The Mercedes-Benz EQE 350 electric sedan debuts at IAA Mobility Munich
Mercedes-Benz has revealed its latest electric sedan. The EQE 350 will offer 660 km WLTP range, 215 kW and 530Nm driven through a 4MATIC all wheel drive system.
The EQE Sedan shares many design cues with the EQS. Images: Daimler AG
[Updated] Mercedes-Benz Australia has issued a statement regarding the local launch of the EQE series, noting that the first deliveries are expected in the second half of 2022.
The newest member of the Mercedes-Benz “EQ” electric series has debuted, in the form of the EQE mid-size sedan. More compact than the flagship EQS, with a 3120mm wheelbase (90mm shorter), the EQS shares many design cues from its larger sibling, but the overall package is more dynamic, with short overhangs and a low roofline.
Importantly, the EQE series provides greater interior space than the current E-Class, with 27mm more front seat shoulder room, 80mm greater overall length in the cabin, and a 65mm higher seating position. The boot/trunk capacity of the EQE is 430 litres.
Battery and Drivetrain of the EQE 350
Mercedes-Benz is initially offering a 90 kWh battery, promising a 660 combined WLTP range. According to Mercedes-Benz, the EQE 350 has a WLTP energy consumption figure of 19.3-15.7 kWh/100 km; a second, cheaper variant with a smaller battery, and performance variants with “around 500kW” are also in the works.
Mercedes-Benz has developed its battery chemistry and software in-house; a first for the manufacturer. Produced on-site at the Stuttgart-Untertürkheim factory, cells comprise nickel, cobalt and manganese in a ratio of 8:1:1. With less than 10 percent cobalt, Mercedes-Benz hopes to dispense with its use eventually as technology improves.
With two permanent magnet synchronous motors (PSM), the EQE 350 puts down 215 kW and 530 Nm via a 4MATIC all-wheel drive system. Rear wheel steering, borrowed from the EQS, is available as an option.
The 328 volt electrical system is capable of charging the EQE at 170 kW, taking 32 minutes to charge from 10-80 percent. Mercedes-Benz claims 250km (155 miles) of range can be added in 15 minutes.
The interior of the EQE is gorgeous, but not for those with an aversion to screens.
A new level of luxury for the EQE 350 interior
Mercedes-Benz is likely to cop a fair amount of criticism for the similarities of the EQE to the EQS, and this extends to the interior. As EVs share platforms, drivetrains, and more, this unification or standardization is likely to be seen more often between models, as manufacturers look to offset the steep development and R&D costs of bringing all-new electric vehicles to market.
The MBUX Hyperscreen is available as an option on the EQE; a single, glass panel stretching across the dashboard with multiple displays for driver and passenger. The air vent band stretches across the width of the cabin, giving an impression of space. Optional automatic comfort doors greet the driver and open the front doors on approach.
The EQE interior at night
Mercedes-Benz provides a HEPA filter, to clean incoming air with an activated carbon filter. It is also possible for the EQE to clean the interior prior to passenger entry.
Smart tech and driver assistance system highlights in the EQE 350
Mercedes-Benz is offering its Active Distance Assist DISTRONIC system, which can maintain a set distance to vehicles ahead across all road types. The system features predictive speed regulation, navigation and charging integration, and Active Steering Assist, which improves safety and performance on all road types.
Active Lane Change Assist will steer the vehicle into an adjacent lane when an indicator is activated, provided broken lane markings are present, and there is no traffic in the adjacent lane.
Evasive Steering Assist can detect critical situations such as crossing pedestrians, cyclists and even, as Mercedes-Benz puts it, “longitudinal pedestrians”. The EQE will actively avoid these obstacles up to 110 km/h.
Mercedes-Benz partners with IONITY in Europe to provide charging to EQE customers
EV Brief’s take
The EQE is an attractive car, perhaps wearing its aerodynamic skin better than the EQS, which, while full of presence, tends to look a little blob-like. Mercedes-Benz is slowly setting course for a completely electric model line up by 2030, and the company promises to offer battery electric vehicles in all product segments by 2022. We’ve seen the EQC, EQS, EQA, EQB and now EQE revealed; that leaves electrified C-Class, GLC-Class, GLE, and GLS-Class models — core volume sellers of the brand — to be revealed in the coming year. We’re also yet to see sports and performance variants of the Mercedes-Benz line-up go electric; We’d love to see what the automaker could do with its cabriolet and coupe ranges or the SLS AMG GT.
Mercedes-Benz EQE 350 gallery
BMW i4 electric sedan set for early 2022 launch priced from $99,900 MSRP
BMW has always been famous for its sports sedans, having sold close to 5 million 3 series models since the line was introduced in the mid-1970s. The i4 aims to carry on that legacy, but with zero tailpipe emissions.
