front and rear axles for optimum performance in all on-road conditions.
For additional stability in slippery or rough terrain, the next-gen Ranger continues to be offered with rear differential lock (Ranger WildTrak and XLT Plus). This lock creates a connection between the left and right rear wheels so they rotate at the same speed, helping to get out of a difficult situation off-road. Activation of the rear differential lock is easily done on the SYNC screen in the cabin.
Selectable Drive Modes Making greater use of the computing power on board the next-gen Ranger, there are up to 6 drive modes (depending on the variant) which can make driving over difficult terrain easier. For example, the Slippery mode is for on-road surfaces while the Mud/Ruts and Sand mode is for use off-road.
As in the Ranger Raptor before, the drive modes alter various operating parameters to optimise performance in specific conditions. These cover gearchanges, throttle response, traction and stability controls and the brake system.
In addition to the selectable drive modes, the next-gen Ranger has a special off-road screen on the SYNC4A infotainment system. At the press of a button, the display appears and driveline and diff lock settings, steering angle, vehicle pitch and roll angles, as well as a front camera view with predictive overlay guidelines. With such information, the driver can travel more confidently over challenging terrain.
Tough and protected Going off-road can be punishing for any vehicle with all sorts of obstacles and hazards. This has been kept in mind by the engineers who have designed various protective underbody shields for the next-gen Ranger. These shields protect the steering, sump, transmission and transfer case – critical components that cannot be damaged.
The shields are made from pressed and folded laser-cut steel. The mounting bolts are recessed so they won’t get damaged but can still be easily removed at the service centre. Because the shields are bolted directly to the chassis, they also to the structural integrity of the vehicle.
Small changes, big benefits Although virtually similar in overall size as the previous Ranger, the next-gen Ranger has 50 mm increases in the tracks and wheelbase. These may seem like small changes but they improve stability on as well as off the road.
Drivers will find that they can take on steep slopes more easily with the improved front approach angle increased to 30 degrees (from 28.5 degrees) in the, Likewise, the rear departure angle has also increased by 2 degrees to 23 degrees.
For those worried about climate change bringing more floods, owning the next-gen Ranger could be one way of preparing for such conditions. With a maximum water wading depth of 800 mm (travelling at 7 km/h), the next-gen Ranger will be able to get across many flooded areas easily.
Taking more load Widening the track also allows the designers to widen the cargo bed and offer a more versatile load space. The rear dampers were also moved outboard of the springs which makes for a more controlled ride whether the vehicle is carrying a lot or empty. Depending on the variant and market, the payload capacity is up to 1,000 kgs (1 tonne).
If more stowage space is needed, the next-gen Ranger’s roof can also take up loads of up to 350 kgs static and 85 kgs dynamic. Ford dealers have a range of versatile cargo management solutions to meet different customer needs. These range from adjustable cleats on each side to tray-mounted tie-downs and styled box rails. There are also tailgate clamp pockets and box capping with 6 structural mounting points for after-market accessories.
See the Next-Gen Ranger in East Malaysia The next-gen Ranger will be in showrooms in coming months but before it has its official showroom launch, it will be on display in East Malaysia. Sime Darby Auto ConneXion (SDAC) will hold previews at Vivacity Megamall in Kuching, on September 7 – 11, and at Suria Sabah Shopping Centre in Kota Kinabalu on October 5 – 9, 2022.
These events will enable you to learn more about the next-gen Ranger (and also book one). If you would like to attend either of these two events, sign up here for an exclusive invitation. Alternatively, you can visit www.sdacford.com.my for more information about the next-gen Ranger, or follow the Ford Malaysia Facebook, Instagram, Twitter and YouTube channels.