Leapmotor C10 vs Mercedes-Benz Esprinter

What's the difference?

Plug-in hybrids are really gaining popularity in Australia and it’s great to see the reemergence of range-extender technology because it allows you to drive an EV, but not have the inherent range anxiety that comes with it.

The Leapmotor C10, as a base, is far from a perfect car, but its appealing price point and the amount of space it offers is commendable. It's not a driver's car, but rather just a means of transportation.

The C10 REEV's range-extender powertrain firms as the pick of the C10 line-up if you want the flexibility of being able to charge up the car, or just fuel it up with petrol for simplicity's sake. While it mightn’t be as efficient as rival PHEVs, it generally is quieter, safety system chimes aside.

I look forward to seeing whether Leapmotor can continue to improve the safety systems in the C10 because while the REEV on test here is better than the original EV I drove earlier this year, the way the systems operate still makes it hard to recommend.

With the convenience of back-to-base charging the eSprinter would be well suited to last-mile logistics or other urban delivery roles, as its driving range is ample for many of these urban tasks with the added benefit of zero tailpipe emissions. However, at more than $100K it is a big spend (like its full-electric rivals) so only a thorough cost-benefit analysis can decide if it’s the right choice for your business.

If you haven’t already noticed, the Leapmotor C10’s technology seems heavily inspired by Tesla. The same can be said for its design, which is incredibly minimalist.

It’s hard to find any distinguishing features on the outside of the C10 that makes it uniquely a Leapmotor. Everything, even the car’s rounded, jelly bean-like silhouette, is generic and doesn’t stand out from the crowd.

In saying this however, the C10 REEV test car does turn heads and a few people asked what it was. This is likely because no one knows what a Leapmotor is.

It also helps the test car was finished in the delicious-looking Jade Green exterior paint. It’s definitely my pick of the available colour options.

There are the popular exterior design trends like animated lighting sequences, a rear LED light bar, connected front headlights, flush door handles, and Leapmotor script on the tailgate. Nothing revolutionary here in terms of design.

The only way to tell the C10 REEV apart from the C10 EV is its fuel filler flap on the right-hand side of the car. Everything else is identical.

Inside there are two colour choices – Black or Camel Brown. Our tester is fitted with the former, which is definitely the more conservative option.

Regardless of the colour option, the majority of the interior is finished in that colour. It’s more noticeable with the almost orange-looking brown colour option.

This makes the interior look a little bland as it lacks contrast and visual interest.

There’s no denying there are some high-end-feeling touches inside, especially for the price point. You really need to go searching for harder and scratchier plastics, but they are present lower down in the cabin.

Virtually every touch point is soft and spongey, with the entire dashboard being covered in a smooth synthetic leather. Pretty cool for $45k.

This is even before mentioning the seats. The top-spec C10 Design comes with silicone leather upholstery, which is by far one of the softest seats I’ve ever touched and sat in to date. It’ll be interesting how this finish holds up after years of use, however.

A lot of the interior design pivots around the large, 14.6-inch central touchscreen. Thankfully unlike Teslas, there’s also a 10.25-inch digital instrument cluster which also displays critical information, like your current speed.

This is a substantial vehicle riding on a 3665mm wheelbase and spanning almost 6.0 metres in length (5932mm) and more than 2.0 metres in width (2020mm without mirrors), yet it has a tight kerb-to-kerb turning circle of only 12.4 metres.

And with the optional High Roof as fitted to our example it stands almost 3.0 metres tall (2867mm), so drivers need to be conscious of this extra dimension when accessing underground loading zones, driving under height-restricted bridges etc.

Its rear-wheel drive unitary chassis features simple and rugged McPherson strut front suspension paired with a De Dion-style rigid beam/leaf spring rear axle, along with four-wheel disc brakes and electrically assisted power steering.

There’s prominent use of unpainted dark grey plastic in external areas where bumps, scrapes and wear are usually inflicted, including the grille, front bumper, hubcaps, doorhandles, door mirror shells, side bump-strips and rear bumper.

The cabin design is spacious, neat and functional, with unique instrumentation which replaces the traditional tachometer with a gauge that monitors driving efficiency. There’s also a digital info screen that displays average energy consumption, battery charge, estimated driving range, gear selection and more.

Although the Leapmotor C10 REEV is a mid-size SUV, its interior space feels considerably larger and more spacious, especially in the second row. This is because the car is built on an EV architecture and has no driveline running down the middle, so interior space can be maximised.