The BMW i4 M50. Images: BMW
i4 eDrive40 priced from $99,900 MSRP, offering 250kW/430Nm from a single motor with a 590 kilometre WLTP range
i4 M50 priced from $124,900 MSRP, offering 400kW/795Nm from two motors with xDrive
all-wheel-drive with 510 kilometre WLTP rangeM50 model performs 0-100km/h sprint in 3.9-seconds
BMW Operating System 8 fitted as standard
5 years free DC rapid charging with the Chargefox network in Australia
It wasn’t long ago that Klaus Fröhlich, Member of the Board of Management of BMW AG, Development said in an interview that the discussion around electric vehicles was “a bit irrational”. His qualified this with “Perhaps in the eastern region of China; Beijing, Shanghai, Hong Kong … they might be 100 per cent electric. But the world – Russia, Australia, USA, big portions of Europe – they will have combustion engines for a very long time.”
And yet here we are. BMW has always been famous for its sports sedans, having sold close to 5 million 3 series models since the line was introduced in the mid-1970s. The company was also an early pioneer in electrification, with the quirky i3 city car sporting a revolutionary mass-produced carbon monocoque, and making recycled plastic and hemp fibre interiors cool, long before the likes of Mazda, Hyundai and Mercedes-Benz started on the trend.
The i4 eDrive40 is a handsome liftback.
The i4 is a liftback sedan (similar to the petrol and diesel-powered 4 series) based on BMW’s Cluster Architecture (CLAR). This flexible platform was built for EVs from the ground up, maximising packaging efficiency for electric motors and drivetrain components.
The i4 eDrive40 and i4 M50 will land in Australia with adaptive M suspension as standard and M Sport brakes, M Light alloy wheels, and variable sport steering. The M50 adds electric all-wheel-drive and a second motor for greater acceleration. Speaking of which, 0-100 km/h (0-62 mph) is dispatched in 3.9 seconds on the M50 variant, and 5.7 seconds on the eDrive40 model.
In terms of battery technology, the pack is comprised of four modules with 72 cells each and three 12-cell modules, for a total of 324 cells and 84 kWh (gross). BMW states 200kW DC fast charging is possible, which will be free for owners for the first 5 years when using Chargefox infrastructure. The automaker claims the car’s range can be increased by as much as 164 kilometres (102 miles) in 10 minutes at a 10 percent state of charge. While certainly rapid, it pales in comparison to Hyundai’s 800 volt IONIQ 5 which adds 100 km (62 miles) of range in four minutes when charging at 220 kW.
BMW has invested a lot of money in its electric vehicle production; one hundred percent green energy is used for both vehicle production and battery cell manufacturing, and the company has set an ambitious goal of net carbon-neutral production across all locations by the end of 2021. At this year’s annual general meeting, the BMW group announced that it will avoid the emission of over 200 million tonnes of CO2 by 2030.
Scroll down for pricing and standard equipment for the Australian market, as well as a gallery of images.
All-electric CUPRA Born is the brand's first EV and the evil twin of the VW ID.3
If Volkswagen’s ID.3 isn’t quite the electric Golf GTI you were hoping for, sister-brand CUPRA may have just the performance EV for you. The Born joins CUPRA’s line-up as its first all-electric vehicle, and the first that will be delivered to customers with a net CO2 neutral certification.
Four battery variants, 45, 58 and 77 kWh, outputs ranging from 110 kW (150PS) to 170 kW (231PS)
Headline 77 kWh variant achieves 540 km (335 mile) WLTP range
125 kW DC fast charging with 100 kms (62 miles) range added in seven minutes
Dynamic chassis control, wide tyres, sports suspension
European pricing to be announced later in 2021, ahead of 2022 customer deliveries
If Volkswagen’s ID.3 isn’t quite the electric Golf GTI you were hoping for, sister-brand CUPRA may have just the performance EV for you.
The Born joins CUPRA’s line-up as its first all-electric vehicle, and the first that will be delivered to customers with a net CO2 neutral certification. Taking its name from the Barcelona neighbourhood of El Born, the Volkswagen Group hopes this will be CUPRA’s first global vehicle.
Overtly sporty design
The Cupra’s design is certainly arresting, and that now-signature copper-coloured trim works well with darker colours. Visually, it’s a lot busier — and more aggressive — than its VW ID.3 cousin, but shares a similar profile and dimensions thanks to the modular platform architecture and shared battery module under the floor.
Full-LED headlights make an impact with their light signature, and sharp lines accentuate the body to create ‘a sense of movement’ according to the company.
There’s textures everywhere, from the copper trim, to the body panels, to the C-pillar with its three-dimensional patterns. It’s not overdesigned in our view, but rather just a bit interesting.
Wheels range from 18-20 inches depending on specification level, demonstrating that CUPRA is willing to sacrifice a little bit of efficiency for looks and performance.
The CUPRA Born’s dimensions are almost identical to VW’s ID.3 - 1,809mm wide, 1,537mm high with a wheelbase of 2,767mm. Overall length is 4,322mm, 60mm longer than the ID.3.
CUPRA amps up the sportiness over VW’s ID.3. Images: CUPRA
Interior raises the game over VW’s ID.3
Volkswagen’s MEB platform provides many opportunities for flexible product packaging, and while there are some shared components and materials with the ID.3, CUPRA’s design team has flexed their creative licence.
