Mitsubishi Triton vs Ford Transit

What's the difference?

The sixth-generation Triton is bigger, stronger, more powerful and more capable. By our measure, it’s the best one yet. It now matches the segment leaders on towing and payload ratings and, despite price increases, still represents compelling value for a high-quality Japanese ute. Mitsubishi has made choosing a dual cab ute from an already quality field even harder.

The E-Transit is quiet, comfortable, rides well, can handle heavy payloads, has zero emissions and would be well-suited to urban daily commercial use for which it’s been designed for. However, $104K-plus would be out of reach for many private owners and small businesses. That’s why Ford is aiming it primarily at fleet buyers, who will quickly determine the commercial success or failure of the E-Transit in Australia. Watch this space.

New exterior styling features bold body contouring with a distinctive grille/headlight design. It’s also larger in key dimensions including body length (up 15mm), body width (up 50mm) and load tub length (up 35mm) for improved cabin space, comfort and load capacity.

The new body is mounted on a redesigned chassis-frame with significant gains in strength and torsional rigidity.

Track width is unchanged but there’s a substantial 130mm increase in wheelbase to 3130mm, which is longer than the HiLux (3085mm) and closer to the Ranger (3220mm) with noticeable improvements in ride quality and handling stability.

Off-road credentials include 228mm of ground clearance and 30.4 degrees approach/23.4 degrees ramp break-over/22.8 degrees departure angles.

The suspension tune for Australian-delivered Tritons comprises a unique front shock absorber/spring combination. The rear suspension has also been revised with larger shocks and lighter, more efficient leaf-springs to reduce unsprung weight for enhanced ride and handling.

Work-focused GLX models are equipped with ‘heavy-duty’ rear suspension, while the more luxurious GLS/GSR have softer-riding ‘standard’ rear suspension.

Another Triton first is a switch to electric power steering, for increased efficiency with lower steering effort. By contrast, Mitsubishi sticks with rear drum brakes, which with greater friction surface area than disc brakes can provide more ‘bite’ when parking with heavy loads or holding firm on hills when off-roading.

New GLS interior styling has a tasteful mix of contrasting surfaces, textured fabric seat-facings and white stitching, but also embraces traditional features like analogue speedo/tacho and a manual handbrake lever.

The wider body provides a noticeable increase in front shoulder room and the driver’s hip point has been raised, resulting in a more upright driving position with improved lower back support.

There are assist-handles on the A and B pillars to climb aboard and there’s easy access to the more spacious rear seat. Even big fellas like me (186cm) have about 60mm of head clearance and 40mm of knee clearance when sitting behind the driver’s seat in my position.

There are still no air-vents in the centre console for rear passengers, as Mitsubishi prefers to stick with its roof-mounted air circulator which draws in cooled or heated air from the front of the cabin and shares it with rear passengers (with their own fan-speed control) through slimline roof-vents.

Apart from the distinctive blue grille bars and rear-door badge, you’d struggle to pick the E-Transit from the closely-related 350L. However, underneath its work-focused exterior there are considerable differences.

Although it shares the same MacPherson strut front suspension and four-wheel disc brakes, the E-Transit’s 14.3-metre turning circle is 1.0-metre larger than the 350L.

And its electric motor and single-speed transmission are mounted under the floor between the rear wheels, which required design of a unique coil-spring independent rear suspension.

The long, wide and slim lithium-ion battery is tucked up neatly beneath the load floor, to ensure that the cargo volume matches the 350L. This also ensures that many load-area conversions will carry over to the E-Transit with minimal modifications.

The big battery brings a considerable increase in kerb weight, given the E-Transit weighs 231kg more than its 350L equivalent. So, although the E-Transit is the most powerful of the Transit fleet, it’s also the heaviest.

However, in terms of power-to-weight and torque-to-weight ratios based on kerb weights, it compares favourably.

For example, the diesel 350L has 19.3kg/kW compared to the E-Transit’s superior 13.3kg/kW, while the 350L’s 6.1kg/Nm is lineball with the E-Transit’s 6.2 figure.

The driver’s instrument display shows when the battery is being topped-up by regenerative braking and how much engine power is being used, ranging from 0 to 100 per cent.

It also displays average energy consumption (kWh/100km), remaining battery charge, projected driving range and other BEV-specific functions.

