With its seamless, clean design and colour highlights typical of the brand, the Mercedes-Benz EQC is a pioneer for an avant-garde electric look while representing the design idiom of Progressive Luxury. In combination with the extensive services and a range of 445 – 471 km (NEDC), it makes electric mobility convenient and suitable for everyday use. The charismatic EQC impresses with the sum of its attributes.
With its effortlessly superior driving impression, high level of acoustic comfort and exciting driving dynamics, the EQC displays all the brand’s hallmark attributes – the Mercedes of electric vehicles.
Prices for the Mercedes-Benz EQC start at €71,281 (including VAT and local European delivery costs) for the already generously equipped base version. Its net basic price of less than €60,000 (for export before delivery and taxes) makes it eligible for an environmental bonus in Germany – regardless of individual equipment.
Start of production?
The first EQC has just rolled off the production line at the Mercedes-Benz plant in Bremen. There it is being produced on the same line as the C-Class Saloon and Estate as well as the GLC and GLC Coupé – digitally, flexibly and sustainably. Production of vehicles with various drive systems can be adapted variably and efficiently in line with market demand. This approach is an ideal way to ensure the best possible use of capacity at the plant, and guarantee high Mercedes-Benz production and quality standards.
Digital solutions such as sophisticated mobile devices, driverless transport systems and the ‘paperless factory’ assist the assembly team. Production staff are irreplaceable, even in the age of electric mobility. The use of Big Data and artificial intelligence assists with predictive maintenance, for example. This means the fact that the company made investments in maximum flexibility and hi-tech equipment offering trend-setting Industry 4.0 solutions at an early stage is paying off.
When the body, suspension and powertrain come together in automobile assembly, this is referred to as the “marriage” – in the case of the EQC this is when the two powerpacks are installed in the body. One major innovation is the so-called battery joining centre. The second “marriage” takes place here: This is where the EQCs are recognised as electric models with the help of data tags attached to the body, and equipped with a battery. The body is suspended from a carrier and deposited on a frame. Support arms raise the battery to the vehicle’s floor from below. An employee monitors the automatic bolting in place.
Battery production network
Alongside Bremen, the Sino-German production joint venture Beijing Benz Automotive Co. Ltd. (BBAC) will start production of the EQC this year – for the local market in China. As it does for the C-Class and the GLC, Bremen acts as the centre of competence for production of the EQC in other locations. BBAC is part of the global production network of Mercedes-Benz Cars. Other production locations for future Mercedes-Benz EQ models are the Mercedes-Benz plants in Rastatt (Germany), Sindelfingen (Germany), Tuscaloosa (USA) and Hambach (France).
The batteries for EQC production in Bremen are produced by wholly owned Daimler subsidiary Accumotive at its site in Kamenz (near Dresden) and delivered partly charged. These batteries are kept near the production line and then delivered to the line flexibly on demand using driverless transport systems. Local battery production is a major success factor in the electric initiative of Mercedes-Benz Cars. The production network for the mobility of the future is well positioned.
The Evoque joins the Range Rover Sport and Range Rover in offering plug-in hybrid (PHEV) options and it might just come to Malaysia if the National Automotive Policy 2018 (NAP) gives incentives for PHEV and low emission vehicles.
For this new Evoque PHEV, Land Rover will add a 300-volt plug-in hybrid will toward the end of next year. It will have an electric motor mated to a new 3-cylinder petrol engine that will reduce CO2 emissions to below 45 grams per km.
The Evoque’s all-wheel drive versions will be available with a 48-volt mild-hybrid that adds a belt-driven starter-generator to capture energy lost in braking and add electric assistance under acceleration.
The engine will also shut off below speeds of 17km/h to save fuel and reduce CO2 emissions. The most fuel efficient mild-hybrid diesel version has CO2 emissions of 149 g/km, Land Rover said.
Electrification is key to reducing JLR’s CO2 levels below the agreed 135 g/km average needed to avoid fines when the European Union introduce tougher CO2 emissions limits for new vehicles in 2020/21.
JLR’s average European emissions are currently at 178 g/km, the company said earlier this year. JLR said last year every new model will come with electrified options from 2020 onwards.
The most powerful option is a petrol version with an output of 296 hp. The Evoque will continue to be available with a 9-speed automatic gearbox. This new Evoque is not bigger than the model it replaces and features almost identical footprint. However, thanks to Land Rover’s new mixed-metal Premium Transverse Architecture, it provides more room for the passengers, especially at the back. The cargo space is some 6% larger at 610 liters growing up to 1,430 liters with the rear seats folded. Look out for its arrival here in Malaysia in the coming months.