The copper-coloured theme extends to the interior trim pieces, breaking up slabs of black and grey. The architecture of the ID.3’s interior is visible, but CUPRA adds additional drive-mode steering wheel controls, sporty bucket seats finished in yarn spun from upcycled marine plastics, and unique infotainment display graphics.
Reminiscent of VW’s ID.3, with a sportier stance.
Three battery choices, up to 540km range
The most affordable CUPRA Born will offer a 110 kW (150 PS) engine, with 310 Nm of torque, 45 kW of battery capacity, and a very usable WLTP range of 340 km (211 mi). Like the Volkswagen ID.3, the Born will use nickel, manganese, cobalt (NMC) cells from LG Chem, at least in the initial stages of market launch until Volkswagen’s planned battery factories become operational.
CUPRA is a young brand, and was launched in 2018. In 2020, CUPRA achieved 11% growth over 2019, with 27,400 vehicles sold. The Volkswagen Group has plans to take CUPRA worldwide, and Australia will actually become the first non-European market for the brand when the petrol Formentor SUV arrives in 2022.
Kia to expand Australian model range with the launch of Niro EV electric SUV
Kia Australia has finally announced that the Niro EV (known as the e-Niro in overseas markets) will be available in Oz, priced from $62,590 for the entry-level EV S specification, and $65,990 for the better-equipped EV Sport specification.
Niro EV to feature 64 kWh battery with 77 kW DC charging
WLTP Energy consumption figures of 455km 158 Wh/km
0-100km/h figure of 7.8 seconds, 167 km/h top speed (overseas figures)
EV S priced from $62,590, EV Sport priced from $65,990
Hybrid and Plug-in Hybrid models also available
Kia Australia has finally announced that the Niro EV (known as the e-Niro in overseas markets) will be available in Oz, priced from $62,590 for the entry-level EV S specification, and $65,990 for the better-equipped EV Sport specification.
This places the pricing of the Niro EV very close to sister-brand Hyundai’s Kona Electric sibling, with which the Niro EV shares a battery and electric motor. The Kona Electric range is priced from $62,000 for the Elite and $65,990 for the Highlander specification. Both models have a power output of 150 kW, and produce 395 Nm of torque.
Offering a 64 kWh Li-ion Polymer battery and a front-mounted permanent magnet synchronous motor, the Niro EV can cover 455 kilometres on a single charge according to the WLTP combined testing cycle, and can reach 100 km/h in 7.8 seconds.
Inclusions
The EV S model features an 8-inch touchscreen with wireless Android Auto and Apple Carplay, Digital radio, 7-inch digital driver’s instrument panel, eight-way power-adjustable front seats, 17” aerodynamic alloy wheels, automatic climate control, and a cloth/leather black upholstery.
In addition, the Sport model adds a 10.25-inch touchscreen with built-in navigation, full LED headlights, a premium 8-speaker JBL audio system, aluminium sports pedals, and Kia’s Blind Spot Detection and Rear Cross-Traffic Alert.
Both models will feature brake regeneration control via paddle-shifters, a virtual engine sound system, rear-view camera, seven airbags, Autonomous Emergency Braking (car/pedestrian/cyclist), Lane Keep Assist, Lane Follow Assist, Smart Cruise Control, and Driver Attention Alert. We think it’s disappointing that Kia Australia chose to differentiate the entry-level EV S by excluding Blind Spot Detection and Rear Cross-Traffic Alert; we always believe all available safety technology should be standard.
Charging
Like Hyundai’s Kona Electric, the Niro EV features 7.2 kW Type-2 AC charging, and 100 kW CCS2 DC fast charging. Kia claims nine hours and 35 minutes are required to charge the Niro EV to 80% via an AC connection, and 54 minutes when plugged into a 100 kW DC fast charger.
Fastned’s graph below shows the Niro EV charging at a maximum of 77 kW from 0 to 40 percent on a DC network, dropping to 55 kW at a 55 percent state of charge (SOC), before tailing down to just 25 kW at an 80 percent SOC. Fastned achieved a maximum power figure of 77 kW, and an average of 64 kW, and beat Kia’s time of 44 minutes for a 10-80 percent charge.
Fastned’s charging curve for the Kia Niro EV (tested on European model)
Sport variants include three levels of regenerative braking, selectable through the steering wheel paddles; the left paddle increases regenerative braking and deceleration while the right paddle decreases it.
One Pedal Braking is also included, which is activated by holding the left paddle in for more than half a second while coasting. Continuing to hold the paddle will bring the car to a halt.
Six colours will be available at launch; Clear White, Snow White Pearl, Aurora Black Pearl, Silky Silver, Runway Red and Yacht Blue. All but Clear White will attract a premium paint surcharge of $520.
Kia will also offer a hybrid and plug-in hybrid (PHEV) version of the Niro, starting from $39,990 and $46,590 respectively. The PHEV variant includes an 8.9 kWh battery, and achieves a combined-cycle fuel efficiency figure of 1/3 l/100km.
We’ll keep you updated on the Niro EV’s availability and delivery timings when we findout more.