The cabin offers ample headroom, but those seated in the centre must have their feet in a split-level position with their right foot on the (now defunct) transmission hump and their left foot on the floor.

With its 2125kg kerb weight and 3200kg GVM, our test vehicle has a sizeable 1075kg payload rating, so it’s a genuine one-tonner like all models in the new Triton range.

It’s also rated to tow up to the class-benchmark 3500kg of braked trailer, which is a significant 400kg increase over the previous generation and finally puts the Triton on par with segment leaders.

However, to avoid exceeding its 6250kg GCM (how much it can legally carry and tow at the same time), towing that weight would require a 450kg reduction in vehicle payload to 625kg.

Or you could reduce the trailer limit by the same amount (from 3500kg to 3050kg) and retain the Triton’s peak 1075kg payload. This combination would be ample for most work and recreational requirements, as few (if any) owners of utes this size need to tow 3500kg anyway.

The load tub’s internal dimensions are almost square, being 1555mm long and 1545mm wide with a 525mm depth. There’s also 1135mm between the rear wheel-housings, so it can take a Euro pallet.

There are fixed load-anchorage points front and rear and the GLS tub is protected by a slide-in liner.

Cabin storage for driver and front passenger includes a bottle-holder and bin in each door, an overhead glasses holder and upper and lower gloveboxes. The centre console has two small-bottle/cupholders plus a box at the rear with padded lid that doubles as a comfortable elbow rest.

Rear passengers get a bottle-holder in each door, large pockets on each front-seat backrest and two cupholders in the bench seat’s fold-down centre armrest. There’s also a 12-volt socket plus USB-A and USB-C ports in the rear of the centre console.

Like the previous Triton, there are no rear underfloor storage compartments and the seat’s base cushion is fixed, so you can’t swing it up and store in a vertical position, like numerous rivals, if more internal load space is required.

With its hefty 2639kg kerb weight and 4250kg GVM, our test vehicle has a 1611kg payload rating compared to the 350L’s smaller 1142kg. However, the E-Transit is not rated for towing.

The cargo bay, which in Mid Roof form offers 11-cubic metres of load volume, has internal walls that are lined to roof height. It’s accessed from the kerbside through a sliding door with a generous 1300mm opening width.

Rear access is through a pair of barn-doors which open to 270 degrees to optimise forklift access. Large magnets protrude from each side of the body to firmly secure these doors when fully opened which is a welcome safety feature.

A button located inside the right-hand barn-door switches on a bright external LED overhead light to illuminate rear-loading in poor light conditions.

The load floor, which is protected by a composite liner, is 3533mm long and 1784mm wide with 1392mm between the wheel housings.

That means it can carry three 1165mm-square Aussie pallets or four 1200 x 800mm Euro pallets, secured by up to 10 load-anchorage points. The  1786mm internal height allows tall people to stand with minimal stooping.

There’s ample cabin storage including a large-bottle holder and bin in each door, plus angled large-bottle holders/bins on each side of the lower dash and small-bottle/cupholders on each side of the upper dash.

There are also three open bins across the top of the dash-pad, a slender vertical bin and pop-out cupholder in the lower centre dash, plus a full-width overhead shelf with numerous compartments.

Both base cushions on the passenger seat can be tipped forward to access a large hidden storage compartment below.

The centre passenger seat backrest also folds down to a horizontal position to reveal a handy work desk with pen holder, two-cupholders and an elastic strap for securing paperwork.

Our test vehicle is officially known as the 420L BEV Mid Roof, with 420 denoting its 4.2-tonne GVM (it’s actually 4.25-tonne), L denoting its long wheelbase and Mid Roof being one of two roof heights available, with the other being the optional High Roof variant.

Like its taller stablemate, our test vehicle comes with a 68kWh lithium-ion battery pack, electric motor and single-speed automatic transmission for a list price of $104,990 plus on-road costs.

For that money you could almost buy two diesel Transit 350L Auto equivalents. Even so, the E-Transit brings zero emissions, reduced noise and claimed lower operating and maintenance costs for business operators. With 198kW and 430Nm, it also has the most power and torque of any model in the Transit line-up.

It comes equipped with 16-inch steel wheels and 235/65R16C tyres plus a full-size spare, along with dark grey bumpers and side-mouldings in areas where scrapes and dents usually occur in hard-working vans. Factory options include dual side-sliding doors and more.