Land Rover’s highly-anticipated luxury compact SUV, the New Range Rover Evoque, has been revealed in London’s creative East End with a high-energy display which saw a number of vehicles driving across digital skylines around the globe.
Having pioneered the luxury compact SUV market, with global sales of over 772,096 and more than 217 international awards, the new Range Rover Evoque is a sophisticated evolution of the original. Combining unrivalled Range Rover heritage with cutting-edge technology – designed, engineered and manufactured in Britain – it meets the needs of today’s customers. Tech firsts include ‘see through bonnet’ technology and a rear-view mirror that turns into an HD screen displaying a camera feed of what’s behind the vehicle.
The compact footprint is almost identical at 4.37m, yet built on Land Rover’s new Premium Transverse Architecture, there is more interior space than before. A longer wheelbase yields 20mm extra rear kneeroom and an increase in small item stowage – the larger glove box and centre cubby can now fit tablets, handbags and bottles with ease. The luggage space is 10 per cent larger (591 litres) as well as much wider and easily fits a folded pram or set of golf clubs, with space increasing to 1,383 litres when the flexible 40:20:40 second-row seats are folded.
The new architecture has been developed for electrification, with a 48-volt mild-hybrid available at launch and a plug-in hybrid model offered around 12 months afterwards. The mild hybrid powertrain is a first for Land Rover and works by harvesting energy normally lost during deceleration thanks to the engine-mounted belt-integrated starter generator, storing it in the under-floor battery.
At speeds below 17km/h (11mph), the engine will shut off while the driver applies the brakes. When pulling away, the stored energy is redeployed to assist the engine under acceleration and reduce fuel consumption. The result is a refined, quiet and efficient drive in built-up traffic heavy areas, in addition to efficiency savings.
The lowest emitting CO2 derivative is the 143g/km front wheel drive, manual transmission with 150PS Ingenium diesel engine.
The most popular all wheel drive, automatic transmission vehicles, come with a choice of four-cylinder Ingenium petrol and diesel engines. This is where the 48-volt mild-hybrid system is used to reduce CO2 emissions to as lows as 149g/km and fuel economy from 50.4mpg (5.6l/100km) (based on NEDC Equivalent test procedure).
An even more efficient plug-in hybrid electric vehicle (PHEV) and three-cylinder petrol Ingenium engine will also join the range.
Every bit a Range Rover, the compact SUV combines all-terrain capability with all-weather assurance. New Evoque features All-Wheel Drive, as well as a second-generation Active Driveline with Driveline Disconnect to enhance efficiency and Adaptive Dynamics to deliver the optimum balance of comfort and agility. Terrain Response 2 – technology first found on full-size Range Rover – automatically detects the surface being driven on a adjusts the set-up accordingly, while Evoque can now wade through water up to 600mm (previously 500mm).
Combining all-terrain capability with on-road composure, the Evoque’s new MacPherson Hydrobush front and Integral Link rear suspension and Adaptive Dynamics technology deliver not only improved refinement and stability in all conditions, but enables the agile handling that makes Evoque ideal for the tight city streets of many countries around the world.
The famed Range Rover command driving position has jumped into the digital age, with a segment-first ‘ClearSight rear-view mirror’ that transforms into an HD video screen. If rear visibility is compromised by passengers or bulky items, the driver simply flicks a switch on the underside of the mirror and a camera feed from the top of the car displays what is behind the vehicle in crisp high definition. The screen provides a wider (50-degree) field of vision and superior visibility in low light.
There is a reversing camera as standard on all models, alongside a suite of advanced driver assistance systems. This includes Adaptive Cruise Control with Steering Assist, which centres the vehicle in the lane based on road markings as well as maintaining a safe distance from the vehicle in front.
Active safety features such as Lane Keep Assist, Autonomous Emergency Braking and Driver Condition Monitor are all available to keep occupants safe.
Evoque is the first Land Rover with Smart Settings, which uses artificial intelligence algorithms to learn the driver’s preference and acts as an onboard butler. In addition to seat position, music and climate settings, Evoque can also control steering column preferences to maximise comfort.
Land Rover also collaborated with a number of fashion and technology brands to bring the design, innovation and sustainability characteristics of the New Range Rover Evoque to life.
This interior textile is made from recycled polyester microfibres, from items such as plastic bottles – in fact the equivalent of 53 plastic bottles go into each vehicle specified with these seats
UMW Toyota Motor Sdn. Bhd. (UMWT) today introduced the All-new Toyota Rush, the second generation of the 7-seater SUV model developed especially for ASEAN markets. The All-new Toyota Rush has been on sale for some 10 years, with over 18,000 units sold throughout Malaysia. Engineered for robustness and designed for practicality, the All-new Toyota Rush has received regular updates to meet the changing needs of customers.