Mercedes Benz EQS exterior revealed - meet Stuttgart's first EV luxury sedan
The Mercedes Benz EQS is an important vehicle for the Stuttgart automaker. 120 years after the trademark ‘Mercedes’ was registered by Daimler-Motoren-Gesellschaft in 1901, we now have an all-electric sedan that is designed to ensure not only that the company remains the king of luxury motoring, but also the relevance and profitability in a world of strict emissions legislation, and dwindling resources.
2021 Mercedes Benz EQS debuts ‘sensual purity’ design language, 770 km range from 107.8 kwh battery
Mercedes Benz EQS 450+
single permanent magnet synchronous motor, rear wheel drive
245 kW (333 PS) / 568 Nm (418 lb ft), WLTP combined energy consumption 20.4-15.7kWh/100 km, range not stated
90 kWh nickel, manganese cobalt (NMC) modular battery, pouch cell design with 400V architecture, 200 kW DC fast charging
Mercedes Benz EQS 580 4MATIC
front and rear permanent magnet synchronous motors, all wheel drive
385 kW (523 PS) / 855 Nm (630 lb ft), WLTP combined energy consumption 21.8-17.4 kWh/100 km, range up to 770 km (478 miles)
107.8 kWh NMC modular battery, hard case cell design with 400V architecture, 200 kW DC fast charging
The Mercedes Benz EQS is an important vehicle for the Stuttgart automaker. 120 years after the trademark ‘Mercedes’ was registered by Daimler-Motoren-Gesellschaft in 1901, we now have an all-electric sedan that is designed to ensure not only that the company remains the king of luxury motoring, but also the relevance and profitability in a world of strict emissions legislation, and dwindling resources.
We’ve already covered the technical details, interior and Hyperscreen quite recently, so let’s look at what Mercedes-Benz has revealed today.
Exterior Design
It’s nice to finally be able to put a face to the EQS name. Designing such a flagship vehicle must be rather difficult, and on the whole, Gorden Wagener and his team must be congratulated. The EQS is a balance of progressive style and refined, familiar luxury. It’s a vehicle that has to outline the brand’s future direction, while still appealing to the S-Class buyer.
There are some odd angles however; soft, sloping front and rear are a result of function over form no doubt. With a drag coefficient of 0.2 cd, Mercedes Benz claims the EQS is the slipperiest sedan in the world.
Mercedes Benz states that the design philosophy behind the EQS can be defined as ‘Sensual Purity’ and that this is realised through clear, uncomplicated surfaces, curves and surface-emphasising modelling. It’s certainly not a fussy design, but will it appeal to buyers looking for a certain level of aggression and sportiness? Perhaps we’ll have to wait for an AMG version to find out.
The short front end and cab-forward look is almost the antithesis of the long-hooded luxo-barge look we’ve come to expect from this segment over the last few decades. The front end is handsome, if considerably more restrained than the EQS concept car. The black ‘grille’ on the front of the EQS is available with a Mercedes star pattern, if customers choose the AMG Line Exterior or Electric Art Exterior.
Frameless, coupé-like doors and a high, arched beltline draw the eye down the body to the rear of the EQS. Flush doorhandles aid aerodynamics, and provide a clean side profile view. The glasshouse is accentuated with chrome, and a two tone paint scheme is available.
Broad, generous surfaces, reduced join in body panels create an almost seamless transition between glass and bodywork at the rear. The rear tail light assembly is a broad, futuristic swoop of red, accentuating the width and hinting of the power within the EQS. 19-22 inch wheels are available, and the three exterior package inclusions are listed below:
Our favourite view of the EQS sedan
In our eyes, the most attractive angle of the EQS is a slightly raised and offset front three quarter view. The body is made of aluminium to keep weight down, and the front hood (bonnet) is of a clamshell design. Frunk fans will be disappointed to learn there’s no front storage compartment, but there’s ample space in the passenger compartment and rear trunk, with 610 litres of cargo capacity.
At 5.2 metres long with a 3.2 metre wheelbase — 106mm longer than the W223 S-Class — the EQS is a big car. The EQS 450 weighs in at 2480 kg (5467 lb), while the EQS 580 is 2585 kg (5,698 lb).
Mercedes Benz is expected to release an AMG performance variant of the EQS in the future, as well as a cheaper version with a smaller battery capacity. Europe, the UK and North America should see the EQS launch in the second half of 2021, while it’s expected that Mercedes-Benz Australia will bring the EQS down under in December 2021/January 2022.
You can read more of our coverage on the technical aspects of the EQS here, and view more galleries below:
2021 Mercedes Benz EQS exterior gallery
2021 Mercedes Benz EQS interior gallery
Audi Q4 e-tron, Q4 Sportback e-tron debut with up to 520km range, 220kW power
Audi’s Q4 e-tron has been unveiled, and features rear and all wheel drive variants with two different battery sizes, all wrapped in the brand’s progressive, modern design language. Wheels pushed to each corner, aggressive light graphics and sharp angles; this SUV is all about muscular presence.
