Toyota Drop a Bombshell_ The FJ Cruiser Secret EV-Killer Engine Revealed!

When Toyota put a 20-year-old engine in the new FJ, everybody assumed that was Toyota's answer to electric cars. It was not. At the same motor show where that FJ made its public debut, Toyota's own powertrain boss stood in front of the Asian press and showed a different engine entirely. A brand new one, making over 400 PS. And engineers have told a German magazine more than 600 horsepower is easily possible from it. Almost nobody connected the two announcements. They are the same strategy and the FJ is only half of it. Before we get into it, one quick ask, and I will keep it to 20 seconds. This channel has already passed 4,000 watch hours. What it does not have is subscribers. I am sitting at just over 200 and YouTube needs 1,000. So I am 800 away. These videos take real hours and real money to research and build, and subscribing is the one thing that costs you nothing and decides whether they keep coming. If you are new here, hit it now and let's get on with the engine. Quick recap for anyone who missed the FJ launch, because you need it for what comes next. The Land Cruiser FJ went on sale in Japan on May 14th with a 2.7 liter four-cylinder petrol engine, no turbo, Toyota's code 2TR-FE, about 163 horsepower and 246 newton meters. The same engine sits in the entry-level Hilux, and it has been in service for roughly two decades. And the reasoning was sound. A proven engine means fewer surprises. Fewer surprises mean less time stuck on a roadside 400 kilometers from a dealer. Less time stuck means more trust. And for a Land Cruiser, trust is the entire product. Buyers agreed, loudly. Dealers ran lotteries, several suspended orders, and Toyota's own Japanese site stopped taking them. So the story wrote itself. Toyota ignored the electric future, sold out anyway, and the old engine won. That story is wrong. And it is wrong in an interesting way. The 2.7 in the FJ is not Toyota's weapon against electric cars. It is a tool, chosen for a specific job in specific countries. It makes 163 horsepower. It is not efficient, it is not quick, and Toyota is not claiming otherwise. The engine Toyota actually built to fight electric cars was sitting in the same building, and it is new from the ground up. On October 31, 2025, at the Japan Mobility Show, Takashi Uehara, the president of Toyota's powertrain operation, briefed Asian media on what the company is going to put in its cars next. Two engines. A 1.5 liter and a 2.0 liter, both four-cylinder and the whole family designed from scratch. The brief was not more power. The brief was smaller and lighter, with efficiency as the first objective, because a physically shorter engine changes what the rest of the car can be. A shorter engine lets the hood sit lower. A lower hood means less air to push. Less air to push means less fuel for the same speed. And a smaller package leaves room for a battery and a motor beside it, instead of in place of it. That last part is the whole idea. These engines were not drawn as the last gasp of combustion. They were drawn to be half of a hybrid. The one that matters for this video is the 2.0 liter turbo. Internally, Toyota calls it the G20e. Uehara's figures were more than 400 PS and 500 Nm. Put that next to the engine in the FJ for a second. The FJ makes 163 hp and 246 Nm. This one makes over 400 PS and double the torque, from a smaller displacement. And Toyota is not treating it as a halo part. Uehara named hybrids, plug-in hybrids in sports cars, as the applications, engines, which is a very wide net for one engine family. Motor One's reporting puts the G20e at 400 horsepower in standard form. Before Gazoo Racing, Toyota's performance division, does anything to it. So the 400 is the floor of this engine, not its ceiling, and it has been running in test cars longer than most people realize. More than a year before that motor show briefing, Toyota published video of a stripped-down Lexus IS prototype carrying one of the new engines. This family has been quietly accumulating miles while the industry wrote Toyota off. Here is where it gets genuinely interesting, and where I want to be careful with the sourcing. The German magazine Auto Motor und Sport spoke to Toyota engineers about the G20e, and Motor One picked the report up in June 2025. The line that traveled was this. With a larger turbocharger, more than 600 horsepower is easily possible. Those engineers are not named, it is not a product announcement, and no Toyota executive has put a 600 horsepower engine on a timeline. Treated as what it is, engineers describing the headroom in their own design, but they explained why that headroom exists, and the explanation is checkable. The cylinder spacing in the new block allows considerable boring out. Wider spacing between cylinders means more metal between the bores. More metal means you can machine them larger without weakening the block. A larger bore means more displacement from the same casting. And more displacement from the same casting means one engine design can cover a range that normally needs several. Toyota says the 2.0 is engineered for both longitudinal and transverse installation. front or rear. In plain terms, the same engine can sit sideways in a family car or lengthways in a rear-drive sports car. It is already run. Toyota told Auto Motor und Sport it has tested the G20e in the GR Yaris M, the mid-engine concept shown at the Tokyo Auto Salon in January 2025. To fit an engine behind the driver, Toyota's engineers slightly extended that car's wheelbase. That is a detail you only get from somebody who actually built it. From there the reporting turns to guesswork. A returning MR2. A Celica. The next GR86. None of that is confirmed. And I am not going to pretend otherwise. So why call a petrol engine an answer to electric cars at all? Not because of the horsepower. Because of what Toyota intends to pour into it. The new family is being developed to run on synthetic e-fuels, on biofuels, on liquid hydrogen, and on ethanol. That is the part of the multi-pathway idea people skip past. Something else about this program should make you take it seriously, and it is not the