Up front both seats are electrically adjustable, though neither of them offer adjustable thigh support which is a pain for people with longer legs, like myself, as it can sometimes feel like you’re slipping out of the seat. It doesn’t help that the seats are so soft and buttery.

I will say though, the heated front seats and steering wheel get warm almost instantly, which was great in the almost Arctic weather Melbourne has been experiencing recently.

While I can appreciate the minimalist design of the dashboard, from a practical standpoint it’s a huge pain. There’s virtually no physical switchgear beyond the indicator and gear selector stalks, with the majority of the controls built into the touchscreen multimedia system.

Want to adjust your side-mirror position, the air-vent direction, or drive mode? That all needs to be done via the touchscreen. Sure there are some buttons on the steering wheel which help with functions like adjusting the volume and cruise control, but it doesn’t do them all.

This is incredibly frustrating because when you do interact with the touchscreen on the move, the driver attention monitor chimes at you for not keeping your eyes on the road ahead.

Add to this, the touchscreen runs Leapmotor’s own operating system. Admittedly it does run really smoothly, but it doesn’t offer any smartphone mirroring functionality, which is a negative for some.

I imagine you would get used to using the selection of inbuilt third-party apps if you own this car, but I find the connected satellite navigation app particularly painful because it would send me on a slower route. Having Google Maps or Waze would be much more intuitive.

Up front there are two cupholders next to the wireless charging pad, a storage shelf under the centre console, a massive centre console box, a mediocre glovebox, a USB-A and USB-C port, and a 12V socket.

Moving to the second row, it’s arguably the best place to be in the C10 REEV. There’s oodles of space on offer and a completely flat floor.

At a leggy 182cm tall, I had plenty of legroom behind my driving position and also plenty to look at thanks to the huge fixed panoramic glass sunroof which, thankfully, has an electric block-out blind if the sun gets too bright.

The second-row bench feels like a big, soft couch in the best way. It’s leans backwards, allowing you to lay back and relax as a passenger.

One of the few things that detract from the space is high floor, due to the high-voltage battery pack placement. It makes you feel like your knees sit higher than normal.

Second-row amenities include centre console-mounted air vents, USB-A and USB-C ports, seat-back map pockets, door pockets, and a fold-down armrest. If you’re looking for cupholders, they’re right next to the air vents on the centre console.

Like the C10 EV, you can fold the front seats backwards to create an almost-flat space for lounging. You need to remove the front seat headrests to do this, but once you do it’s a cool novelty to show to your friends, or use while charging.

Around the back the tailgate opens quickly and quietly. Once it’s open the space on offer is decent, but not class-leading.

Leapmotor claims there’s 546 litres of boot space on offer with the rear seats upright, which is 35 litres less than the C10 EV. Folding the rear seats expands this space to 1375 litres.

Boot-related amenities include a retractable cargo cover, a light, some bag hooks, as well as two boot floor storage compartments for things like the charging cable.

Unsurprisingly, there’s no spare wheel of any kind in the C10 REEV. Instead you get a tyre repair kit under the boot floor, which is handy if you have a slow leak but not if you have a complete tyre blowout.

With its hefty 2727kg kerb weight (largely due to the battery) and 4250kg GVM, the eSprinter has a sizeable 1523kg payload rating. It’s also rated to tow up to 2000kg of braked trailer but with its 5000kg GCM (or how much it can carry and tow at the same time) that big payload must shrink to only 273kg to legally tow its maximum trailer weight.

That’s only enough payload capacity to cater for the weight of a two-man crew and little more so it’s important to be aware of these numbers if you’re planning to tow this heavy (although we suspect few if any owners would do so).

The cargo bay with the High Roof option is enormous, with 2009mm from floor to roof allowing even tall people to stand without stooping. Its load volume is a cavernous 10.5 cubic metres.

The load floor, which is protected by a hard non-slip surface, is 3375mm long and 1732mm wide with 1350mm between the rear-wheel housings. This allow up to two Aussie pallets or up to four Euro pallets to be carried, secured using a choice of 10 load anchorage points which fold flush with the floor when not in use.

Cargo bay access is through a sliding kerbside door with a big 1260mm-wide opening and a pair of rear barn doors which can open to a full 270 degrees on each side to optimise access to forklifts and loading docks.