Two battery sizes, three model variants for Audi’s newest EV
Three versions available in Sportback and regular body styles:
35 e-tron with 52 kWh battery/341-349 km (211-216 mi) range
40 e-tron with 77 kWh battery/520 km (323 mi) range
50 e-tron quattro with 77 kWh battery/488-497 km (303-308 mi) range
Based on Volkswagen’s modular electric drive matrix (MEB), shared with VW ID.4
Charging up to 100/125 kW depending on model
Audi claims carbon neutral production footprint for Q4 e-tron
Priced from EUR 41,900 in Germany, and “below $45,000 US” in the United States before federal EV tax credits
Audi’s Q4 e-tron has been unveiled, and features rear and all wheel drive variants with two different battery sizes, all wrapped in the brand’s progressive, modern design language. Wheels pushed to each corner, aggressive light graphics and sharp angles; this SUV is all about muscular presence.
Underpinned by Volkswagen’s Modular Electric Drive matrix (MEB) architecture, this vehicle shares a platform with VW’s ID.3 and ID.4 range, and is likely the first of many electric Audis to be based on this modular architecture.
The Q4 e-tron even shares a production line with its VW siblings, manufactured at the group’s Zwickau, Germany plant. Audi even claims a carbon-neutral manufacturing footprint for the Q4 e-tron, from battery and materials supply chains to the Zwickau plant itself.
Audi’s Q4 50 e-tron quattro. Image: Audi AG
Exterior Design
Reassuringly familiar yet refreshingly modern; these are traits that Audi designers somehow manage to weave into each new model. We feel a number of contemporary Audi models have become quite fussy in their designs, but the Q4 e-tron, whilst muscular, is all about width and horizontal lines.
The front of the Q4 e-tron is dominated by the requisite single-frame grille, however the gently cascading hood and three dimensionality of the front surfaces and headlights present a design that is less brutish and better resolved than say the larger Q8 SUV.
Pronounced hip lines and bulges in the lower doors help to accentuate the wheels, and reduce any slab-sided appearance to the side profile of the Q4 e-tron. The rear again accentuates width and aggression through a de rigueur horizontal light bar, and contrasting diffuser. S-Line versions of both Q4 e-tron and Q4 Sportback e-tron are available, and provide an enhanced exterior styling package.
Exterior dimensions are as good as identical to Volkswagen’s ID.4; 4,588 mm long, 1,865 mm wide, 1,632 mm tall with a wheelbase of 2760 mm. There’s a familiarity in the proportions between the two sister products, without a feeling of sameness.
Audi Q4 50 e-tron quattro Edition One gallery
Interior Design
The first thing you notice about the interior of the Q4 e-tron is that new floating console; gear selection, power on/off, hazard lights and drive modes remain accessible by the driver in the form of hard buttons. There’s also a small touch sensitive pad for passengers to adjust volume and select audio tracks.
This floating console frees up a large storage area underneath, with two USB-C ports, a 12V outlet, and wireless phone charging. Just below the main infotainment screen, many (including us) will be pleased to see hardware buttons for the HVAC system; far superior for quick climate adjustment to a touchscreen when powering down a bumpy road.
Moving up to the top of the dash, and it appears Audi is going for a Lamborghini-lite aesthetic, with plenty of angular surfaces, chunky air vents and an LCD screen — available in 10.1 or 11.6 inches — angled towards the driver. The main instrument cluster features Audi’s Virtual Cockpit, and the steering wheel controls are all digital, with slide or press control for various functions. Helpfully, they provide haptic feedback, replicating an old fashioned button.
An optional panoramic glass sunroof extends over the passenger cabin, and provides a sense of space for front and rear seat passengers. Leather upholstery is still the norm in the Q4 e-tron, but the optionally available S line interior provides the possibility of specifying a combination of artificial leather and Dinamica or Puls upholstery, which utilises secondary raw materials such as recycled plastics and old PET bottles.
Q4 e-tron interior Gallery
Battery and Drivetrain
Customers have the option of regular Q4 e-tron and Q4 Sportback e-tron body styles, the latter being Audi’s terminology for a coupe-style SUV. For those with a performance bent, the Q4 50 e-tron quattro will be the model to choose, offering a 77 kWh battery with 220 kW (299 PS) and 460 Nm (340 lb ft). This model offers 488 km (303 mi) and 497 km (308 mi) of range respectively for the e-tron and the Sportback e-tron. If absolute range is your priority, the rear wheel drive Q4 40 e-tron offers 150 kW (204 PS) and 310 Nm (228 lb ft) as well as 520 km (323 mi) range.
All models feature a permarmanent magnet synchronous motor on the rear axle, mated to a single-speed transmission with differential. The motor has a maximum speed of 16,000 rpm, and Audi claims a low weight of 90 kg (198 lb) for this motor. quattro all wheel drive variants add an asynchronous motor to the front wheels with a coaxial layout; Audi claims this setup reduces driveline drag when inactive and that the weight of the front unit is around 60 kg (132 lb).
Audi’s Q4 e-tron range features advanced thermal management, with two coolant circuits to control the temperature of the electric motors, the charging system, the DC/DC converter and more. This system aims to increase battery temperature soon after setting off on a drive, with a target temperature of around 30 degrees celsius (86F). Interestingly, a heat pump —now standard across other manufacturers’ models— is optional for the Q3 e-tron. This device essentially uses waste heat from electric components that would otherwise be lost to the atmosphere to power things like the HVAC system.
