Isuzu Ute Australia rules out D-Max BEV for now, backing diesel and a mooted 2028 next generation

No BEV or hybrid for the current-generation line-up

Isuzu Ute Australia has confirmed that its all-diesel D-Max ute and MU-X SUV range will not be joined by the battery-electric D-Max BEV, which is available in other markets, in its current form. Reporting the company's position, Chasing Cars says IUA intends to 'tough it out' with the current-generation pair until around 2028, when next-generation replacements are widely expected, carrying an official promise of "future electrification opportunities" with "lower emissions technologies". ¹

In an exclusive interview with Chasing Cars, IUA executive general manager Rod Caldwell explained the decision by pointing to weak sales of a rival's electric ute. "Our customers don't want [a BEV] right now – it's not the right time. And the reason we know that is because [a rival importer] brought one out that sells just 30 units per month," he said. He also cited continued demand for diesel, noting diesel accounted for 84 per cent of light commercial vehicle sales year-to-date. ¹

That caution sits against a market where electrified dual-cabs are now established. CarExpert's roundup of electrified utes on sale in Australia in 2026 lists the GWM Cannon Alpha PHEV from $57,490 drive-away, the Ford Ranger Hybrid from $59,000 drive-away, the KGM Musso EV at $60,000 drive-away and the BYD Shark 6 Premium at $62,660.51 drive-away in NSW, with the Toyota HiLux BEV at $82,752 drive-away. CarExpert also lists the Isuzu D-Max EV as previously confirmed for Australia with timing to be confirmed. ⁶

NVES pressure, diesel prices and a credits strategy

Chasing Cars reports IUA faces increasing headwinds from the tightening New Vehicle Efficiency Standard and rising diesel prices, which Caldwell said are denting showroom traffic rather than market share. "The foot traffic into the dealerships has changed, and that's because diesel is three dollars per litre," he said, while adding that "our market share hasn't changed – we're actually stronger with some models than we were". ¹

On compliance, Caldwell told Chasing Cars: "If we need to trade [NVES CO2] credits, or to buy credits, we will." The publication notes the policy outlook is not settled, with the Federal Coalition that week promising to scrap the scheme if it wins the 2028 election, leaving uncertain how long IUA must weather roughly three-dollar diesel prices and tightening NVES thresholds. ¹

The 2.2-litre diesel as the short-term emissions lever

IUA's shorter-term strategy rests on the 2.2-litre turbo-diesel that replaced the fleet-oriented 1.9-litre unit in the D-Max and MU-X at the end of 2025, as covered by both Chasing Cars and CarExpert. In Chasing Cars' Australian first drive, the new engine is rated from 6.6L/100km and 174g/km CO2 in a 4x4 D-Max, bettering the old 1.9-litre's 6.9L/100km and 180g/km, and is paired with a new eight-speed automatic. The "more efficient 2.2-litre [diesel] engine" in the lead-up to the 2028 models "forms part of our broader journey to reduce emissions and meet the requirements of the New Vehicle Efficiency Standard (NVES)", Caldwell told Chasing Cars. ¹³²

Chasing Cars' first drive details the 2.2-litre at 120kW/400Nm against the 3.0-litre's 140kW/450Nm, with the smaller engine rated to the same 3500kg braked towing capacity and priced $2000 below equivalent 3.0-litre grades. Example drive-away pricing from that review includes the 2.2L D-Max 4x2 SX single-cab chassis at $36,990, the X-Rider 4x4 crew pickup at $56,990 (against a $59,500 RRP), the MU-X 4x2 LS-M at $48,990 and the MU-X 4x4 LS-T at $69,990 – all figures on the road or drive-away as listed by the publication. ³

Chasing Cars' testers found the 2.2-litre smooth and adequately strong with light loads, returning 8.3L/100km in a 4x4 X-Rider on a mixed test, but concluded the 3.0-litre remains the choice for heavy towing, noting the eight-speed automatic is not destined for the larger engine. ³

Current pricing, range and warranty

CarExpert's model pages list the 2026 D-Max from $41,243 drive-away for the SX to $87,284 drive-away for the Blade, spanning seven variants with 2.2-litre (120kW/400Nm) and 3.0-litre (140kW/450Nm) turbo-diesel options and a six-year, 150,000km warranty. These are Sydney-basis drive-away figures, distinct from the before-on-road-costs list prices in Chasing Cars' first drive. The related MU-X ranges from $52,857 drive-away for the LS-M to $83,073 drive-away for the X-Terrain across five variants, also diesel-only with a six-year, 150,000km warranty. ⁵⁴

CarExpert's review of the 2026 D-Max X-Terrain notes the flagship 3.0-litre variant is priced at $73,000 before on-road costs, $2500 higher than a year earlier, and highlights the ongoing absence of electrified versions as a con, observing that Isuzu has no electrified models in Australia while rivals have moved to hybrids and EVs to manage fleet emissions targets that tighten annually until 2029. ²

What comes next: 2028 replacements and Earth Lab

While stopping short of confirming exact timing, Caldwell told Chasing Cars that an "eight-year lifecycle" should see new-generation D-Max and MU-X models surface in 2028, and indicated the MU-X will gain at least one new variant "with next year's model [update]", with no further details confirmed. Chasing Cars' own analysis suggests the next generation's long lifecycle makes it a likely debut point for electrified powertrains, potentially including BEV, fuel-cell, petrol-electric or diesel-electric options offered alongside diesel. ¹

On the development side, Chasing Cars reports Isuzu's Earth Lab facility – a 40 billion yen investment within the Fujisawa Plant in Japan – commenced operation in July this year as a testing and validation site for carbon-neutral options under the company's "multi-pathway" powertrain approach beyond 2030. Caldwell said: "While the D-Max BEV is not the right fit for Australian customers in its current form, Isuzu remains committed to exploring future electrification opportunities through initiatives such as the Earth Lab." ¹