The walls and sliding door are neatly lined to roof height and large handles inside both door openings assist access. There’s also bright LED lighting plus handy storage pockets in each rear door.

Its spacious cabin provides a comfortable and efficient workspace. The fabric-trimmed bucket seats offer generous head and legroom for driver and passenger and the ample open floor space between them features a sturdy cradle in which to carry the charging cable (see image).

There’s also ample storage including a large bottle-holder and multiple bins in each door plus a full-width overhead shelf with a key-lockable security box and a central glasses holder.

The top of the dash has two cupholders on each side (so, four in total) plus a large compartment with clamshell lid in the centre equipped with a 12V socket and three USB-C ports. There’s another shelf in the lower dash on the passenger side, a quartet of cupholders in the centre console and yet another compartment hidden beneath the passenger seat.

The local eSprinter range, which does not include a cab-chassis variant, offers a choice of van-based models comprising the MWB (Medium Wheelbase) with 81kWh motor for a list price of $104,313 and LWB (Long Wheelbase) with 113kWh motor for $121,041. This six-figure pricing is in the same ballpark as full-electric large van equivalents from Ford (E-Transit) and LDV (eDeliver 9).

Our test vehicle, finished in standard 'Arctic White', is the smaller MWB/81kWh model equipped with the optional High Roof (option code DO3) which adds almost half a metre (489mm) to its external height and $2392 (ex GST) to its price.

Its work-focused standard equipment includes 16-inch steel wheels with 225/75 R16 tyres and a full-size spare, DRLs and side marker lights, sealed cabin bulkhead with central window, electric-adjustable truck-style exterior mirrors, heated driver’s seat and exterior mirror, prestige leather-rimmed steering wheel with multiple remote control functions, colour 5.5-inch driver’s information display, reversing camera, front/rear parking sensors and tyre pressure monitoring to name a few.

The cabin also has an electronic parking brake, electric air-conditioning and heating plus multiple USB ports and 12V sockets. The latest 'MBUX' multimedia system features a large 10.25-inch touchscreen as central command offering voice activation, digital radio, wireless Apple/Android connectivity and more.

The key difference with the Leapmotor C10 REEV compared to the C10 EV is what’s under the bonnet.

Both feature an electric motor that drives the rear wheels, however the C10 REEV’s is slightly detuned to produce 158kW, compared to 160kW in the C10 EV. Torque for both is 320Nm.

Both also have a high-voltage lithium iron phosphate (LFP) battery pack, but the C10 REEV's is smaller at 28.4kWh, compared to 69.9kWh in the C10 EV.

However, under the bonnet of the C10 REEV is a 1.5-litre four-cylinder petrol engine that acts as a generator to charge up the battery pack.

Unlike typical plug-in hybrids, the engine cannot directly power the wheels at all. It’s a similar concept to Nissan’s e-Power hybrid system, but with a considerably larger battery pack.

In addition to three driving modes, there are four ‘energy drive’ modes. EV+ doesn’t kick in the petrol engine generator until the battery charge drops below nine per cent; EV doesn’t start the battery until the battery charge drops below 25 per cent; Fuel, which can hold the battery charge or use the engine to generate charge up to 80 per cent; and Power+ which constantly has the engine charging the battery.

Leapmotor claims the C10 REEV can do the 0-100km/h sprint in 8.5 seconds, which is one second slower than the C10 EV.

It’s worth calling out the C10 REEV is around 30kg lighter than the C10 EV, but with a tare mass of almost 2000kg, it’s far from lightweight.

The eSprinter is powered by a single electric motor producing 150kW of power and 400Nm of torque. It’s mounted under the rear floor where it drives the rear wheels through a single-speed transmission.

This compact motor-trans unit shares underfloor space with an 81kWh lithium-ion battery that provides the motor’s energy. This battery occupies most of the underfloor between the front and rear axles and features a slimline design to optimise ground clearance.

Drivers have a choice of three drive modes comprising 'Comfort', 'Economic' and 'Max Range', plus different levels of energy recuperation using steering wheel-mounted paddles that adjust the intensity of regenerative braking.

The electric motor also features a ‘boost’ function which temporarily increases power output when fast acceleration or overtaking is required. The eSprinter’s maximum speed is capped at 120km/h.

Leapmotor claims the C10 REEV has an electric range of up to 170km, according to NEDC testing.

