Ford Transit vs Peugeot E-Partner

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.

It’s a lot of money for a small commercial vehicle that’s well into its current model cycle in Europe, falls short on benchmark safety and requires convenient charging infrastructure to minimise inconvenience for owners. However, its emissions-free drivetrain is quiet and competent under load, with a range that should comfortably cater for the daily urban use small van operators typically require. Whether those positives outweigh the negatives, only a potential buyer can decide.

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 single electric motor is positioned at the front where it drives the front wheels. The 50kWh lithium-ion battery that provides its energy is located beneath the cargo bay’s load floor to ensure that the total load volume, floor loading heights, etc, are identical to the petrol version.

The same applies to its compact 2975mm wheelbase, 4753mm length, 1921mm width and car park-friendly 1880mm height.

The e-Partner rides on MacPherson strut front suspension and coil-spring trailing-arm rear suspension, with electric power steering and four-wheel disc brakes. Its 11.4-metre turning circle is larger than we expected.

There are unpainted dark grey plastic finishes in all the places where bumps, scrapes and wear usually occur in working vans including hubcaps, bumpers, body side-mouldings, door mirrors and handles. The charging port is located above the left rear wheel.

A sealed metal bulkhead with central window separates the cabin and cargo bay, which minimises tyre noise emanating from the rear-wheel housings and doubles as a cargo barrier.

The cabin architecture, with two bucket seats and wipe-clean vinyl floor, is outwardly the same as the petrol version but the driver’s analogue instrument display has been reconfigured for the electric drivetrain.

This includes continual display of energy consumption levels, comprising 'Eco' (minimum consumption), 'Power' (maximum consumption) and 'Charge' (energy recovery from regenerative braking).

It also displays energy consumption by the cabin heating/air-conditioning and battery charge-level, while the dash’s central touchscreen includes an ‘electric menu’ that monitors live energy flows and consumption statistics plus allows scheduling of delayed charging if required.

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.

The e-Partner’s 1632kg tare weight is about a quarter of a tonne (247kg) heavier than its 1385kg petrol-engine equivalent, largely caused by the lithium-ion battery pack.

So, even though the electric model has more power (100kW vs 96kW) and torque (260Nm vs 230Nm), the battery ensures it has an inferior power-to-weight ratio, with the e-Partner carrying 16.3kg/kW compared to the petrol’s 14.4kg/kW.

The e-Partner’s 753kg payload rating is also 182kg less than its petrol sibling, so be mindful of these differences if payload is important.

The e-Partner is also rated to tow up to 750kg, but given Peugeot does not publish a GCM figure (how much it can legally carry and tow at the same time) we don’t know if it can haul its maximum payload while towing its maximum trailer weight.

The cargo bay, with 3.9 cubic metres of load volume, is a window-free zone accessed by a sliding door on each side and asymmetrical rear barn-doors that open to 180 degrees for optimum loading access.

With its 2167mm length, 1527mm width, 1243mm height and 1229mm between the rear-wheel housings, it can carry one standard Aussie pallet or two Euro pallets held in place by a choice of six load-anchorage points.

The cargo bay is lined to mid-height and there’s protective mesh over the bulkhead window. However, the bulkhead protrudes into the sliding door openings given the need to allow sufficient cabin space for the seat backrests.

There’s also no load-floor protection provided as standard, so to avoid scratches and dents we’d recommend fitting a floor-liner like the thick rubber one fitted to our test vehicle.

Cabin storage includes a full-width shelf above the windscreen and bins in the base of each door. The dash offers small bottle/cupholders on each side plus a lidded upper glove box and open storage on the passenger side.

The dash extension, where the gear-selector and electronic handbrake reside, offers more open storage as does the floor-mounted centre console.

Our criticisms include the lack of a dedicated storage place for the charging cable, which is supplied in a zip-up vinyl bag.

Although it was sitting on the passenger floor when we collected the vehicle, it was difficult to find a secure place to store it with a passenger aboard. It ended up unsecured in the cargo bay.

The rear barn-doors also do not have any stays to keep them open when positioned at 180 degrees.

As a result, the slightest breeze swings them shut.

And due to the lack of any dedicated bottle-holders in the front door bins, bottles tend to topple onto their sides and can be difficult to extract when driving.

Our test vehicle is available in only one specification, based on the ‘Pro Long Auto’ which means it’s the more work-focused ‘Pro’ model grade with long wheelbase and automatic, which in this application is a single-speed transmission.

With a 100kW/260Nm single electric motor and 50kWh lithium-ion battery, it has an eye-opening list price of $59,990, plus on-road costs.

That represents a substantial 56 per cent increase over its petrol-powered equivalent ($38,388) and optional metallic paint like ours adds $690.

