Ralph Nader’s durable complaint about Detroit was not simply that cars could be dangerous. It was that the industry had a recurring habit of selling theater while treating engineering discipline as negotiable. Unsafe at Any Speed fixed public attention on the Corvair, but the larger accusation was that styling, marketing, and cost-cutting were too often allowed to outrank mechanical honesty. That complaint feels current again. The costume has changed. The gimmick is no longer tailfins or swing axles, but family crossovers and electric trucks sold on supercar launch numbers, as if an astonishing 0 to 60 time were the same thing as a well-engineered performance car.
Tesla gave the genre its emblematic image when it promoted the Cybertruck by showing it beating a Porsche 911 while towing another 911. The spectacle worked because the modern market already wants to believe that the family hauler has inherited the supercar’s soul. MotorTrend reran the stunt with a Cybertruck Beast and a 911 Carrera T and found that the Porsche still won every quarter-mile run when the truck had the trailer attached. Tesla currently advertises the Cyberbeast at 2.6 seconds to 60 and 320 miles of range, but MotorTrend’s real-world towing test of a dual-motor Cybertruck with a 3,170-pound trailer returned 160 miles. Great internet, thin proof. The launch number is real. The implication that the vehicle has therefore become a coherent performance machine is not.
This is how far the baseline has moved. Car and Driver clocked the 1983 Lamborghini Countach 5000S to 60 mph in 5.4 seconds. Volvo now quotes 4.6 seconds for the twin-motor EX40, a compact electric crossover bought by sane adults for quietness, warranty coverage, and heated seats. MotorTrend got the current Honda Odyssey to 60 in 6.8 seconds. Porsche quotes 3.1 seconds for the Macan Turbo Electric with launch control, and GMC advertises as little as 2.8 seconds for the Hummer EV 3X pickup. Speed once marked out specialist machinery, cost, compromise, and intent. Now it arrives bundled with cupholders, rear USB ports, child-seat anchors, and an available hands-free liftgate. The violence is dressed for Trader Joe’s.
The democratization of speed is not itself the problem. Clean merges are good. Confident passing is good. Quiet reserve in a heavy daily driver is good. Historically, though, rapid cars made their case by asking something in return. They sacrificed comfort, refinement, price, trunk space, fuel economy, rear-seat dignity, or some combination of all five. Later, the best sports sedans learned how to do more than one thing well, but the performance still belonged to a complete machine. What feels off now is not that ordinary vehicles are quicker. It is that extreme acceleration is being scattered across the market with very little regard for whether the rest of the vehicle, or the actual life of the buyer, has any use for it. In too many cases the speed is not purposeful performance. It is incidental performance. It is there because it was easy to add, easy to bundle, and even easier to advertise.
Electric propulsion is what made that collapse of meaning possible. An electric motor does not care whether it sits in a low sports sedan or a tall family pod. Feed it current, fit enough tire, write a competent launch-control routine, and the brochure prints a heroic number. When performance is difficult, it tends to be deliberate. When performance is easy, it gets sprayed around as garnish. The quickest versions of many current EV lines are simply the upper powertrains, the dual-motor layouts, or the more expensive battery-and-equipment combinations, which means buyers often acquire absurd thrust as a side effect of shopping for range, traction, or amenities. The stopwatch starts replacing the chassis engineer. Torque becomes a parlor trick. Output gets mistaken for depth.
That confusion matters because straight-line speed has never been the same thing as a performance car. A performance car is a settlement among power, mass, tire, brake, cooling, steering, damping, and control. It is a whole argument. The new electric crossover often skips the argument and goes straight to the punchline. More motor, more current, more launch control, more triumphalist press copy. This is not engineering in the fuller sense. It is abundance misnamed. That is why so many of these machines feel less like true driver’s cars than like the return of the old muscle-car bargain in new packaging: spectacular in one dimension, vague in the rest. The difference is that the old muscle era at least announced its rough edges honestly. A buyer knew what he was buying. The modern version is more slippery. It wears the language of sophistication while asking to be judged by the oldest trick in the book.
The public-road context makes the absurdity harder to defend. The Federal Highway Administration notes that a pedestrian struck by a vehicle at 30 mph faces about a 45 percent chance of death, versus about 5 percent at 20 mph. That is why transportation agencies keep fixating, correctly, on lower urban speeds. On ordinary streets the important engineering questions are whether a vehicle sees well, stops well, rides properly, communicates clearly, and makes its power usable without turning every merge into amateur night. A 3-second launch in a commuter crossover is not transportation progress. It is a parlor trick with cupholders. It may impress the neighbors once. It does not do much for the second year of ownership, for driver judgment, or for the school-zone crosswalk.
