Japanese Muscle Cars That Make The Dodge Demon Look Slow..

The Dodge Demon took 6 years and 840 horsepower to build. In 1969, a group of Japanese engineers did something scarier with half the displacement and a fraction of the budget. For decades, the assumption was simple. If you wanted brutal acceleration, you bought American. Japan built sensible cars, reliable cars, efficient cars. That assumption was wrong. The engineers at Nissan, Honda, Toyota, Mazda, and Mitsubishi weren't trying to build transportation. They were trying to build something fast, light, and brutally precise. The result was a generation of machines that embarrassed cars with twice the cylinders and twice the horsepower. Number 10, 1990, Nissan 300ZX, Z32 Twin Turbo. Motor Trend called it the best sports car in the world in 1990. Not the best Japanese sports car, but the best sports car. The magazine put it above the Ferrari 348, above the Porsche 911, above everything Detroit was building at the time, and then described the experience of driving it as feeling like you had slipped 10 years into the future. The Z32 generation 300ZX arrived in 1989 carrying a twin turbocharged 3.0 liter V6 that Nissan rated at 300 horsepower. Under the hood, it had active aerodynamics, 4 wheel steering, and a suspension system so advanced that Nissan's own engineers reportedly said it was based more on aerospace than automotive principles. 0-60 in 5.6 seconds, quarter mile in just over 14 seconds, top speed of 155mph, electronically limited because Nissan was afraid of what would happen if it wasn't. In 1990, the Dodge Demon didn't exist. The Corvette ZR1, America's answer to the world, ran the same quarter mile more than a full second slower, and the 300ZX cost less than a loaded Honda Accord does today. What makes the Z32 remarkable isn't that it was fast, it's that it was fast while doing everything else well at the same time. The seats adjusted 12 ways and held you in corners with a firmness that made other sports cars feel like living room furniture. Nissan stopped making it in 1996 because they didn't know how to make it better. Clean examples today sell for between $25,000 and $60,000. The ones at the top end of that range sell in hours. 9. 1989 Toyota Supra A70 Turbo Before the A80 became a poster car for an entire generation, there was the A70. And the A70 was doing things in 1989 that the automotive press hadn't figured out how to write about yet. Toyota took the Supra's 3rd generation and gave it a 3.0L 7MGTE, straight 6 with twin cam heads, a single turbocharger, and a power output of 232 horsepower in US market form. Japanese market Supras with the same engine were pushing closer to 270 horsepower thanks to higher compression and a revised tune that Toyota's American lawyers had quietly asked them not to discuss publicly. 0-60 in 6.1 seconds, quarter mile in the low 14 seconds on street tires. The A70 was genuinely fast, but the more interesting story was what you could do with it afterward. The 7MGTE block was overbuilt for its output by a significant margin. Owners discovered that a wastegate adjustment and a larger intercooler could push the same engine to 400 horsepower without touching anything structural. HKS, the Japanese tuning house, demonstrated this repeatedly. Their drag spec A70 ran quarter miles in the low 10s on a stock block using hardware that fit in a carry-on bag. Toyota was aware of this. There's some evidence, based on internal engineering documents that have surfaced over the years, that the 7MGTE was designed with forced induction headroom that went well beyond the factory's specification. They built a conservative car on top of an ambitious engine, and the aftermarket spent the next decade finding out what that really meant. The A70 Super Turbo has sat in the shadow of its successor for 30 years. Current market values still haven't caught up to what the car actually is. Number 8, 1992, Mazda RX-7 FC Turbo II. Felix Vankel invented the rotary engine in 1954. Mazda licensed it, spent a decade making it reliable, and then spent another decade figuring out what to do with reliability once they had it. The answer was the FC, the second generation RX-7, and specifically the Turbo II variant, which arrived in 1987 and turned a car that was already fun to drive into something that enthusiasts have spent the decades since trying to explain to people who haven't driven one. The 13BT rotary engine in the Turbo II produced 