However, the e-Partner has more power and torque with zero drivetrain emissions. It also comes standard with work-focused 16-inch steel wheels and 215/65R16 Michelin tyres with a full-size spare, a toggle-style gear selector, electric parking brake, reversing camera, two-way adjustable leather-rimmed steering wheel, 12-volt accessory socket and USB port plus a four-speaker multimedia system with 8.0-inch touchscreen, digital radio and multiple connectivity including Apple and Android devices.

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. 

The single electric motor and 50kWh lithium-ion battery combination produces 100kW of power and 260Nm of instant torque.

It also offers three switchable drive modes including Eco (60kW, 190Nm) for minimal performance and energy use, Normal (80kW, 210Nm) which is a happy medium for everyday use and Power (100kW, 260Nm) for maximum performance when hauling heavy loads.

The gear-selector controls Park, Reverse, Neutral, Drive and Brake functions. There's also a button marked B which engages regenerative braking for optimum battery top-ups when driving.

The Mode 3 Type 2 wall-box/public station charging cable is supplied as standard, but buyers can also purchase a domestic wall socket cable for home-charging.

Quickest charge time from 0-80 per cent is 30 minutes using a 100kW DC charger while a 0-100 per cent charge using a single-phase wall-box (7.4kW) takes about 7.5 hours.

Home-charging from 0-100 per cent using a domestic wall socket (2.3kW) takes about 24 hours.

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.

Peugeot claims an official WLTP driving range of 258km. The dash display was showing a projected driving range of 280km when we collected the vehicle.

A few days later when we stopped to top-up the battery at a public charging station, after 135km of unladen city and suburban driving, it was displaying average consumption of 20.4kWh/100km.

When charging was completed, the dash display was claiming 270km of driving range. This had dropped to 194km the following day when we stopped to load the vehicle for our GVM test. Average consumption had also dropped to 19.0kWh/100km.

We then drove 52km with a heavy payload in busy traffic, during which consumption dropped again to 18.8kWh/100km with regular switching between the drive modes.

After unloading and then returning the vehicle to Peugeot, there was still 96km of range remaining and energy consumption had dropped again to 18.4kWh/100km.

So, we covered a total of 271km during our test, of which about one quarter was with a heavy payload.

So, based on its lowest consumption figure, Peugeot’s claimed 258km range in real world driving conditions is pretty accurate by our measure.

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.

It has a comfortable driving position thanks to a reasonably spacious cabin, two-way adjustable steering wheel, left footrest and fold-down inboard armrest.

However, the base cushion feels a tad short for proper upper-thigh support and does not have rake adjustment.

The flat top of the rectangular steering wheel provides a clear view of the instrument display while the flat bottom allows ample driver clearance.

The electric motor with its muted hum delivers a liquid-like flow of acceleration that’s different to a petrol engine.

The lack of engine noise also makes other sounds more prominent, including tyre roar on coarse bitumen surfaces and thumps from the rear suspension over larger bumps.

The extra battery weight is not a noticeable hindrance in stop-start traffic, given the instant torque of the electric motor.

Its location under the load floor also contributes to a low centre of gravity which makes the e-Partner feel well-planted on the road. Even so, it takes a leisurely 11.2 seconds to accelerate from 0-100km/h.

To test its payload rating we forklifted 650kg into the cargo bay which with driver was just under its 753kg limit. The rear suspension compressed 70mm, but there was no bottoming-out over bumps due to large rubber cones positioned inside the coil springs that assist in supporting heavy loads.

We covered more than 50km with this weight in city and suburban driving and its performance was good in all modes including the energy-saving Eco. Energy consumption did not spike as expected.

Our only gripes from a driver’s perspective are the absence of blind-spot monitoring and rear cross-traffic alert, which should be mandatory in all solid-walled vans given the huge blind-spot over the driver’s left shoulder. Relying only on the relatively small passenger door mirror is potentially hazardous.

The other is the cruise control stalk located on the steering column, which is hidden from view by the steering wheel arm. Therefore, it must be operated purely by feel, which can be fiddly and distracting when driving.

Only four from a possible five ANCAP stars for the e-Partner (achieved 2018) and the lack of blind-spot monitoring, rear cross-traffic alert and adaptive cruise control, etc, highlight a safety menu in need of updating.

Even so, it does have front, side and curtain airbags for driver and passenger plus AEB, lane-keeping, audible low-speed pedestrian alert and tyre under-inflation warning.

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.

Warranty is five years/200,000km plus eight years/160,000km for the battery. There are also three-year paintwork and 12-year corrosion warranties.

Scheduled servicing is every 12 months/25,000km, whichever occurs first.

The pre-paid service plan price of $1000 covers the first five scheduled services, or just $200 per service.