All up with a single battery charge and full 50-litre fuel tank, the company claims you can travel a total of up to 1150km, also according to NEDC testing.

In EV mode, Leapmotor claims the C10 REEV has an energy consumption of 15.2kWh/100km. In practice during my testing I saw an average of around 13kWh/100km, which is fantastic and almost Tesla-like in terms of efficiency.

This theoretically means you can travel 218km on a full battery, but it's worth noting the battery pack will never fully deplete its charge.

Combined fuel consumption is claimed to be 0.9L/100km, though your fuel consumption will depend heavily on how much and how often you charge the car.

During my testing I tried out multiple different drive modes, including one section where I kept the car in a battery charge hold mode called ‘Fuel’. During this I saw an average of 6.7L/100km, which isn’t fantastic for a hybrid.

With this as-tested fuel consumption figure you can theoretically travel 820km on petrol power alone. Adding the theoretical EV range, you get a theoretical total range of 1013km.

You’re able to AC charge the C10 REEV at rates up to 6.6kW, which is notably slower than the C10 EV (11kW). The DC fast-charging rate is also notably slower at 65kW, compared to 84kW in the C10 EV.

It’s worth noting, however, Leapmotor claims you can DC charge the battery from 30 to 80 per cent in the C10 REEV in 18 minutes, whereas it takes 30 minutes in the C10 EV.

Mercedes-Benz’s official driving range for the 81kWh eSprinter, based on combined WLTP testing, is up to 264km. When we collected the vehicle for our test, the battery was fully charged but the estimated driving range displayed was only 234km, or 30km less than the official figure.

The eSprinter’s towering height also stopped us accessing local charging infrastructure (located inside multi-storey car parks) so our test was conducted using the initial single charge. This included a mix of suburban and city driving best suited to electric van use and covered a total distance of 190km.

At the completion of our test, the dash display claimed average energy consumption of 29kWh/100km, with 25 per cent battery charge remaining and 63km of estimated range. So, based on these figures, the official WLTP range of up to 264km is credible.

The eSprinter comes standard with a Mode 3/Type 2 charging cable and the charging port is in the centre of the grille behind a spring-loaded flap displaying a three-pointed star badge.

Mercedes-Benz claims 11kW AC charging of the 81kWh battery from 10-80 per cent takes around eight hours while 115kW DC fast charging reduces that to around 32 minutes.

Setting off in the Leapmotor C10 REEV, it’s surprising just how much it’s like the EV version.

The rear-mounted electric motor provides all the power, so you get a zippy feel from a standstill and at lower speeds. The acceleration is gradual and won’t snap your neck like some EVs.

This car is beautifully quiet and serene in pure EV mode. The light steering and tight turning circle also makes this an easy car to drive and park in the city.

However, the pedals feel like they’re mounted too high, which makes you awkwardly bend your ankles back to press the pedals comfortably. This can be tedious in stop-start traffic.

Add to this the disjointed interaction between the regenerative braking system and traditional friction brakes. There were many times where I’d be pressing the brake pedal and as soon as the car got below 5km/h it would stop dead. It’s not the most pleasant feeling and something I never mastered during my three-day loan.

Depending on how often you charge up the car’s battery pack, it’s possible that you might never have the 1.5-litre petrol engine kick in during your daily commute. Even if it does when the battery charge gets down low enough, you likely would not be able to tell.

The first few times it happened I genuinely had no clue the engine had started. There’s no jolt through the accelerator or dip in acceleration. The only way I found out was by going into the vehicle status menu on the touchscreen and seeing the engine temperature and revs in the top left-hand corner. It really is that quiet.

When the engine is charging up the battery at city speeds, it’ll rarely rev above 1800rpm, which at that point it’s imperceptible in the cabin. Out on the open road however it can creep up to 2500rpm, which then makes its presence known a little more. It's still nowhere as buzzy as a Mitsubishi Outlander PHEV, however.

For a brief period I tried out the Power+ mode on some country roads and I found the engine really did come alive at this point, and not in a good way. It would frequently rev above 3000rpm, and the droning engine sound would enter the cabin.

The Leapmotor C10 REEV is generally a nippy car, but when the battery charge does get down it can limit the amount of power the electric motor sends out.

Below 25 per cent a charge warning light comes up on the digital instrument cluster, and unless you’re in Power+ mode, it limits the power output to around 100kW. It’s not terribly slow, but if you’re needing to overtake, it can notably slow the process down.

