Ford Transit vs LDV Edeliver 7

What's the difference?

Ford has taken an unorthodox approach to entering the electric vehicle market in Australia, avoiding the hype around the Mustang Mach-E and F-150 Lightning and instead laying the foundations with the E-Transit.

But it’s a savvy move, giving the brand a chance to enter what should be a largely untapped market with a vehicle that should appeal to what buyers are looking for. With unchanged space compared to the diesel-powered Transit, the switch to a more powerful electric powertrain makes the E-Transit a win-win scenario for those with a suitable daily driving routine.

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

There’s room for improvement, but that room is getting smaller. For urban daily fleet or solo operation, using the convenience of back-to-base overnight charging, it offers a compelling alternative to diesel in terms of real-world driving range, performance, payload, warranty/servicing costs... and zero tailpipe emissions.

Perhaps the most interesting thing about the design is there’s nothing very different about the E-Transit compared to the regular Transit. Which is a good thing, because the Transit is already a popular delivery van so any change for the sake of difference may have messed with the winning formula.

In fact, the design element that is important is the way Ford has laid the battery packs flat inside the ladder-frame chassis which means none of the cargo space has been compromised. This means the E-Transit has the same load area as its internal combustion equivalent, which is key for any delivery van.

The SWB Low Roof rides on a 3000mm wheelbase, which is 366mm shorter than the LWB models. As a result, its compact 4998mm overall length makes it well suited to work duties that require quick steering response and easy manoeuvrability in tight spaces. Plus its 1990mm height allows easy multi-storey car park access.

The front wheel-drive chassis has MacPherson strut front suspension, a leaf-spring solid-beam rear axle and four-wheel disc brakes, with the 77kWh lithium-ion battery mounted beneath the floor to optimise cargo bay volume.

It has a clean and streamlined appearance, with a functional grille that is “required to cool any later ICE (internal combustion engine) variants” according to LDV. So, in this application, it serves no purpose other than a styling feature.

Dark grey composite mouldings are used on the lower body sections to absorb the unsightly bumps and scrapes often inflected on these areas in hard-working vans.

The cabin’s interior has an upmarket look that creates a nice working environment, with a harmonious mix of colours, seat fabrics and soft-touch materials that display good fit and finish.

However, there’s no bulkhead to separate the cabin from the cargo bay, resulting in not only higher noise levels but also no protection for occupants from shifting cargo.

The cabin floor is covered in non-slip rubber finished in a smart ‘checker-plate’ pattern that's easy to wipe clean. The dash layout is uncluttered and the controls are easy to reach and intuitive to use. The transmission shifter is a stalk on the steering column.

Although the passenger bench seat has no adjustments, the centre position is surprisingly spacious, even for people my height (186cm) as it provides about 60mm of knee clearance from the dash. However, the centre passenger must also sit with their feet in a split-level position, due to a higher centre-floor section.

The cabin is very similar to what you’ll find in the Transit, so there will be familiarity for anyone making the switch from the diesel-powered version. The rotary shifter and 12.0-inch tablet-style multimedia screen make for a smart look but also means minimal space is wasted.

It’s a thoughtfully designed cabin, with plenty of usable storage spaces, including three cup-holders, a pair of bottle-holders and deep storage shelves on the top of the dashboard. The doors are particularly noteworthy, with multiple storage areas carved into the available space.

The seats are comfortable and, naturally with a high-roof van, there’s plenty of head room which creates a spacious feeling.

Behind the seats is the cargo area. In the US-specification E-Transit we drove there was a dividing wall between the cabin and the back of the van, with a small sliding door to access the cargo area, but it’s unlikely this will be offered in Australia. Instead, local models will likely have a hard divider between the cabin and back, with a small window for visibility.

As mentioned earlier, the floorspace in the E-Transit remains the same as the Transit thanks to the battery being laid underneath the floor, so there’s plenty of cargo volume that will please fleet buyers. 

In the US the E-Transit’s cargo area measures 11.3-cubic-metres with the medium-height roof and expands to 12.4cu/m with the high-roof body.

Ford says the “targeted payload” will be 1616kg.

With a typically hefty 2300kg EV kerb weight, its 3650kg GVM allows for a sizeable 1350kg payload rating which is more than competitive with ICE rivals.

It’s also rated to tow up to 1500kg of braked trailer but with its 4250kg GCM (or how much it can legally carry and tow at the same time), that would require a substantial 900kg reduction in vehicle payload to 450kg to avoid exceeding the GCM. So, keep these numbers in mind if you plan to tow heavy.