Q4 Sportback 50 e-tron quattro gallery
Safety, Technology and Autonomy
Q4 e-tron models feature front radar, four surround-view cameras, one front view camera, rear radar and eight ultrasonic sensors as part of an extensive driver assistance system. Audi’s autonomous braking system known as Audi pre sense front also features a turn assist system, that intervenes in a dangerous system in a left hand turn (for left hand drive vehilces) or a right hand turn (for right hand drive vehicles). Predictive efficiency assist evaluates navigation data, traffic and speed signs, and helps a driver save energy. Audi’s adaptive cruise control, in conjunction with adaptive cruise assist controls the distance between the Q4 e-tron and the vehicle travelling in front, and also ads lane guidance to keep drivers in their lane.
There’s two dynamic packages available, lowering the body by 15 millimeters, and adding dynamic handling within the Audi drive select system. The second ‘dynamic package plus’ adds adjustable suspension with damper control, and constantly evaluates the driving situation by regulating oil flow in the dampers. This change oil viscosity within each damper can produce a variety of ride comfort options, and Audi first debuted this technology back in the B7 RS4 and 8J TT models.
On the inside, there’s a new augmented reality head-up display, providing a visual overlay of navigation and assist systems before the drivers’ eyes. Using a processing unit within the modular infotainment system known as the AR Creator, symbols and graphics can be rendered at 60 frames per second and are adapted to the geometry of the projection optics on the fly, while the system calculates objects and their location relative to the environment, and compares this to radar, GPS and camera data. Sounds complicated? Audi claims this system’s software alone consists of roughly 600,000 lines of programming code; 50 percent more than the entire control system of the first generation Space Shuttle.
The Q4 e-tron is the second all electric SUV in Audi’s line up, and is part of the Volkswagen Group’s commitment to electrified vehicles and reduced fleet emissions. The automaker plans a one size fits all cell design, and hopes to have six battery ‘gigafactories’ across Europe producing battery cells and packs for its vehicles by 2030. Scroll down for galleries of the Q4 e-tron and Q4 Sportback e-tron.
Scroll down for galleries of additional imagery.
Audi Q4 50 e-tron quattro gallery
Q4 e-tron technical renderings
BMW teases i4 electric sedan with new images and details; BMW M Performance version to follow
BMW has teased exterior images of the new i4 Gran Coupe EV at its annual conference in Munich, Germany overnight. The automaker is drawing out the launch, with full technical specifications and interior images to be released over the next few weeks.
BMW shows off its first all electric sports sedan - the i4 Gran Coupe with up to 590km (366mi) WLTP range
BMW has teased exterior images of the new i4 Gran Coupe EV at its annual conference in Munich, Germany overnight. The automaker is drawing out the launch, with full technical specifications and interior images to be released over the next few weeks.
BMW promises up to 590km (366mi) WLTP range, power up to 390 kW (530PS) as well as a BMW Motorsport version (eventually). We can expect the i4 Gran Coupe to compete against a range of vehicles in the competitive sports sedan class, from Tesla’s Model 3, Model S and Polestar 2 at the more affordable end, to the Porsche Taycan and Audi E-Tron GT when BMW announces an i4 Gran Coupe M Performance.
Broadly sharing most of the design details from the concept i4, the usual “toning down” has taken place, with less futuristic headlights to satisfy various legal and cost constraints, conventional side mirrors and smaller wheels.
The large “grille” remains, along with vertical front intakes, slim, broad taillights and BMW’s signature Hofmeister kink on the rear doors. We like it; though it lacks the “wow” effect of the concept i4, proportions are sound, and the design details are contemporary. One thing though; please lose the blue highlights BMW!
The BMW Concept i4 vs. the production i4:
The BMW concept i4
The BMW i4 Gran Coupe
The i4 will be built on BMW’s flexible and modular CLuster ARchitecture (CLAR) platform, on which the iX3 and iX SUVs are based. Notably, BMW will produce the i4 Gran Coupe on the same production lines as petrol and diesel models, thanks to a massive €200 million retooling of the Munich assembly plant.
Most manufacturers—including BMW—are focusing on the development of crossovers and SUVs based on their next generation electric architectures, so it’s great to see Munich also prioritising an all-electric sports saloon.
As mentioned, further technical details and imagery is expected to be launched over the next few weeks. While BMW has yet to reveal pricing and launch timing, we can expect the i4 to follow the iX SUV to market in early 2022.
Images: BMW AG
BMW announces iX xDrive40, xDrive50 ahead of Q4 2021 Australian launch
BMW has today confirmed that it’s first-ever iX model line will reach Australian shores in 2021, in the form of the iX xDrive40 and iX xDrive50.
The BMW iX is currently undergoing its final phase of series development, and is the first model based on a new, modular and scalable toolkit which will underpin the brand’s future electric vehicles.