With the new second generation, the All-new Toyota Rush retains the image of an Urban SUV for Rugged-Active Lifestyles, combining the comfort of a passenger car with spaciousness, high seating position, and greater ground clearance of an SUV.
The All-new Toyota Rush also introduces 360-T, a new Toyota approach to provide the best package for customers that will be used in all its upcoming models. 360-T is all about Trust and Technology by Toyota, giving customers a complete suite of innovations, designed to protect and provide total advantage on the road.
Three elements make up the 360-T: Safe-T Plus with the latest safety features and systems as a standard feature; Connectivi-T which provides latest technology for connectivity, entertainment and safety; and Guaran-T for total peace of mind throughout the ownership of the vehicle.
The design of the All-new Toyota Rush is an indication of the dynamism that can be expected from upcoming Toyota models. Departing from the conventional form of the first generation, the styling has sharp character lines which give an advanced unique design that is known as ‘R-BLADE’. The ‘R’ stands for ‘Rush’ and the ‘blade’ refers to Metal, Sharp and Edge, while a dual tone theme on the bodywork adds visual impact.
The new image of the All-new Toyota Rush has also been elevated to be more advanced with a premium look and feel that comes with high value-added features, making it even better value for money.
The All-new Toyota Rush is powered by the latest Toyota 16-valve DOHC 1.5-litre engine which has a maximum output of 105 ps at 6,000 rpm with 136 Nm of torque at 4,200 rpm. With a proven and reliable 4-speed automatic transmission that comes with Automatic Stop-Start system, fuel consumption is better and can be as good as 15.6 kms per litre. This qualifies it as an Energy Efficient Vehicle (EEV) under the current Malaysian National Automotive Policy.
The All-new Toyota Rush continue with rear-wheel drive for a greater variety of terrain conditions, offering better traction for uphill climbs when carrying heavier loads.
Other features include Electric Power Steering (EPS) which contributes to the good fuel efficiency, and tyres with the largest diameter in its class. Despite the large tyre size, the All-new Toyota Rush still has an agile turning radius of 5.2 metres.
The seating layout is 2-3-2 over three rows, with easy access to the third row. The cargo capacity is 217 litres but when required, the volume can be expanded to 514 litres by folding the rear seats. Additionally, for those who may have long or large objects (not exceeding 50 kgs); the edges of the roof have integrated low profile rails which the cargo can be placed on.
The new DVD-AVX audio system has a large 6.8-inch capacitive touchscreen and the unit can be linked to a compatible smartphone to ‘mirror’ the smartphone’s screen onto the audio display. This allows GPS navigation apps such as Google Maps and Waze to be used and viewed from the display screen.
Other standard features include 13 cupholders, a Multi-Info Display, Panoramic View Monitor (PVM) for a 360-degree bird’s eye view of the vehicle, and a Digital Video Recorder (DVR). A Toyota AutoTag is also installed for electronic payment of toll while the Smart Entry system locks/unlocks the doors with just a touch of the button located on the outside door handles.
Toyota places top priority on safety and has developed many new Active Safety systems which can help the driver avoid accidents. The combination of advanced safety systems plus computer-aided engineering and design has enabled the All-new Toyota Rush to score the highest overall rating of 5-stars from ASEAN NCAP (for both Adult & Child Occupant Protection categories).
A new standard active safety feature is the Blind Spot Monitor (BSM) with Rear Cross Traffic Alert (RCTA). BSM helps the driver to be more aware of other road-users in the vehicle’s blind spot, reducing the risk of a collision, while the RCTA is able to warn the driver of approaching vehicles as the vehicle is reversing out of a parking bay.
Also new is the Pre-Collision System (PCS) which helps to reduce low to medium speed accidents due to inattentive driving (only available on the Rush 1.5S). The system, which uses a stereo camera, has four features: Pre-collision Warning, Pre-collision Braking, Front Departure Alert, and Pedal Misoperation Control. The system is designed as a driver assistance feature but gives priority to driver inputs which will override its functions.
The All-new Toyota Rush comes with a 5-year full warranty with unlimited mileage. UMWT expects to sell around 3,600 units in 2019 and in anticipation of high demand, the new model will be assembled under contract at Perodua’s manufacturing plant. The estimated price of the All-new Toyota Rush is RM98,000 for the S variant and RM93,000 for the G variant. The model comes with 5 exterior colours choices – White, Silver Metallic, Dark Gray Metallic, Blue Metallic and Dark Green Metallic. Bookings for the two variants are accepted at all authorised Toyota showrooms nationwide from today.