BYD Shark 6 vs Zeekr 7X

What's the difference?

The Shark 6 breaks new ground with its PHEV technology and impresses with not only its whisper-quiet and rapid acceleration but also engaging chassis dynamics, build quality, fuel economy and generous standard equipment for a compelling price. However, its modest payload and tow ratings may be deal-breakers for some tradies and recreational buyers with bigger loads to haul.

Not the most comprehensive of tests, I'm afraid. But early signs are good for the Zeekr 7X, which ticks plenty of on-paper boxes, looks sleek and fresh and feels sorted from behind the wheel.

Note: CarsGuide attended this event as a guest of the manufacturer, with travel, accommodation and meals provided.

Our test vehicle rides on a 3260mm wheelbase and is 5457mm long, 1971mm wide and 1925mm high, so it’s in the same ballpark as a Ford Ranger 4x4 dual cab ute.

The Shark 6 features traditional body-on-frame truck chassis design, double-wishbone coil-spring front and rear suspension, rack-and-pinion steering and four-wheel disc brakes.

It also has a compact 11.0-metre turning circle and its off-road credentials include 230mm of unladen ground clearance, 700mm wading depth and 31 degrees approach/17 degrees ramp-over/19.3 degrees departure angles. A large metal bash-plate protects the underside.

Looks are subjective of course and even though there’s too much external black plastic for our liking, we reckon it still passes the pub test on styling with its chunky and purposeful appearance.

The bold grille and headlight design appears to draw inspiration from full-size US pick-ups, but with a ‘technical’ look consistent with its high-tech powertrain.

The predominantly grey interior has a high-quality finish and looks good. It also appears to draw inspiration from rivals, in this case the Ranger Raptor with its contrasting bright red air-vent/cupholder surrounds and exposed stitching along numerous seams.

It’s a sleek-looking SUV, the 7X, and is nowhere near as boundary-pushing as its stablemate sibling, the Polestar 4, which rides on the same platform. For one, the Zeekr has a rear windscreen.

Zeekr calls it 'hidden energy' design language, which I take to mean, at least partly, that you can’t immediately tell what’s powering it. It could pass as an internal-combustion car, a hybrid, PHEV or EV; at least until you look closely.

There are light bars front and back, but sadly we miss out on what the brand calls its 'Light Curtain' - a pixel-filled bar of light that spans the entire front end. Apparently it fell victim to the ANCAP crash-test requirements and has been replaced by a black cover.

Even without it, I dig the 7X’s athletic stance. It looks good in the metal, especially finished in deep green paint.

Inside, it’s a pretty plush-feeling cabin, without being revolutionary, and the big central screen and digital dash are bright and clear. The addition of a camera to monitor back seat passengers without having to turn around is a clever touch, too.

With its hefty 2710kg kerb weight and 3500kg GVM, the Shark 6 has a 790kg payload rating which is less than some turbo-diesel rivals.

It’s also rated to tow up to 2500kg of braked trailer which is 1000kg less than the category benchmark. And BYD does not publish a GCM (Gross Combination Mass) rating, so we don’t know how much weight the Shark 6 can legally carry and tow at the same time.

The load tub is almost square with its 1520mm length and 1500mm width. And with 1224mm between the rear-wheel housings, it can carry either Aussie or Euro pallets. Its 517mm depth results in 1.2 cubic metres of total load volume.

There are six load-anchorage points but those located in the sidewalls at the front and centre of the tub are too high for securing low-profile loads. Anchorage points located near floor-level are preferable, as they can secure loads of all heights.

The tub’s internal surfaces are protected by a spray-in liner and there’s bright internal lighting and a hydraulic strut to ease tailgate operation.

Seating for the driver and front passenger is spacious and comfortable. The rear bench seat shares similar qualities, given I’m 186cm tall and when seated behind the driver’s seat in my position I still have ample kneeroom.

Rear seat passengers also enjoy sufficient headroom, even for tall people seated in the least popular central position who also have a nice flat floor given the absence of a transmission tunnel. However, shoulder room for adults sitting three-abreast is tight and best limited to short drives.

Cabin storage for front seat occupants includes a large-bottle holder and bin in each front door, overhead glasses holder plus a dash storage shelf and glove box on the passenger side.

The centre console has two small-bottle/cupholders in the centre and a lidded box at the back.

Rear passengers also get a large-bottle holder and bin in each door, plus pockets on the rear of both front seat backrests and a fold-down centre armrest with two small-bottle/cup-holders.

The bench seat’s base cushion can be raised and stored vertically if more internal luggage space is required, but there’s no under-floor storage.

The 7X stretches 4787mm in length, 1930mm in width, 1650mm in height and rides on a 2900mm wheelbase.

As is pretty typical of electric SUVs, interior space is great, especially for backseat riders. I'm 175cm and have heaps of knee and headroom behind the driver's seat set to my position.