BMW has today confirmed that it’s first-ever iX model line will reach Australian shores in the fourth-quarter of 2021, in the form of the iX xDrive40 and iX xDrive50.
The BMW iX is currently undergoing its final phase of series development, and is the first model based on a new, modular and scalable toolkit which will underpin the brand’s future electric vehicles.
Full specifications are yet to be released, but BMW claims “In excess of” 370kW and 240kW developed by BMW iX xDrive50 and iX xDrive40 drive systems respectively, allowing 0-100km/h (0-62 mph) sprint times of five seconds for the iX xDrive50 and six seconds for the iX xDrive40.
The iX xDrive 50 will offer a WLTP range of more than 600km, and the xDrive40 a range of 500 km. BMW claims an energy consumption figure of less than 21kWh per 100 kilometres for both models.
While BMW hasn’t revealed full battery specifications, they have stated that the xDrive50 will have a gross energy content of “more than 100kWh” with 200kW charging, while the battery unit for the BMW iX xDrive40 has a gross energy content of “more than 70kWh” with 150kW charging.
In terms of technology, the iX range will debut BMW’s newest iteration of iDrive including BMW Operating System 8 which debuted this week.
BMW iX xDrive40 starts from £69,000 ($96,000 USD or $124,000 AUD) in the UK, so expect it to launch closer to $150,000 when it arrives in Australia later this year. It’s understood that BMW is working on an M motorsport-honed variant too. We will keep you updated as further details and pricing are released closer to launch.
2022 Audi Q4 e-tron previewed with 450km range, augmented reality tech
With aspirations to dominate every market segment, the Volkswagen Group is looking to utilise its electric vehicle architecture across multiple brands and vehicle classes. Enter the Q4 e-tron: the first Audi model based on the Modularer E-Antriebs-Baukastenmodular, or modular electric drive toolkit as a literal translation.
Audi reveals pre-production MEB-based 2022 Q4 e-tron
Based on Audi’s Modularer E-Antriebs-Baukastenmodular (MEB) architecture
The smallest e-tron SUV in Audi’s line up at 4,590mm (15.1 ft) long, 1,865 millimeters (6.1 ft) wide, and 1,613 millimeters (5.3 ft) high
Two electric motors with 224 kW (304 PS), 82kWh battery with claimed 450 km (280 mile) range
Fully digital operating concept with augmented reality head-up display
Upholstery materials with recycled polyester
Worldwide reveal set for April 2021
Q4 e-tron spearheads Audi’s compact electric crossover rollout
With aspirations to dominate every market segment, the Volkswagen Group is looking to utilise its electric vehicle architecture across multiple brands and vehicle classes. Enter the Q4 e-tron: the first Audi model based on the Modularer E-Antriebs-Baukastenmodular, or modular electric drive toolkit as a literal translation.
The MEB is designed exclusively for EVs, and already underpins the Volkswagen ID.3 and ID.4, as well as the Škoda Enyaq. It’s flexibility will see use across future Volkswagen family models, including from the Cupra brand.
Q4 e-tron battery and drivetrain
Packing an 82kWh battery likely to be manufactured by LG Chem, the Q4 e-tron should have a WLTP range of 450 km (280 miles) and can be charged up to 125 kW. With two electric motors outputting a combined 224 kW (304 PS), Audi claims a 0-100km/h (0-62 mph) time of 6.4 seconds.
Of course, quattro -all-wheel-drive will be standard, and it’s expected that adaptive air suspension will also be a feature on the Q4 e-tron.
Exterior Styling
My, didn’t Audi’s wrappers have a field day? Graphics aside, the Q4 e-tron has many familiar Audi design cues. Those slim LED headlights with segmented daytime running lights, that single-frame grille (though perhaps it’s time for Audi to ditch this when it serves no function) the pronounced rear wheel arches and angular taillights.
At 4,590mm (15.1 ft) long, it’s around 10cm longer than a Q3, though that may be hard to discern in the metal. Audi will likely be producing a Q4 e-tron Sportback, complete with cut-off plunging roofline.
Technology and Interior
Audi is promoting the technical innovations and interior features of the Q4 e-tron in the lead up to the vehicle’s global reveal. With the latest version of the Audi Multi-Media Interface (MMI), drivers will have a head-up display with augmented reality features that can project important information over objects in the driver’s line of site, similar to technology already deployed by Mercedes-Benz.
The usual passive and active safety features are expected, such as blind spot monitoring, lane-keeping assistant, front collision avoidance and adaptive cruise control with semi-autonomous capabilities.
Audi also claims the Q4 e-tron offers similar exterior dimensions to a Q3 SUV, but with Q5 levels of space on the inside. The luggage compartment provides 520 litres (18.4 cu ft) of space for luggage, and the 2.76 metre (9.1 ft) long wheelbase should provide comfortable foot, knee and legroom for front and rear seat passengers.
It’s nice to see the shift away from leather interiors; to each their own, but leather has a huge environmental footprint, not to mention the ethical issues around animal skin. The Q4 e-tron offers a combination of artificial leather microfiber Dinamica, which looks and feels like suede but is made of 45 percent recycled polyester, sourced from textiles and PET bottles.