182 horsepower. That number is not impressive in isolation. In context, it's remarkable. The 13B displaced just 1.3 liters. A 1.3 liter engine producing 182 horsepower is something that modern turbo era engineers still find difficult to explain without reaching for a whiteboard. The rotary produced this power in a package that weighed 437 pounds less than a 1992 Mustang GT and sat low enough in the chassis that the FC had a center of gravity approaching a Formula Ford race car. Zero to 60 in 6.3 seconds. Through corners, the FC didn't feel like a sports car. It felt like a motorcycle with a roof. The steering communicated everything through your hands in a way that required you to trust it before you understood it. And once you understood it, you couldn't drive anything else the same way. Mazda sold 61,000 FC RX-7s in the United States between 1986 and 1992. The Turbo II variant is now one of the cleanest, most undervalued Japanese performance cars on the market. The rotary requires attention, the apex seals are not immortal and oil consumption is part of the agreement. But for someone willing to maintain it properly, the FC Turbo II represents access to a driving experience that no other car offers at any price. 7. 1995 Mitsubishi GTO Twin Turbo Americans called it the 3000GT. The rest of the world called it the GTO. Mitsubishi called it a statement about what was possible when a Japanese manufacturer stopped caring about what the conventional wisdom said a sports car should be. The GTO Twin Turbo carried a 3.0 liter twin turbocharged V6 producing 320 horsepower in its most developed form. It had all-wheel drive, 4-wheel steering, active aerodynamics that extended a rear wing at speed and retracted it when parked, and an active exhaust system that changed its tone based on throttle position. 0-60 in 4.8 seconds, quarter mile in 13.5 seconds, top speed of 162 miles per hour. It weighed 3,737 pounds because it contained approximately one of everything. For 1991, this wasn't a problem. The GTO was faster than a Corvette to 60 miles per hour, handled better in corners, and offered technology that Ferrari wouldn't put into a road car for another 5 years. Car and Driver ran a test in 1991 comparing the GTO Twin Turbo against the Corvette ZR1 and the Dodge Viper prototype. The Mitsubishi beat the Corvette on every straight and beat the Viper in every corner. The magazine called it the most sophisticated sports car ever sold in America and then noted that its base price was $36,000. That price is the reason it's on this list. Dodge needed 840 horsepower and a dedicated drag strip launch system to produce a car that runs 2.3 seconds to 60 miles per hour. Mitsubishi did it in 1991, not quite as fast in a straight line but faster in every other measurable way for less money than a loaded pickup truck. The GTO Twin Turbo was the demon's nightmare before the demon existed. 6. 1997 Toyota Aristo V300 Vertex Edition The Toyota Aristo was a luxury sedan sold exclusively in Japan beginning in 1991. In its base configuration, it was the kind of car that Japanese executives bought when they wanted something faster and better built than a crown but didn't want to wave a flag about it. Quiet, understated, enormous rear seat, wood-trimmed interior that felt expensive without announcing anything. Under the hood of the V300 Vertex Edition sat a twin turbocharged 2JZ-GTE. The same engine family that would later go into the A80 Supra but in the Aristo, tuned to produce a factory rated 280 horsepower with everyone in the industry understanding the number was a fiction. Independent dyno testing of stock V300 Vertex Editions put real output closer to 320 horsepower at the wheels. 0-60 in 5.1 seconds out of a 4-door luxury sedan that weighed 3,700 pounds and had a trunk large enough to carry a golf bag comfortably. The Aristo V300 is what happens when Toyota's engineers ask what would happen if they put the wrong engine in the right car and then made it look like they hadn't done anything unusual. The exterior styling is conservative to the point of invisibility. At a traffic light next to a Dodge Charger, it looks like a rental car. On the road, it behaves like a proof of concept that Dodge's engineers weren't supposed to see. Under the 25-year import rule, V300 Vertex Editions are now legally importable to the US. Prices have started rising. The window for buying one before the collector market fully discovers it is roughly 18 months. 