GWM Cannon Alpha vs Tesla Cybertruck

What's the difference?

The Cannon Alpha Ultra PHEV combines five-star safety, a confident warranty, lavish luxury and short-haul electric driving for a competitive price. However, from a pure workhorse perspective, its class-benchmark 3500kg tow rating is offset by a modest payload limit, plus an awkward spare tyre location which could be a deal-breaker for some tradies as it compromises working floor space and the securing of loads.

Weird, wild, unnecessary, arguably horrific to look at, or at least challenging, too fast, too silly, the Cybertruck is many things, but all of the bad things are obvious from a distance while you only realise just how impressive, clever and intense it is once you take it for a drive.

The drive-by-wire steering alone is a revolutionary bit of tech that will surely bleed into the wider world. 

Overall I thought I would hate it, but I walked away, head still shaking, with grudging respect approaching admiration for the Tesla Cybertruck.

Our test vehicle shares the same body-on-frame chassis design, twin A-arm/coil-spring front suspension, four-wheel disc brakes and electric power-assisted steering as the model it replaces, but the previous leaf-spring live rear axle has been replaced by a multi-link coil-spring arrangement. External chrome has also been greatly reduced.

Its luxurious leather-accented interior has a spacious and classy feel with a panoramic sunroof and opulent mix of surface finishes, but some tradies might consider such indulgences too fancy for carting muddy-booted crews.

The PHEV’s larger rechargeable battery pack uses up all the underfloor space behind the rear axle usually occupied by a full-size spare tyre. As a result, the steel-rimmed spare has been moved to a conspicuous location in the load tub, which not only looks like an afterthought but is far from ideal for workhorse duties (see Practicality).

Is there anything interesting about a Narwhal, or a rhinoceros? It’s hard to know whether to give the Tesla Cybertruck 10 out of 10 for how interesting its design is, or zero for how offensive it is, but it would certainly get a solid 20 out of 10 for uniqueness.

Sure, in pictures it looks pretty out there, but when you stand before it in all its shiny steel it makes you laugh out loud, to the point where it has taken your breath away.

And then you start to notice all the fingerprints on it. Every time you - or any of its many admirers - touches it, you get nasty, oily stains and keeping it clean would make looking after a car painted in a matte finish look as easy as sleeping. 

So, stainless steel as a choice for constructing a car? Perhaps there’s a reason no one else has ever followed the DeLorean’s lead here, but there’s no denying it grabs your eye, and provides a certain solidity to the whole structure.

Much like a Frank Gehry building, you’re either going to love the Cybertruck and think it a work of modern art, or dismiss it as a childish man’s fantasy made real (essentially that was the design brief for this vehicle, “make Elon a toy”, and it has nailed that brief), but either way you’ll definitely have strong feelings about it.

A car, or even a pick-up truck, with no round surfaces, nor subtlety of any kind, can’t really be described as beautiful in any way. But interesting? Definitely. 

Our test vehicle’s substantial 2810kg kerb weight is 235kg heavier than its hefty Alpha Hybrid predecessor, due largely to the bigger battery and electric motor. That makes it about half a tonne heavier than numerous conventional turbo-diesel 4x4 dual cab utes.

This substantial kerb weight contributes to a sizeable 3495kg GVM, yet results in a 685kg payload rating which is modest compared to some turbo-diesel rivals with genuine one-tonne capabilities.

It’s also rated to tow up to the class-benchmark 3500kg of braked trailer, but with its 6745kg GCM (or how much it can legally carry and tow at the same time) that would require a 250kg reduction in payload (from 685kg to 435kg) to avoid exceeding the GCM.

While it’s unlikely owners would need to tow at the 3500kg maximum, it’s important to be aware of these numbers if the need arises, as that 435kg of payload could easily be used up by a crew of tradies before you could load any of their tools.

The vertical mounting of the spare wheel in the load tub not only reduces floor space and load volume but also restricts the securing of loads, given there’s no anchorage point accessible in the right rear corner of the tub.

So, all load straps extending rearwards must share the same left-side anchorage point, which is far from the ideal even spread provided by four-corner load restraint. This spare wheel location needs a rethink (perhaps a swing-away carrier favoured by 4x4 wagon owners would be better).

We also noted the big button on the two-way tailgate, which enables it to split into a pair of hinged doors, stopped working during our test. Fortunately, it could still open the tailgate as a conventional single unit.

There’s ample interior space, not only for front seat occupants but also those in the back. That includes tall people, given I’m 186cm and have at least 40mm of knee room when sitting behind the driver’s seat when set in my position.

