Why this new LandCruiser doesn't make sense
By Jack Quick · 13 Aug 2026
Toyota is commonly known for creating solid vehicles that are easy to recommend and generally simple to live with.However, the Japanese carmaker understandably has also had some vehicles that are solid, but not as class-leading or recommendable in their respective segments. Recent examples include the HiAce-based Granvia people mover and HiLux-based Fortuner SUV.But now Toyota has arguably one of the most perplexing new products on its hands in Australia that no matter which way you look at it, it doesn’t make sense.This is the LandCruiser 300 Series Performance Hybrid.The LandCruiser 300 Series Performance Hybrid, which itself is a mouthful, is a new flagship engine offering in Australia, sitting above the existing 3.3-litre six-cylinder turbo-diesel.It combines a 3.5-litre twin-turbo V6 petrol engine with an electric motor generator for total system outputs of 341kW and 790Nm. It’s called i-Force Max and it's a virtually identical set-up to the Tundra pick-up but there’s slightly more power.This makes it the most powerful road-going LandCruiser ever. In fact, it’s the most powerful Toyota production car ever offered in Australia. More than the GR Supra, TRD Aurion and even the previous V8-powered LandCruiser.Compared to other Toyota series-parallel hybrid powertrains, the LC300’s set-up is quite different. It’s a parallel set-up that has the electric motor generator sit between the petrol V6 engine and the 10-speed automatic transmission.This means the engine or the electric motor can independently power the wheels, or they can both provide grunt at the same time. There’s also a direct mechanical connection, meaning the full-time four-wheel drive system remains intact.While Toyota has attempted to hedge its bets with the Performance Hybrid naming, this vehicle is far from efficient.It’s claimed to consume 10L/100km on the combined cycle, according to ADR 81/02 testing. This is more than diesel-powered LandCruiser is claimed to consume 8.9L/100km on the combined cycle, according to ADR 81/02 testing.What makes it worse is the Performance Hybrid version of the LC300 has a smaller 98L fuel tank, compared with the diesel, which has an 110L fuel tank. This means the former has a significantly shorter overall driving range.The kicker is the LC300 Performance Hybrid requires a minimum of 95 RON premium unleaded petrol. While this may still be a little cheaper to purchase than diesel in some circumstances, premium unleaded petrol isn’t as prolific as diesel, especially in remote areas.Toyota prides itself on building vehicles that are capable of tackling the most challenging and remote terrain, but if you can’t find anywhere to fuel up, what’s the point?It’s disappointing as the LC300 Performance Hybrid is an incredibly capable vehicle off-road. In GR Sport trim it retains the front and rear diff locks, crawl control and turn assist functions, as well as the E-KDSS suspension system. The placement of the high-voltage battery pack in the LC300 Performance Hybrid limits the interior practicality.All versions of this car are currently only offered with five seats. For full transparency, the LC300 Performance Hybrid is only offered on the range-topping Sahara ZX and GR Sport trims and they only offer five seats with the diesel engine too.However, there are lesser versions of the LC300 with the diesel engine that offer the flexibility of seven seats. For some families this is a major consideration.While the LC300 Performance Hybrid does have 910L of boot space, this is 216L less than the diesel as the floor is slightly higher. Thankfully the boot packaging isn’t as awkward as it is in seven-seat versions of the Prado.There are two versions of the LC300 Performance Hybrid currently available in Australia – the Sahara ZX and GR Sport, which are already range-topping versions of this car.They’re currently priced from $156,740 and $156,990, before on-road costs, respectively. This is around $8000 more expensive than the equivalent diesel-powered model.Beyond the different engine, the Performance Hybrid gains the following over the diesel:Full electric power-assisted steering system (diesel models retain hydraulic power steering)Upgraded 1500W power socket in the boot40/20/40 split-folding second row of seats.Honestly I’m not sure. I see no feasible or justifiable reason why you could or should buy the Performance Hybrid version of the LC300 over the diesel.Sure it’s nice to have extra power, but how often are you actually using it? Plus, the diesel is already powerful and torquey enough.It doesn’t help that the transition from electric to petrol power can occasionally be a touch stilted. Plus, the car can barely accelerate on electric power alone, forcing the engine to fire again.One thing that’s undeniable is the petrol V6 petrol has a fantastic note. It’s gruff, burbly and full of character.The simple answer to this question is the diesel engine. However, if you like the LC300 Performance Hybrid’s 3.5-litre twin-turbo V6 petrol engine, there are a number of options available with the same engine, sans electrification.The most obvious answer is the Lexus LX, which is the luxurious version of the LC300. The entry-level LX600 is priced from $167,700 before on-road costs, which is almost $11,000 more than the LC300 Performance Hybrid.It produces slightly less power and is claimed to use more fuel, however you get the flexibility of having seven seats.Another option is the slightly smaller Lexus GX550, which is essentially a fancier version of the Prado. It has the same twin-turbo V6 petrol engine but it has a less powerful tune.The line-up starts from $118,320, before on-road costs and depending on the trim level there is the availability of seven seats, though it’s a smaller car than the LC300.If this is still too much money, the Denza B8 may be a good alternative. It starts from $93,195, before on-road costs, offers three rows of seating and has a 3500kg braked towing capacity.The B8 is also a plug-in hybrid (PHEV) and has a larger 36.8kWh battery pack which offers up to 115km of electric range, according to NEDC testing.