A steel bulkhead/cargo barrier separates the cargo bay from the cabin, which comes standard with a single driver’s seat and twin-passenger bench seat that are all heated.

The 10-way adjustable driver’s seat includes a fold-down inboard armrest, adjustable lumbar support and base-cushion rake.

Plus there’s a two-way adjustable steering wheel, power-folding and heated door mirrors, daytime running lights, three 12-volt accessory outlets, two USB ports, a reversing camera and rear parking sensors.

Its large 12-inch touchscreen is the gateway to numerous 'Sync 4'-connected services including the 'Ford Pass' app, which includes 'Power My Trip'.

By entering a destination, this app can consider the vehicle’s current state of charge in addition to real-time traffic conditions, to help identify charging stops when a customer will need them.

A new 4N16 variant of Mitsubishi’s 4N1 diesel engine family retains its predecessor’s 2.4-litre displacement but adds a second turbocharger. These work in sequence, with the smaller one providing fast response at low rpm and the larger one boosting performance at higher rpm.

The result is 150kW at 3500rpm and 470Nm of peak torque between 1500-2750rpm.

These outputs are 17kW and 40Nm more than the previous Triton and emissions are reduced with the addition of an AdBlue tank.

This engine is paired with an updated six-speed torque converter automatic and (on GLS and GSR) Mitsubishi’s excellent Super Select 4WD-II system with Torsen centre differential.

This still-advanced system offers seven drive modes, including full-time 4x4 which with the centre diff unlocked can be driven on all surfaces including dry sealed roads. With the centre diff locked for off-road use, it offers high and low range 4x4 with a 50:50 drive-split front and rear.

A rear diff-lock can also be engaged in low range.

Its rear-mounted electric motor produces an unmatched 198kW and 430Nm. The lithium-ion battery’s energy supply can be boosted by using the ‘Low’ setting on the rotary dial e-shifter to optimise regenerative braking.

There are three switchable drive modes including default 'Normal', energy-saving 'Eco' and 'Slippery' to improve traction in low-grip conditions.

The battery charge socket is located behind a spring-loaded flap in the grille and the E-Transit comes equipped with a Mode 3, 32-amp charge cable which is stored in the compartment under the passenger seats.

E-Transit can AC charge overnight, using a professionally-installed wall unit, in approximately eight hours at 11.3kW, or quick DC charge (15 to 80 per cent) at 115kW in approximately 34 minutes.

However, Ford does not supply a cable to allow overnight charging at home using a domestic wall socket. That’s because its targeting large fleet buyers, so the cable it supplies is only for ‘at depot’ charging or when using public-charging facilities.

Mitsubishi claims an official combined average consumption of 7.7L/100km and the dash readout was displaying 8.7 at the completion of our 421km test, of which about one quarter was hauling a full payload. Our own figure, calculated from fuel bowser and tripmeter readings, was higher again at 9.7 but within the usual 2-3L/100km discrepancy between official and real-world figures. So, based on our numbers, you could expect a realistic driving range of around 770km from its 75-litre tank.

Ford claims an official WLTP driving range of 230-307km from a single charge. When we collected the E-Transit it was fully charged but the projected driving range displayed on the instrument panel was only 179km, so there are variables in these figures.

However, we did end up inadvertently testing the single-charge driving range because we could not charge the E-Transit. That was due to our local public-charging facilities being located inside multi-storey carparks which could not be accessed due to height restrictions.

So, during the week we drove a total of 190km, with about 19km of range remaining. Therefore, it is capable of at least 200km on a single charge but 300km seems optimistic, which is nothing new given the equally optimistic L/100km figures automakers claim for combustion-engine vehicles.

We used the Low drive mode most of the time to optimise battery top-ups through regenerative braking and our testing included a mix of city and suburban roads, both unladen and when hauling a big payload.

Average consumption was 28kWh/100km, so we would suggest a 'real world' driving range of around 200-230km from a single charge.

The ergonomic changes are noticeable when you get behind the wheel, with a more comfortable and supportive seating position and increased cabin width providing a more spacious feel.

The new electric power steering is another highlight, being communicative and nicely weighted at all speeds, while the unique Australian suspension tune results in a more planted and sure-footed feel. The ride quality is also smoother, which is no doubt enhanced by more sprung weight and a longer wheelbase.