There’s also about 80mm of rear headroom, despite the presence of a full-length sunroof which can often compromise this dimension. However, shoulder-room is tight for three adults, so two would be preferable for long trips.

Front-of-cabin storage includes a large-bottle holder and bin in each front door, plus a large glove box, overhead glasses holder and a pull-out compartment for the driver in the lower dash.

The centre console offers wireless phone-charging and a lidded box (with internal air-con flow available) and two small-bottle/cupholders. Another storage nook in the lower right-side of the console offers two USB ports, a 12-volt socket and enough space for a phone.

Rear passengers get a large-bottle holder and bin in each door, pockets on the rear of both front seat backrests and small pull-out drawers under each outer seat. The rear of the centre console also offers adjustable air-vents, a pair of USB ports plus controls for seat heating/cooling and the sliding rear window.

The fold-down centre armrest offers another wireless phone-charging pad, pop-out twin cupholders and a hidden compartment for storage of phones or other slimline items.

While the front and rear seats feel plenty spacious, that odd peaked baseball cap roof is a bit challenging in terms of headroom, and I smashed my noggin into it a few times trying to reach into the back seat for more Oreos and Mountain Dew. 

You can pop up the bench seat in the back to create even more space for storage, or to provide a flat floor to sleep on.

You can also lie an American sized pizza box on the vast swathe of dash between you and the wildly angled windscreen, there’s plenty more storage on the floor between you and the passenger and then more storage bins at your hip, as well. A wireless phone charger sits twinned with the spot where you park your Tesla card key.

It’s a practical, semi-rugged feeling space, but with the usual kind of Tesla less is more feeling, except when it comes to the screen, which is stupidly large and requires far too much input when you’re driving to be safe. And there’s still no speedometer where you need one, in front of your eyes, and no head-up display, despite Tesla’s love of other jet-fighter tech, like drive-by-wire steering.

How does one define value when it comes to the vehicular equivalent of a cockroach, one that seems capable of surviving the apocalypse with it indestructible (but possibly slightly rusty in appearance) stainless-steel exterior, HEPA filters (will protect you from pollution, pollen and “industrial fallout”) and (almost, kind of) bowling-ball proof super-strong windows (it can allegedly survive the impact of a baseball at 112km/h - handy if someone is trying to kill you with a baseball)?

And what price can you put on the kind of attention driving a Cybertruck gets you? Perhaps only a Bugatti or a Pagani could match the level of wide-eyed, slack-jawed excitement you see from other people when you drive this thing around. 

Then there’s the fact that it accelerates like an actual rocket, is allegedly so cosseted in the cabin that it’s “as quiet as outer space” (this is a comparison test I am up for, if Elon’s Space X would like to arrange it), and can tow “an average African elephant”, or 4,990kg, and has a 1134kg capacity in that vast rear tray, covered by a standard, automatic tonneau cover that’s so tough you can stand on it.

In that rear tray you’ll find a bottle opener, and some storage tubs with drainage holes to keep your beer cold or your fish frozen. You could sleep in there, on the composite bed, which is tough you don’t need a liner, but why would you when you can sleep in the truck - the dash is so large you could comfortably lie under the windscreen to sun yourself - using 'Sleep Mode', which runs the air con all night from its giant battery to keep it at your set temperature.

Speaking of your battery, you can also charge things with it using the integrated power outlets, and that includes the ability to charge another Tesla, or to re-zap your Tesla Powerwall at home and run your house during a blackout. Or the Apocalypse.

Tesla has put a price on all this, of course, and in America it ranges from US$81,895 to US$101,985. Frankly, that seems like quite good value when you add it all up, or at least it would if the Cybertruck really could tow five tonnes further than the end of the street, and if range - surely something of an issue for an outdoorsy vehicle like this - really could be guaranteed at 547km.

If and when it gets to Australia, of course, its value will need to be reassessed on what is sure to be a much, much larger number.

The Alpha PHEV drivetrain consists of a 2.0-litre, four-cylinder, turbo-petrol engine that produces 180kW of power and 380Nm of torque. This is paired with an electric motor that adds another 120kW/400Nm, so combined they officially produce 300kW and 750Nm.

The electric motor draws its energy from a 37.1kWh lithium-ion rechargeable battery. GWM claims it can be charged from 30 to 80 per cent in less than 30 minutes using 50kW DC charging, or around 6.5 hours using AC charging.