The cargo bay is lined to mid-height and accessed through a kerbside sliding door with 990mm opening width, or through symmetrical rear barn-doors with 180-degree opening that’s handy for forklifts or when accessing loading docks.

The load floor, with its non-slip rubber surface, is 2547mm long and 1800mm wide with 1390mm between the rear wheel-housings.

That means it can carry up to two standard 1165mm-square Aussie pallets, two 1000mm x 1200mm Euro pallets or up to three 800mm x 1200mm Euro pallets.

And with its 1328mm internal height, it offers a competitive 5.9 cubic metres of load volume.

It’s also equipped with six load anchorage points plus bright LED lighting and a large handle at the front of the side-door opening to assist access.

Cabin storage includes a bottle-holder and bin in each front door, plus smaller bins above and below. There are also bottle/cupholders on each side of the dash and the driver has small bins on each side of the steering column.

There’s also a single glove box and a slender storage shelf above it for small items. And the centre seat’s backrest folds forward and flat to reveal a small work desk, with two more cupholders and an elastic strap to hold documents or laptops in place.

The new single-motor eDeliver7 range consists of four models, comprising SWB Low Roof and LWB Low Roof with a 77kWh battery, plus LWB Low Roof and LWB High Roof with an 88kWh battery.

Our SWB Low Roof test vehicle is the entry-level model, with a list price of $59,990 plus on-road costs. That’s considerably higher than diesel rivals like the Ford Transit Custom 320S ($55,990), Hyundai Staria-Load ($46,740) and Toyota’s dominant HiAce ($50,886).

Our example, finished in 'Blanc White', comes standard with 16-inch steel wheels and 215/65R16 tyres plus a full-size spare. There’s also a Type 2 11kW AC charging cable, dusk-sensing LED headlights with DRLs, front/rear fog lamps, heated door mirrors, reversing camera and more.

The keyless-entry cabin offers seating for three, comprising a driver’s bucket seat and two-passenger bench seat with heating for the two outer seating positions (tough luck if you’re in the middle during winter).

The driver’s seat has multiple manual adjustments including lumbar support and base-cushion rake, plus a fold-down inboard armrest.

There’s also a 4.2-inch LCD instrument cluster, electronic parking brake and a heated multi-function synthetic leather steering wheel with height (but no reach) adjustment.

A big 12.3-inch touchscreen controls the four-speaker multimedia system, which includes digital radio and Apple/Android connectivity. There are also two USB ports and a 12-volt socket, an extensive safety menu and more.

One element of the E-Transit we are clear on is what’s under the bonnet. The E-Transit is powered by an 198kW/430Nm electric motor that powers the rear wheels and draws energy from a 68kWh battery.

That means the E-Transit is the most powerful member of the Transit family, with the rest of the range powered by the 125kW/390Nm 2.0-litre four-cylinder turbo diesel engine.

Ford claims the E-Transit has a range of 317km (on the WLTP cycle), which may not sound like a lot for a commercial van but Ford claims in the US the daily average for such vehicles is only 120km.  

In order to save charge, the E-Transit is equipped with an Eco Mode which limits top speed, regulates acceleration and limits climate control settings. Ford claims this allows the driver to cut energy usage by between eight to 10 per cent when driven at highway speeds or when unladen. 

Our test vehicle has a permanent magnet synchronous electric motor which produces up to 150kW of power and 330Nm of instant torque, delivering drive to the front wheels via a single-speed transmission.

The driver can select three levels of regenerative braking intensity. We used the strongest setting to ensure optimum battery top-ups when driving. This setting also requires minimal use of the brake pedal, due to powerful retardation each time the accelerator is released.

There’s also a choice of three drive modes. ‘Eco’ ensures minimal battery drain but performance is restrained and speed is capped at 90km/h. ‘Normal’ offers a good compromise in engine response and energy use, with speed increased to 120km/h. ‘Power’ is also capped at 120km/h but offers the most energetic performance and consumes the most energy.

Charging will be a key element of the E-Transit’s appeal (or not) to buyers, with fleets needing to maximise the van’s time on the road. Ford claims that with a 115kW DC fast-charger the E-Transit battery can go from 15 per cent charge to 80 per cent in just 34 minutes.

With the onboard 11.3kW charger it takes 8.2 hours to get the battery back to 100 per cent capacity.

The E-Transit supports bi-directional use of the battery too. In the US the E-Transit is available with its Pro Power Onboard technology as an option. This allows for the driver to draw up to 2.4kW of power from the vehicle’s battery to power tools and other equipment as necessary. 