5. 1994 Subaru Impreza WRX Type RA In 1994, Subaru built a version of the Impreza WRX called the Type RA that stood for record attempt. This was not a marketing name, it was a description. The Type RA stripped weight aggressively, air conditioning deleted, sound deadening removed, rear wiper gone, power windows replaced with manual cranks. In practice, they were a liability waiver for passengers who wanted to experience what Colin McRae experienced every Saturday morning on a The EJ20b4 produced 250 horsepower in Type RA specification, roughly 30 more than the standard WRX delivered through Subaru's DCCD center differential, which allowed the driver to manually adjust the torque split between front and rear axles on the fly. 0-60 in 4.9 seconds. On loose surfaces, the gap between the Type RA and everything else grew wider the worse the conditions got, because worse conditions were precisely what this car had been built for. ProDrive, Subaru's rally partner, used the Type RA as the foundation for the car that won three consecutive World Rally Championship manufacturers' titles between 1995 and 1997. The road car and the rally car shared the same chassis, the same differential architecture, and approximately the same approach to the question of whether traction was optional. The road car did not share the rally car's 300-plus horsepower output, but owners discovered that the WRX STI's Garrett turbo bolted directly to the Type RA's intake manifold with no modification required. Clean 1994 Type RAs are extraordinarily rare outside Japan. The ones that surface at auction tell you everything you need to know about where collector interest is heading. 4. 1994 Toyota Supra RZ 2JZGTE Everyone knows the 880 Supra. The question is whether everyone understands it correctly. The popular understanding is that the Supra was fast because of the 2JZGTE engine, and that the engine was special because it made 276 horsepower. Both of those things are technically true and fundamentally misleading. The 276 horsepower was the voluntary cap that Japanese manufacturers agreed not to exceed for insurance and regulatory reasons. Every engineer in Japan knew the number was wrong. The 2JZGTE in the RZ specification produced closer to 320 horsepower at the crank from the factory, and the bottom end had been built to handle considerably more. The real specification was this, a closed deck block with forged internals, a head with symmetrical ports and dual overhead cams, and a twin sequential turbocharger system that eliminated lag across the entire rev range. 0 to 60 in 4.6 seconds with the 6 speed manual, quarter mile in 13.1 seconds. Top speed electronically limited to 155 miles per hour, a limit that was frequently exceeded by owners who found the limiter circuit with a 20 cent resistor. The reason the 2JZ became the most tuned engine in history isn't that it was powerful from the factory. Its factory construction was so over engineered that the path to 600 horsepower required nothing more than a turbo, a tune, and a strong fuel pump. Street cars running 700 horsepower on stock blocks are not unusual. The record on a closed deck factory 2JZ stands above 2,400 horsepower on specialized fuels, a number that the Dodge Demon's engineers would find either inspiring or humiliating, depending on how they look at it. 3. 1999 Nissan Skyline GT-RR 34 V-Spec The R34 was the last GT-R built before Nissan was forced to stop production by Japanese emissions legislation. They had 2 years to build it, they knew it was the end of a lineage, and the car they made reflects both of those facts. The RB26 and V-Spec specification produced a voluntary maximum of 276 horsepower at the crank. Independent testing produced a consistent 320 to 330 at the wheels. The Atesa ETS Pro all-wheel drive system, the Pro designation was exclusive to the V-Spec and indicated an active limited slip differential at all 4 corners could transfer torque between axles in 10 milliseconds. Active LSD response times in modern sports cars with a decade of additional development are often slower than that. 0-60 in 4.8 seconds on street tires. 