Once speed becomes cheap, the neglected systems stand out. The Hummer EV is the cleanest example because subtlety was never invited. GMC advertises the 3X pickup at as little as 2.8 seconds to 60. MotorTrend listed the Hummer EV SUV at about 8,900 pounds, then measured a 142-foot stop from 60 mph in comparison testing against a Rivian R1S Quad, which stopped in 107 feet. That 35-foot gap is not trivia. It is the physical distance between a number engineered for headlines and a vehicle engineered as a whole. Physics, tedious creature, remains employed even when the marketing department starts talking about Watts to Freedom. The Hummer is only the loudest case. The broader problem is cultural and technical at once: every celebrated tenth shaved from the launch time of a five-seat appliance is energy, tire, cooling, software, and development attention that could have been spent on ride quality, efficiency, charging performance, price, visibility, or brake feel.
The result is a flattening of meaning. Straight-line speed used to tell you something about what a car was for. Now it often tells you only that the manufacturer had enough battery, enough motor, and enough nerve to print the result. When a compact crossover, a luxury EV, and a giant electric truck can all post numbers that would once have made a Countach look serious, straight-line speed ceases to sort the market in any useful way. That could have been liberating. Instead it often feels cheapening, because output has been severed from intent. What remains meaningful is the harder thing: balance, repeatability, composure, and the felt integrity of the machine after the launch is over.
Purposeful absurdity still exists, and it clarifies the problem. The Dodge Challenger SRT Demon was ridiculous, but it was honest. Dodge built it as a drag-strip special, officially quoting 840 horsepower on high-octane fuel, 2.3 seconds to 60, and a 9.65-second quarter-mile. The famous Demon Crate cost $1 because the whole car was a ritual of intent. Nobody bought one by accident. Nobody mistook it for a school-run appliance that happened to have a supercar launch as a side effect. The car had a job, and every compromise announced that job in a clear voice. It was excessive, juvenile, magnificent, and above all legible. There is a real difference between a machine designed around a single silly purpose and a practical appliance that acquires the same violence because the underlying electrical architecture made it convenient.
The same is true of the Cadillac CT5-V Blackwing, only in a different dialect. The point of that car is not just that it has a 668-hp supercharged V-8 and a 6-speed manual. Cadillac pairs the engine with Magnetic Ride Control, Brembo brakes, and, in the Precision Package, stiffer springs, revised suspension hardware, recalibrated chassis systems, and available carbon-ceramic brakes. The speed belongs to a complete machine. That old compact between driver and engineer is still legible: if you ask for serious performance, the rest of the car had better show up dressed for the same event. The Blackwing is not important because it is nostalgic. It is important because it still understands that launch numbers are the beginning of the conversation, not the whole argument.
Even in the electric era, coherence is possible. Hyundai’s Ioniq 5 N matters because Hyundai refused to stop at the motor. The company talks about a specific N-tuned braking system with larger discs and a 4-piston front caliper, 0.6 g regenerative braking, enhanced battery cooling, and battery preconditioning modes for drag and track use. Porsche makes the same argument with more polish. Taycan development has long emphasized active cooling-air management for both thermal control and the brakes, and Porsche’s own Nürburgring work made the point in public with a 7:07.55 lap by a pre-production Taycan in 2024. These cars are not merely quick appliances. They are fast cars whose engineering continues after the launch is over. They may not be to every taste, but they do the fundamental thing correctly: they treat acceleration as one instrument in the orchestra rather than the entire performance.
The answer is not gatekeeping. Accessible power is good. Quiet competence is good. The ability to get a heavy vehicle out of its own way is good. The answer is coherence. If an automaker wants to sell supercar acceleration in a family crossover, then the brakes, cooling, tires, steering, suspension, and controls need to be developed to the same standard. If the buyer mainly wants calmness, value, range, visibility, and comfort, then the money should go there instead. Three-second acceleration should be something a customer asks for, not a background consequence of the upper powertrain. Speed is still marvelous when it has a job. What has grown tiresome is speed as garnish: effortless, contextless, and sold as virtue in itself. The industry once learned, expensively, that power handed out faster than judgment, braking capacity, and chassis discipline has consequences. It would be very like the car business to relearn the same lesson in silence.