It also has up to 6.0kW of V2L (Vehicle to Load) functionality, using a dedicated adapter cable which plugs into the vehicle’s charging port and provides a standard three-pin AC outlet for numerous electric tools and appliances.

The nine-speed torque converter automatic, which offers sequential manual-shifting using steering wheel-mounted paddles, is paired with the familiar Borg Warner ‘Torque on Demand’ 4x4 system.

For road use, this has three selectable drive modes ('Standard'/'Sport'/'Eco') with the centre differential remaining unlocked to automatically adjust torque delivery between the front and rear wheels in response to any loss of traction.

For off-road use, selecting '4H' (4x4 High Range) or '4L' (4x4 Low Range) locks the centre differential to provide an even 50:50 torque split between the front and rear wheels. 4L traction can be optimised by engaging the front and rear diff-locks.

Yes, I’m giving it 10. Because how could you want for more than a torque figure of 13959Nm, and a Ferrari-humbling 630kW of power to boot?

The Cybertruck is the perfect example of Elon Musk’s approach to what we’ll call science, or Twitter, or X. If it can be done, just do it, don’t ask whether it’s a good idea, or batshit insane.

So because he could fit a vast 123kWh battery and two crazy powerful motors to this pick up monster, and that could provide enough grunt to send three tonnes of mass to 100km/h in 2.8 seconds, they did. 

Is it wise? Probably not. Is it wild and almost, somehow, strangely admirable? Yep.

GWM claims official combined average consumption of only 1.7L/100km when the highly-charged battery allows most driving to be done in pure electric mode. GWM also claims an official ‘low charge’ figure of 7.9L/100km, when the battery is depleted and the petrol engine is doing most of the work.

It has an NEDC electric-only driving range of up to 115km and a ‘hybrid’ driving range (petrol engine and electric motor combined) of up to 1060km. The petrol engine drinks standard 91 RON unleaded.

The dash display was showing average petrol consumption of 6.4L/100km at the completion of our 324km test, which comprised a mix of suburban, city and highway driving of which about one third was hauling a heavy payload. This was lineball with our own figure of 6.2 based on fuel bowser and tripmeter readings.

Starting with 90 per cent battery charge, we completed 72km of electric-only driving before it automatically switched to hybrid mode when the charge reached 14 per cent. The system would not allow charge to drop lower than that for the remainder of our test, which was conducted in hybrid mode.

So, based on our own test figures, GWM’s claim of more than 1000km of hybrid driving range is credible from its combined 37.1kWh battery and 75-litre fuel tank capacities.

Tesla claims a range of 547km between charges and that even when towing something of “reasonable size” (a smaller Tesla perhaps) it will still get 400km. I, for one, very much doubt that.

Tesla also claims you can recover up to 235km of range with just 15 minutes of Tesla Supercharging, while a charge from 10 to 80 per cent on that same Supercharger would take 44 minutes. On a 110V American plug it would take 110 hours, or 4.5 days, to fully charge from zero to 100 per cent.

It has good steering feel with sophisticated ride quality, the latter thanks to four-coil suspension and substantial sprung weight which helps iron out the bumps and deliver a ride that’s more SUV than ute.

Flatten the accelerator from a standing start and up to 750Nm of torque responds with impressive force, even though you can feel that every one of those Newton metres is required to overcome more than 2.8 tonnes of inertia to get this jigger moving swiftly.

Although the option of sequential manual-shifting is available using the steering wheel paddles, we spent most of the test in auto mode as it felt like it was getting the best out of this complex drivetrain.

It’s a competent highway cruiser, too, with the petrol engine requiring 2200rpm to maintain 110km/h with low noise levels.

To test its GVM rating we forklifted just over half a tonne (505kg) into the load tub, which with driver equalled a 600kg payload that was less than 90kg under its limit. The rear coil springs compressed about 50mm, but there was no evidence of bottoming-out on our test route.

Ride, handling and braking were largely unaffected, along with the drivetrain which made light work of our 13 per cent gradient, 2.0km set climb at 60km/h.

Engine-braking on the way down, in a manually-selected second gear, was equally impressive. It never exceeded the 60km/h speed limit, even though its total vehicle weight of around 3.5 tonnes was being restrained by only a 2.0-litre four and regenerative braking.

It’s fair to say the Tesla Cybertruck is an intimidating prospect in the metal. It towers over you and seems to stretch into forever, because it does, at 5.68m long (too long to fit in a standard Australian parking space). 

It’s also a full 2.0m wide, 1.8m tall and weighs 3.1 tonnes, but along with its size comes the fact that it just doesn’t look… right. There’s not a round surface on it but there are plenty you could cut yourself with, or lose a finger in.