0-60 in 4.1 seconds with launch control engaged on stickier rubber, according to contemporary magazine tests. The quarter mile in 13.0 seconds. Around a circuit, the R34 V-Spec was faster than cars with significantly higher power outputs because its chassis made use of its power more completely than anything else at its price point. Nissan built 11,578 R34 GT-Rs in total across all variants. The V-Spec numbered in the hundreds for specific model year configurations. Each one of them was built with the intention that it would be driven hard. The factory warranty covered track use in Japan in a way that no American performance car manufacturer has ever matched. The most expensive R34 sold at public auction through 2024 cleared $1.35 million. The least expensive clean V-Spec currently trading publicly is above $200,000. In 1999, the sticker price in Japan was the equivalent of approximately $45,000. The gap between those numbers is the story of what happens when a country's entire engineering culture focuses on a single problem for 30 years. 2. 2002 Honda NSX-R NA2 Honda built the original NSX in 1990 with Ayrton Senna as a development consultant. His specific contribution was a request that the steering and chassis feedback be redesigned to communicate more honestly with the driver, what he described as the car needing to tell the truth. Honda complied. Then, in 2002, they built the Type R version of the second generation NSX and asked what would happen if they told even more of it. The NSX-R NA2 stripped 264 pounds from the base NSX by removing the spare tire, replacing the battery with a lithium unit, replacing most of the interior trim with carbon fiber, and deleting the spare key, and sourcing a front bumper made entirely from a single carbon fiber sheet that was formed, trimmed, and fitted by hand. Every NSX-R received individual chassis, tuning from a single technician at Honda's Tochigi facility, a process that took approximately 40 hours per car. The result was a machine where every component related to every other component in a way that had been verified by a human being holding a torque wrench and a clipboard, not a robot following a protocol. The naturally aspirated 3.2 liter C32B V6 produced 290 horsepower and revved to 8,100 revolutions per minute with a sound that Honda's acoustic engineers had spent three years developing to be, in the words of one internal document emotionally true to the car's character, zero to 60 in 4.4 seconds. Lap times at circuits around the world that placed it ahead of cars with 150 more horsepower. Honda built 140 NSX-R NA2 units between 2002 and 2005. Each was available only in championship white, each had a sequential chassis number, and each was sold without a radio, not as a cost-cutting measure, but because Honda's testing team determined that the audio system's weight distribution effect was measurable in data they cared about. Clean examples currently trade between $400,000 and $700,000. The 140 that exist are almost certainly all accounted for. If one surfaces at an estate sale somewhere in Japan, the buyer will know the right number immediately. 1. 2012 Lexus LFA Nurburgring Package Lexus spent 10 years and an estimated $400 million building the LFA. The LFA used a 4.8 liter V10 developed with Yamaha that produced 552 horsepower and revved to 9,000 revolutions per minute. The rev speed was so fast that conventional analog tachometers couldn't respond quickly enough to display it accurately, so Lexus replaced it with a digital display calibrated to match the engine's response. Zero to 62 miles per hour came in 3.7 seconds. Top speed was 202 miles per hour. Of the 500 LFAs built, only 50 received the Nurburgring package. The package added a fixed carbon fiber rear wing, revised front aero, lowered suspension tuning, and a to 562 horsepower. The shift time also dropped from 0.2 seconds to 0.15 seconds. In August 2011, development driver Akira Iida drove a Nurburgring package LFA around the Nordschleife in 7 minutes and 14.64 seconds. That time was a production car lap record at the time of the run. Iida later described the car as reaching the limit of its capabilities at the same moment he reached the limit of his. That's not marketing, that's an engineer describing a machine operating exactly at its design ceiling. When Lexus announced the LFA would cost $375,000, the automotive press called it overpriced. The Dodge Demon runs 0-60 in 2.3 seconds. The LFA Nurburgring package takes 3.7. By that single metric, the Demon wins. But Dodge built the Demon to be the fastest drag car that could pass emissions. Japan spent 10 years and $400 million building something they couldn't explain to an accountant and couldn't justify to a board of directors. They built it anyway, that's the difference.