One feature that is confirmed for the Australian-bound E-Transit is what Ford calls, Scheduled Pre-Conditioning. This is a system that allows the operator to pre-set the climate control for the cabin while the van is still on charge so that you can still have maximum charge available when you start driving.

LDV claims our test vehicle’s 77kWh battery can deliver a (WLTP) driving range of up to 318km. The battery was fully charged when we collected the vehicle and we drove 211km. This comprised mostly city and suburban driving, about 50km of which was hauling a one-tonne-plus payload.

At the completion of our test, the dash display was claiming average energy consumption of 26kWh/100km. So, based on that figure, LDV’s claimed range of more than 300km from a single charge (unladen) is credible.

The 77kWh battery takes about eight hours to charge from five to 100 per cent using an 11kW AC home charger, or around 43 minutes for 20-80 per cent using a 78kW DC charger.

Electric vehicles have earned a reputation for rapid, exciting acceleration… but that’s not the case with the E-Transit. Performance could best be described as modest, with adequate but unspectacular acceleration.

Which is fine, because the E-Transit is not meant to be a ‘ludicrously’ quick van, instead it’s meant to haul a load as efficiently as possible. On that front it does a good job, with smooth (albeit gentle) acceleration and steady pulling power.

It’s important to note, though, that our test car was unladen - with only some shelving installed in the back. So we’ll have to reserve judgement on how the E-Transit performs with a full load on-board, on Australian roads.

The rest of the driving experience is as you’ll find with the Transit. The steering is nicely weighted and direct, which makes manoeuvring such a huge vehicle straightforward. 

The ride is on the firm side, which isn’t unusual for either a van or an electric vehicle as it needs to control so much weight, but it isn’t uncomfortable and offers good control.

There’s no handle on the driver’s windscreen pillar to assist climbing aboard, or a driver’s left footrest, both of which would be welcome additions. The driver’s seat is comfortable and the flat-bottom steering wheel with height adjustment provides ample space.

It has clear eyelines to the large door mirrors but vision through the central rear view mirror is obscured by the thick central join of the symmetrical rear barn-doors, which is wide enough to block vision of a vehicle travelling behind. Asymmetric doors would alleviate this.

Being a solid-walled van, there’s a huge blind-spot over the driver’s left shoulder, but fortunately the left door-mirror is assisted by blind-spot monitoring. And there’s rear cross-traffic alert when reversing out of driveways or loading docks. These active aids should be mandatory on all solid-walled vans.

We’re often critical of steering and ride quality in Chinese LCVs but the eDeliver7 has refreshing chassis refinement, from its responsive and nicely-weighted steering to its relatively supple unladen ride quality.

The single 150kW/330Nm electric motor provides an effortless surge of acceleration in all drive modes, with the Power setting producing enough instant torque to make the front tyres chirp on occasions.

Its near-silent operation also ensures deceptive acceleration, which is why the absence of a digital speedo is a glaring omission and needs to be included.

The EV silence, though, is largely negated at speeds above 80km/h due to tyre roar emanating from the rear wheel-housings, which can be intrusive enough to require raised voices. Noise-absorbing materials in the cargo bay (like the HiAce’s full-length roof-liner) would be useful.

To test its load-hauling ability, we forklifted 975kg into the cargo bay. Combined with our two-man crew, this 1155kg payload was less than 200kg shy of the van’s 1350kg limit.

The rear leaf-springs barely flinched under this loading as they compressed only 25mm, which engaged large cone-shaped jounce rubbers above the springs that provide a smooth-riding second stage of support.

Impressively, changes in ride quality and acceleration were minimal, as it proved more than competent in hauling this big payload on a congested city and suburban test route which typified the urban environments these vehicles are designed for.

No ANCAP rating at this stage but it does boast a solid suite of passive and active features including six airbags, AEB, front collision warning, blind-spot monitoring, rear cross-traffic alert, lane-keeping, speed sign recognition, front/rear parking sensors, reversing camera, adaptive cruise, tyre pressure monitoring, adjustable overspeed alarm and more.

Ford Australia has already confirmed that the E-Transit will be covered by Ford’s now-standard five-year, unlimited kilometre warranty, plus an extended eight-year/160,000km warranty specifically for the battery and high-voltage electric components.

LDV's warranty for the eDeliver 7 is five years/160,000km whichever occurs first, plus five years/unlimited km roadside assist.

The lithium-ion battery has a separate eight year/250,000km warranty.

Scheduled servicing is every two years/30,000km, with a capped-price of $1393 applying to the first three services up to six years/90,000km. That’s an average cost of only $464 every two years.