Storage space is good, too, with a deep bin between the front seats, a pull-down divider in the back row and pull-out draws beneath the back seat which mean you can hide laptops or valuables when you lock the car.

One key quirk, though, is the location of the USB charge ports in the back, which are accessed through the pulldown seat divider. It means that, should there be three passengers in the back, you won't be charging any devices.

The boot is 539 litres of flat, wide space – though that number grows when you drop the 60/40 split-folding back row. Rear-drive models also get a 62-litre 'frunk'.

There are three ways into the 7X, with two rear-drive models and one AWD Performance completing the trilogy.

That story begins with the 7X Rear-Drive, which gets the smallest battery and lists at $57,900, before on-road costs. Next is the Long-Range at $63,900, which is also a rear-drive model but nabs a bigger battery and a longer driving range.

Finally, the Performance is $72,900, and is the only twin-motor model. It scores the same 100kWh battery as the Long Range, but significantly ups the performance, which in turn dramatically lowers the zero to 100km/h time.

Standard kit is pretty impressive across the board, with the entry-level model scoring 19-inch alloys, LED lighting all around, a powered tailgate, a glass roof (with powered shade) and ambient interior lighting.

Tech is handled buy a 16-inch central touchscreen with Apple CarPlay and Android Auto and there are two 50W wireless charge pads. You also get a digital dash, tri-zone climate and a 10-speaker stereo.

The Long Range model adds a better 21-speaker stereo and a head-up display, while the flagship Performance gets trick auto-opening and closing doors (you just push a button in the pillar to open and step on the brake to close), as well as genuine Nappa leather trim, 21-inch alloys and very good adaptive air suspension.

The Shark 6’s hybrid drivetrain with permanent all-wheel drive includes two electric motors, with the front motor producing up to 170kW/310Nm driving the front wheels. The rear motor produces up to 150kW/340Nm and drives the rears.

These motors are teamed with a 1.5-litre turbocharged four-cylinder petrol engine producing up to 135kW/260Nm, which serves dual roles as a generator to maintain charge in the 29.58kWh lithium-ion battery (in addition to regenerative braking) and to assist with driving the front wheels as required. It can also perform both roles simultaneously.

The combined output of electric motors/petrol engine is up to 321kW and 650Nm. There are also three selectable drive modes comprising Eco, Normal and Sport, plus different terrain settings to optimise performance in Mud/Sand/Snow/Mountain.

The plug-in battery can be charged using either the AC (7.0kW) or DC (55kW) ports. Cables for both were supplied with our test vehicle and stored in a carry bag behind the rear seat.

The two rear-drive ZX models share the same rear motor producing 310kW and 440Nm. Not stratospheric numbers but the powertrain delivers plenty of useable, real-world grunt, with both variants reporting a zero to 100km/h time of 6.0 seconds.

The AWD Performance model really ups the grunt, though, adding a second electric motor at the front axle lifting total outputs to 475kW and 710Nm and dropping the 0-100km/h run to a crazy-brisk 3.8 seconds. It’s also the only model to ride on the very good adaptive air suspension as standard.

BYD claims combined average fuel consumption for the petrol engine as low as 2.0L/100km with 25-100 per cent SoC (State of Charge) which spikes to 7.9L/100km when SoC drops below 25 per cent (see Driving).

BYD also claims an NEDC battery-only driving range of up to 100km (with 25-100 per cent SoC) and up to 800km when combined with the petrol engine in hybrid mode.

We covered 522km during our test which was a mix of city, suburban and regional roads plus some highway driving, of which about one fifth of that distance was hauling a near-maximum payload.

At the completion of our test, the Shark 6’s onboard computer claimed average petrol consumption of 6.6L/100km with 204km of range remaining, which suggests a real-world driving range of at least 700km is credible from its 60-litre petrol tank.

The cheapest 7X variant scores a 75kWh LFP battery, while the Long Range and Performance nab a 100kWh NCM unit. All have an 800V electronic architecture, allowing for mega charging speeds of up to 450kW DC charging (actually 420kW on the 100kW battery).

Now, I don’t think we have chargers capable of pushing that much juice in Australia, but even using our 350kW chargers Zeekr promises you’ll go from 10 to 80 percent charged in 16 minutes or less. AC charging is up to 22kW, too.

In terms of driving range, you can expect 480km in the rear-drive, 615km in the Long Range and 543km in the Performance, all on the WLTP cycle.

The seating is comfortable and supportive and the driving experience is enhanced by the head up display, large left footrest and thick-rimmed leather wheel.

It’s quiet to drive and the ride quality is outstanding, with refined and disciplined suspension tuning combined with responsive steering and braking. It all adds up to handling agility on winding mountain roads that belies the fact it’s a high-riding 2.7-tonne ute.

Rapid acceleration from standing starts (BYD claims 0-100km/h in just 5.7sec) is also effective in masking its bulk, as instant torque from the dual electric motors gets it rushing towards triple-digit speeds with unrelenting ease, regardless of gradient.