horsepower. Hybridization is a shared objective across Toyota, Mazda, and Subaru, and all three are working on liquid hydrogen, biofuel, and synthetic fuel. Three separate Japanese car makers, each with its own engine architecture, pointing at the same fuel problem at the same time. One company hedging like that proves nothing. Three of them committing to the same fuel problem at once suggests they expect the fuel supply to actually arrive. Think about what regulation actually targets. Rules do not outlaw pistons. They cap carbon. An engine burning a carbon-neutral fuel is a combustion engine that regulation has no reason to kill. This is the argument that got Toyota called a dinosaur for most of a decade, and it was never really an argument about engines. It was an argument about what the rules actually measure. If this is the kind of breakdown you want more of, that subscribe button is still the whole ask. and look at what it would mean if the fuel side works. Every filling station on Earth already exists. Every mechanic already knows the hardware. You keep the car. You change the liquid. That is the scenario Toyota is engineering for, and the new engines are the hardware that makes it possible rather than theoretical. Now the two halves fit together. The FJ gets a 20-year-old engine because what those markets need is something a village mechanic can fix. The G20E gets carbon-neutral fuel capability because what regulated markets need is combustion that survives the rules. Same company, same motor show, 11 days apart, opposite ends of one bet. The 2.0 turbo gets the headlines. The 1.5 is the one that will end up under millions of hoods. It is an Atkinson cycle engine, which trades outright power for efficiency, making roughly 70 kilowatts about 95 ps and 120 newton meters on paper that is a modest number but it was never designed to work on its own atkinson is worth 30 seconds because it explains the whole design an ordinary engine compresses and expands the gas by the same amount an atkinson engine lets the expansion stroke run longer than the compression stroke so it pulls more work out of the same fuel. Longer expansion means more energy recovered. More energy recovered means better efficiency. And the price you pay is power, which is exactly the trade you want when an electric motor is sitting there to cover it. So Toyota pairs it with an electric motor of around 30 kilowatts for a combined output near 100 kilowatts, about 136 PS. And Uehara indicated turbocharging may be added to it as well. That is a hybrid and plug-in hybrid powertrain, and it is aimed squarely at the volume of Toyota's range. So the family splits cleanly. One small, efficient engine designed to work with a motor for the cars most people buy. One compact turbo with enormous headroom for the cars enthusiasts argue about. Both able, eventually, to run on something other than petrol. And the framing Uehara used for both engines is the part worth remembering. They are described as the core of future Toyota models, adapted to suit different markets and different energy sources. Not one engine for one future, one architecture, bent to fit whatever each country ends up running on. And the FJ, with its old 2.7, is in neither group. It is the third pathway, the one for places where the grid and the workshop are both unreliable. Now the part most channels covering this will leave out, so let me be blunt about what we do not know. There is no confirmed production date for the G20e in any car. Not one. That headroom figure comes from unnamed engineers through a German Magazine, and Motor One's own 400 to 450-horsepower estimate for the Yaris M concept is Motor One's estimate, not Toyota's. No hybrid pairing has been confirmed for the 2.0. The MR2, the Celica, and the GR86 are speculation. And on the FJ itself, the reported 2.8-liter turbodiesel with a 48-volt mild hybrid, about 201 horsepower and 500 newton-meters, is also unconfirmed, with one report pointing at roughly 2029. Then there is the fuel. Synthetic fuels today are expensive and produced in tiny quantities. The entire carbon-neutral combustion argument rests on that changing at industrial scale, and nobody has proven it will. There is a question underneath all of it that no engineer can answer. Several large markets have already legislated end dates for new combustion sales. Whether a carbon-neutral fuel counts as compliant under those rules is a legal argument, not a technical one. Toyota is betting that it will count. That bet has not been settled in a single jurisdiction yet. And if it goes the other way, the finest four-cylinder on earth is still illegal to sell. It is also worth saying the electric shift is real. Several countries have already pushed past the 30% share Toyota once described as a ceiling, and plenty of analysts think Toyota's forecast is simply wrong. So this is not a video about engines beating batteries. It is a video about a company that refused to pick one answer and has now built the hardware for three. When the FJ sold out in Japan with a two-decade-old engine, the internet decided Toyota had bet against electric cars and won. What actually happened is that Toyota showed the FJ and the new engine family at the same event, and only one of them went viral. The FJ answers a question about reliability in places the grid has not reached. The new engines answer a question about whether combustion can survive its own emissions. Those are different problems, and Toyota is the only major carmaker still trying to solve both at once. If the G20e reaches production anywhere near the numbers its own engineers are describing, the interesting fight will not be petrol against electric. It will be a 600-horsepower, four-cylinder running on synthetic fuel against a battery, and that is a fight almost nobody has priced in yet. And the reason to care now, rather than in 2029, is that the strategy is already visible. Toyota told you what it believes twice at the same motor show. Once with an engine that dates back to 2004 And once with an engine that does not have a production date Both of those are bets against the idea That there is only one way forward The engine that sold out Was never the one to watch