We’re expecting the Q4 e-tron to go on sale (in base trim) from $45,000 USD / £50,000 when it is revealed to the public next month. While there’s nothing about this upcoming crossover that appears revolutionary, the combination of the usual Teutonic interior quality with Audi’s contemporary (if predictable) exterior styling should bode well for the MEB-based electric crossover’s sales.
Top 5 all-new electric vehicles bound for Australia in 2021
While Australians may have to wait longer for new models than northern hemisphere countries (and longer than our New Zealand neighbours for that matter), the future of all electric passenger cars in Australia is bright. Here are some of our highlights, expected to land in 2021:
the most exciting all-electric passenger cars launching in Australia this year
Australia’s government has a topsy-turvy list of priorities when it comes to the nation’s shift to renewables and zero emissions vehicles, and while we may have to wait longer for new models than northern hemisphere countries (and longer than our New Zealand neighbours for that matter), the future of all electric passenger cars in Australia is bright. Here are some of our highlights, expected to land in 2021:
Hyundai Ioniq 5
We’re excited about the IONIQ 5 for a number of reasons. Hyundai has proven it can make competent, efficient electric vehicles, and the IONIQ family should continue this trend.
Moreover, IONIQ brings with it a unique design language dubbed ‘parametric pixel’ that is rectangular, futuristic and bold in a sea of familiar compact SUVs. Not just a pretty face, the IONIQ 5 promises an advanced 800 volt architecture, with fast charging up to 350kW, and V2X technology to power almost any device. The IONIQ 5 prototype has already been spotted in Sydney undergoing final testing, so its clear parent company Hyundai sees Australia as an important market for the new brand.
Not a whole lot is known about the IONIQ 5, but Hyundai plans to launch the car down under in 2021. Image: Hyundai Motors
2. Tesla Model Y
Tesla’s Model Y isn’t the new kid on the block anymore, but that doesn’t mean Australians won’t want it. Sporting all the same technology that underpins the Model 3—Australia’s best selling EV— the Model Y features the raised driving position and spacious cabin that makes SUVs so popular in Australia. Available overseas in rear wheel drive Standard Range Plus guise, as well as all wheel drive dual motor Long Range and Performance variants, the Model Y is expected to start from A$80,000-$90,000 for the Standard Range Plus, A$90,000-$100,000 for the Long Range and A$100,000-$110,000 for the Performance variant by the time it lands in Australia. Though there’s nothing offical from Tesla, with the Model Y production line in China now operating, we can expect Tesla’s small SUV to join the local line-up sometime in the seond half of 2021.
Tesla’s Model Y sells well overseas for good reason: it’s efficient, fast and comfortable. Image: Tesla Motors
3. BYD Han
BYD’s Han sedan is exciting for a number of reasons; firstly it’s a svelte, handsome sedan with performance and luxury to match its looks. With a 76.9kWh LFP blade battery and a range of 500+ kilometres, the Han can accelerate to 100 kilometres per hour (62 miles per hour) in 3.9 seconds. It’s got a luxurious interior too, and priced from 279,500 RMB (about AUD$55,500) in China we believe the Han could have a decent slice of the EV market share if priced at or below Tesla’s Model 3 (around AUD$70,000). Importer Nexport currently has one left hand drive Han in Australia, possibly for evaluation/compliance purposes. While no official launch timing has been revealed, Nexport’s direct-to-consumer site evdirect.com.au is planning a big announcement for Wednesday 10 February.
BYD’s Han has the potential to be a great value player in the luxury EV market. Image: BYD
4. Porsche Taycan
EV Performance, refinement and efficiency combined with Zuffenhausen’s legendary interior and exterior design? What’s not to love? Well, the eye-watering price for starters. Forget for a moment that the Taycan Turbo S Starts from $366,133; less expensive variants will eventually make their way down under. It’s significant that one of the world’s most revered sports car manufacturers should design and develop an all electric vehicle, and from overseas reports, the Taycan hasn’t lost Porsche’s handling and performance DNA. Real world range of the standard 79.3kWh battery is also greater than the official figure of 326 kilometres as we reported here. Deliveries are expected to commence in February 2021.
Australian Porsche fans can expect deliveries of the Taycan to commence in February/March 2021. Image: Porsche Cars Australia
5. BMW iX
Yes it’s another SUV on the list, but isn’t that what the market wants? Looks are subjective, but one can’t argue with the imposing face of the iX. While a big, hulking electric SUV may not be our cup of tea, it makes the list because in inner-city parts of Australia where the BMW X5, Porsche Cayenne and Mercedes-Benz GLE are king. Electrifying these vehicles will have a significant impact on emissions and perceptions around electric vehicles. While Mercedes-Benz’ EQS has been on the scene for over a year now, BMW’s iX rides on a new-from-the-ground-up advanced aluminium space frame/CRFP composite chassis designed specifically for EVs. BMW claims a WLTP range of “over 600 kilometres” and an engine output of “over 370kW”, and the iX should arrive in Australia before the end of 2021.
The BMW iX is big, aggressive and all electric. Image: BMW AG