We did most of our test in the ‘Normal’ (default) drive mode, as it provides a happy medium between the heightened response of ‘Sport’ and the slightly subdued ‘Eco’ modes.

To test its GVM rating, we loaded 650kg into the load tub which with driver equalled a 750kg payload that was only about 40kg less than its legal limit. The independent rear suspension compressed about 60mm, but there was no bottoming-out detected as it competently hauled this load on our test route.

Although the ‘Energy Manager’ on the touchscreen allows drivers to pre-set a minimum SoC between 25-70 per cent, we didn’t enter any setting as we wanted to see how the hybrid system performed without these inputs.

Fact is, it did not allow the SoC to drop below 20 per cent, even during highway driving when there was minimal charging assistance available from regenerative braking.

As displayed live on the energy manager, the petrol engine maintained the battery charge needed to feed the electric motors while also providing intermittent drive to the front wheels as required.

At times the little 1.5-litre turbo engine sounded like it was working very hard doing this, but it did prove effective in performing these dual roles.

The hybrid system also produces minimal engine-braking (even with maximum regenerative braking) which is an important consideration if you regularly carry and/or tow heavy loads, particularly in hilly terrain.

With a traditional turbo-diesel and multi-speed transmission, a low gear can be manually selected to allow the engine on overrun to assist the brakes in restraining loads on steep descents. However, with its single-speed transmission and small petrol engine, the Shark 6 must rely on brakes alone.

The 7X is very much the vehicle Zeekr has been waiting for in Australia, so expectation weighs heavy on its metallic shoulders. Happily, and not to spoil the ending, it largely lives up to those expectations with our taste test revealing an electric SUV that shines in most areas.

Our drive experience took place at one of Australia’s longest and fastest race circuits, The Bend outside Adelaide. And not in the AWD Performance version, but in the less-powerful Long Range model. Not exactly the natural environment of a circa 2.5-tonne electric SUV, then.

And while the rear-drive Zeekr is no out-and-out performance car, the 310kW and 440Nm served up from that rear-axle motor is plenty to get the 7X up and moving, with the power arriving in a steady and unbroken stream that saw us pretty easily push to 200km/h on one of the track’s lengthier straights.

I’d argue that’s more than enough grunt to satisfy most, if not all, Zeekr owners without them having to dig deep for the Performance model. But there’s no escaping the fact this is a heavy vehicle, and one inspired by efficiency, not the red mist of racing.

So, things start to drop away a bit when the lesser 7X is really pushed, with an off-putting kind of buffeting movement at speed and sometimes spongey-feeling dynamics a reminder that this is a vehicle more at home on public roads.

The AWD Performance, however, sharpens things up considerably, helped by its adaptive air suspension and all-paw grip. It feels far tighter, grippier and more composed through corners. Sadly, by the time I jumped in, my lead-footed colleagues had drained the battery to the point where I could only accelerate at 50 per cent capacity, which made the AWD slower on the straights than then RWD model, but it made up plenty of lost ground in the way it corners.

All of this is, of course, is likely to be of little relevance to any 7X customers, who are more likely to find themselves on the moon than they are the main straight of a race track, and so my opinion hasn’t changed — the AWD is faster and more technically advanced, but when you boil it down to the actual life a mid-size electric SUV will live, I think the smart money is on the Long Range AWD model.

Side note: We also did some pretty serious off-roading (again, something no owner is likely to do) in the AWD model, and I can report that the softest suspension, steering and accelerator settings add a cosseting comfort to the drive experience on rough roads, and that there is some genuine of-road capability on board.

How it drives on actual roads? For that, you’ll have to wait just a little longer. But early signs are good for Zeekr’s most important model.

The 7X wears a maximum five-star Euro NCAP assessment and I want to point out a pretty wild feature. Standard across all trims is a high-def camera in the B-pillar aimed at the rear seats. You can cover it, if you’d like, but the idea is that anyone up front can hit a button near the central screen that will pull up a high-def feed of what’s happening in the back seat. So, no more having to turn around to see what the kids are up to in the back seat.

Happily, all 7X models get the same safety suite, which includes a 360-degree camera, autonomous parking and 15 ADAS functions.

The Shark 6 is covered by BYD's six-year/150,000km warranty and an eight-year/160,000km battery warranty.

Scheduled servicing is every 12 months/20,000km whichever occurs first. Capped-pricing for the first six scheduled services totals $2945 or an average of $490 per year.

The Zeekr 7X is covered by a five-year, unlimited-kilometre warranty, while the battery is covered for eight years or 160,000km. There’s five years' roadside assistance thrown in, too.

Servicing is recommended every two years or 40,000km, with what the brand describes as optional health checks in years one, three and five (the first one's on the house).

Go for all the services, including the optional ones, and you’re looking at $2415 over the first five years. Skip the optional ones, and it’s more like $1755.