The new bi-turbo engine has good response and flexibility, with its 1250rpm-wide peak torque band between 1500-2750rpm providing ample pulling power at lower speeds with a seamless transition to maximum power at 3500rpm.

The six-speed automatic has gearing and shift calibrations that optimise engine performance. It’s also a quiet and efficient highway cruiser, requiring only 1750rpm to maintain 110km/h which is also within its peak torque band.

To test its load-hauling ability, we loaded 890kg into the load tub, which with driver and luggage equalled one tonne of payload that was 75kg below its legal limit.

The 'standard' leaf-spring rear suspension compressed more than 60mm under this weight, leaving a finger-width of static bump-stop clearance which initially seemed inadequate.

However, the rubber bump-stops have central voids that provide more of a cushioning effect at full suspension travel than traditional hard-nosed designs, which minimises thumps over big bumps and ensures a smoother ride.

The Triton displayed sure-footed handling and braking with this near-maximum payload on board. The bi-turbo engine was also on top of the job, with its ‘twin-stage’ turbocharging making light work of city, suburban and highway driving.

It also impressed on our 13 per cent gradient, 2.0km set-climb at 60km/h, self-shifting down to third gear to easily haul this load to the summit. Engine-braking on the way down was not as robust, but in our experience typical of sub-3.0-litre turbo-diesels restraining one tonne payloads on steep descents.

Our only gripe is the ‘Driver Attention Alert’ function. Its prominent detection module mounted on the steering column partly obscures the driver’s view of the lower instrument panel. And its over-sensitivity in determining driver inattention (like wearing sunnies, looking left and right at T-intersections etc) becomes annoying and needs refinement.

It offers a comfortable and commanding driving position, thanks to the multi-adjustable seat, two-way steering wheel adjustment and clear eye-lines to the big truck-style door mirrors with lower sections offering wide-angle views.

You don’t need to warm-up the engine to generate cabin heating - it’s instant. And when you get underway it feels more like you're riding in a tram than a van, with its muted electric hum the closest we’ve come to driving a silent commercial vehicle.

With the big battery under the floor it feels firmly planted on the road when unladen, with a low centre of gravity providing good stability when cornering.

The battery weight, combined with E-Transit’s unique four-coil suspension, iron out the bumps and provide a supple ride quality.

Acceleration from standing starts is brisk and smooth in Normal mode, even though you can sense its 2.6-tonne kerb weight's slight reluctance to get moving even with 430Nm of instant torque. At 100km/h, there’s only tyre noise and a little wind-buffeting around the door mirrors.

We drove the first 100km in Normal mode, during which average consumption was 27kWh/100km. We then switched to Eco mode, which resulted in a drop in performance without a corresponding decrease in consumption. Perhaps you need to drive it longer in Eco to harvest the benefits.

We then switched back to Normal mode for our GVM test. We forklifted 1300kg into the cargo bay which with driver equalled a total payload of 1400kg, which was still more than 200kg under its GVM limit. The rear suspension compressed 50mm with ample travel remaining, while the nose rose 35mm in response.

The compressed suspension felt firmer, as you’d expect, but the electric motor hardly noticed this load around town, with acceleration and general response remaining strong if slightly subdued. Energy consumption increased to 28kWh/100km during our load run.

In strictly city driving, which the E-Transit is aimed at, it proved to be a capable workhorse. It can do the job quite economically, too, given that during most of our testing in Normal mode it was operating in the 0-50 per cent ‘power usage’ zone which provides ample performance.

ANCAP is not applicable to heavy commercial vehicles but the E-Transit shares the same six airbags and active safety and driver assistance as other Transits.

Highlights include AEB with pedestrian detection, adaptive cruise control, blind-spot monitoring and rear cross-traffic alert, lane-keeping assist, traffic sign recognition, a reversing camera, rear parking sensors and more.

Five years/100,000km standard warranty, or 10 years/200,000km if serviced at Mitsubishi dealers. Servicing every 12 months/15,000km whichever occurs first. Capped-price for 10 scheduled services up to 10 years/150,000km is $6690, or an average of $669 per service.

The E-Transit is covered by a five-year/unlimited km warranty plus a separate warranty for the lithium-ion battery and high-voltage electrical components of eight years/160,000km, whichever occurs first.

Capped-price service intervals are 12 months/30,000km, with a total cost for the first five scheduled services of $925 or just $185 per service. Such low maintenance costs are in stark contrast to the purchase price!