It’s no less weird inside, as the giant A-pillars, vast dash, crazy yoke steering device and graphically lovely screen confront you, making it feel like you might be on the Starship Troopers ride at Universal Studios rather than in an LA car park.

Then, while you’re getting used to this and having a good laugh at the Easter egg on the touch screen (smash the windows on the graphic of the car with your finger and you hear the sound of Elon freaking out at the infamous failure demonstration of its unbreakable glass), you’re warned that it is going to be almost as weird to drive as it looks.

This is, in part, due to the Cybertruck’s unique drive-by-wire steering - a technology previously popular only with jet fighters and other planes - which allows it to have a yoke instead of a steering wheel without being annoying, because your hands will never cross over and be left grasping air.

Yes, the Infiniti Q50 debuted with 'steer-by-wire' a decade ago, but featured a full mechanical system as a fail-safe back-up. No mechanical safety net here.

The Cybertruck has less than one full turn lock-to-lock, and it has not just passive but aggressive rear wheel steering, allowing the back wheels to turn the opposite direction to the front ones at parking speeds, quite radically, which, once you’re used to it, makes it much easier to park than seems possible. 

It also makes this Tesla incredibly sharp and direct and means that, for the first few minutes of driving it you will turn the wheel, sorry, yoke, far more than necessary.

Once you get used to it, however, it is fabulous, as long as you don’t think about what would happen if the software that’s the only thing connecting you to the wheels - rather than actual moving parts - failed. 

The steering makes the Cybertruck shrink around you to the point where you forget, at times, just how big it is. Combined with the low centre of gravity and the bank vault solidity of the chassis, it also makes it turn-in and handle like a much smaller sports car (and it has a turning circle that defies belief, one that’s sharper than some sedans).

Speaking of sports cars, most of them won’t keep up with the Cybertruck if there’s someone brave in its driving seat. Indeed, you’d need a proper hypercar to match its constant, surging torque (no, I don’t believe it can really have 13,000-plus Newtons, but it’s a lot), and its purely outrageous, surging speed.

Tesla has a habit of calculating torque at the wheels, not the motor(s) and gearing reductions increase torque markedly. 

Yes, I do believe it would do 0 to 100km/h in three seconds, maybe slightly less, but I’m also equally sure it’s not a great idea to try (I'm also very grateful I didn't experience the problems with the throttle sticking open on some examples that recently saw every Cybertruck recalled).

The problem is that 3.0-tonne weight figure, and all that mass. It feels beyond weird to move something this big, that fast, and it quickly makes you pause for a chilling thought about whether it’s all going to be able to stop again. It does, or it did for me, but boy, it puts the wind up you every time you try.

Overall, though, it’s hard to overstate just how surprisingly good, and yes, at times even fun, the Cybertruck is to drive.

Oh, and for the trainspotters out there, claimed efficiency is 22.4kWh per 100km, but we actually saw 27kWh during our two days of test drives. Our second Cybertruck was also making some distinctly weird metallic clanking noises from underneath, particularly when we switched between forward and reverse.

It might be worth waiting for the second generation of this thing before buying one, but that won’t be an issue for Australian fans, anyway.

As far as its off-road abilities, we managed to find a bit of beach in a car park and pointed the Cybertruck at it. After an initial fearful moment of being sure we were going to sink, we just put the foot down and let all that torque power us out of trouble. It felt effortless.

Some unkind experts have referred to the Cybertruck as a “death machine” and a “guideless missile”, pointing out that putting a stainless steel body on top of a big old battery is inherently problematic. As is the lack of crumple zones.

Making all this very pointy metal move as fast as a McLaren supercar has also raised some questions about sanity.

Then there was the recent recall of every Cybertruck built so far:

"Cybertruck owners reported that their vehicles were at risk of getting stuck driving at full speed due to a loose accelerator pedal. Video showed the pedal itself falling off and the piece beneath wedging itself into the car’s interior, which would force the vehicle into maximum acceleration. One driver was able to save himself from a crash by holding down the brake pedal."

Elon Musk, has claimed, however, that the Cybertruck, is “much safer per mile” than its competitors. 

Australia has different pedestrian safety regulations to the US and while some have posited that the Cybertruck will pass, pointing to the fact that you can buy an even bigger Ram truck here, others are not so sure.

The Tesla Cybertruck does have six airbags, and a suite of active safety features as part of its 'Autopilot' system, but it does not yet have 'Full Self Driving'.