In terms of dynamics, Leapmotor claims the C10’s suspension was tuned by Maserati engineers. Like the C10 EV I drove previously, however, the ride errs on the comfort side and big bumps can unsettle the car.

In the twisties the car is also far from a dynamic weapon. It tends to get the leans in the bends and can wallow around when changing directions rapidly. The steering also has no feel whatsoever, making it feel like you’re piloting a car in a video game.

For context though, none of its direct rivals are fantastic from a high-speed dynamics standpoint, so it’s almost par for the course.

There are large handles on the front door window frame and overhead shelf to assist climbing aboard, where you’ll find a comfortable and commanding driving position.

This is thanks to supportive seating (albeit with no lumbar adjustment), ample steering wheel height/reach positioning and a spacious footwell, combined with a clear rear view through the bulkhead window and along the sides thanks to large truck-style mirrors.

The leather-rimmed steering wheel feels nice in your hands, all major controls are easy to see and operate and the electric air-conditioning and heating systems are effective.

It’s a pleasant vehicle to drive as the most noise you hear is the tyres, given the near silence of the rear-mounted motor and drivetrain. The underfloor location of the battery also creates a low centre of gravity, which optimises handling with minimal body lean when cornering.

Unladen ride quality is excellent, enhanced by the weight of the battery which helps the suspension iron out bumps. And the electric motor’s 400Nm of torque provides energetic performance, with acceleration delivered in a smooth liquid-like surge.

Selecting the strongest regenerative braking not only optimises energy harvesting for the battery but also creates enough retardation to ensure mostly single-pedal driving (accelerator only) as the brake pedal is rarely required. This mode is also handy on steep descents.

To test its payload rating we forklifted 975kg into the cargo bay, which combined with our two-man crew equalled a total payload of 1155kg that was still comfortably below its legal limit.

The rear leaf springs compressed less than 30mm under this loading, leaving ample bump-stop clearance to ensure no bottoming out on our test route. The e-motor’s response was more subdued as you’d expect but it still hauled this payload with apparent ease.

Overall, the driving experience was hard to fault, apart from the vertical pillar between the fixed and sliding glass in the driver’s door blocking the outer third of the exterior mirror’s view, at least with the driver’s seat positioned far enough rearwards to suit my 186cm frame.

We also noted, when travelling at highway speeds on a windy day, that our test vehicle was prone to being moved within its lane by strong crosswinds, even though ‘Crosswind Assist’ is included in the active safety menu.

We suspect the High Roof option was responsible for this given the larger bodysides it creates and is something to be mindful of when driving in high wind conditions.

There’s no ANCAP star rating for commercial vans above 3.5-tonne GVM but the eSprinter did score the maximum Platinum grade in ANCAP’s Commercial Van Safety Comparison in 2024.

It comes standard with six airbags, active distance assist (can automatically brake and accelerate in traffic), lane-keeping, multiple blind-spot monitoring, rear cross-traffic alert, tyre pressure monitoring, reversing camera, front/rear parking sensors, crosswind assist and many more.

Leapmotor quietly made some changes to its ownership structure for model year 2025 (MY25) cars.

All 2025 Leapmotor C10s, including the REEV, are covered by a six-year, 150,000km warranty. It was previously seven years, 160,000km for MY24 cars.

The high-voltage battery warranty remains unchanged at eight years, 160,000km.

Some key differences, however, are eight years of roadside assistance (previously five years), as well as eight years of capped-price servicing (previously five years).

The Leapmotor C10 REEV requires logbook servicing every 12 months or 10,000km, whichever comes first, which is notably shorter than the C10 EV’s 12 month/20,000km intervals. This will likely add up if you travel long distances.

Capped-price servicing for the C10 REEV totals $4000 after eight years or 80,000km, whichever comes first. That averages out to $500 per service. Ouch…

For context, servicing the C10 EV for eight years or 160,000km, whichever comes first, costs a total of $3000. That’s $375 per service, which is still a little on the high side for an EV.

Then eSprinter comes standard with a five-year/250,000km warranty including 24/7 roadside assist for the same duration. There’s also a separate eight years/160,000km warranty covering the lithium-ion battery.

Scheduled servicing is every 12 months/40,000km whichever occurs first. Capped pricing applies to the first five scheduled services totalling $1920, or an average of $384 per service. Pre-paid service packages offer additional savings.