In the archives of St. Petersburg lies an unsolved case—blueprints for a self-propelled carriage that could have rewritten the history of motorsport before the French even coined the word "automobile."
🔍 1879. A man with an accent and burning eyes appears in the offices of the Russian Empire’s War Ministry. Ognjeslav Kostović—a Serbian subject who adopted the Russian name Ignatius—spreads out blueprints for an airship powered by an internal combustion engine. Not steam. Not gas. Gasoline. With electric ignition and an opposed-piston layout—a design the auto industry wouldn’t rediscover for another two decades. Kostović isn’t just pitching a flying machine. He’s pitching a revolution in motion.
⚙️ 1882, St. Petersburg. Construction begins on the airship "Rossiya" (Russia). Kostović builds an engine producing 80 horsepower—a figure that makes his contemporaries’ heads spin. For comparison: Benz and Daimler’s first cars, appearing three years later, put out a measly 0.75–1.5 hp. The Balkan engineer uses arborite—resin-bonded plywood, a material so light and strong that aviation would only appreciate it in World War I. But another idea is already taking shape in his workshop. If an engine can lift an airship into the sky, why not make it propel a carriage across the ground? Kostović sketches a "self-propelled carriage with an oil engine," designed for speed trials. Not for hauling cargo. Not for leisurely drives. For racing.
🎯 Kostović isn’t just obsessed with motion—he’s fixated on the limit. The airship "Rossiya" is conceived as the fastest flying machine of its time, capable of reaching 40 versts per hour (about 43 km/h). Faster than any train over short distances. But the earth is different. No air resistance to speak of. Here, you could accelerate to speeds that would make horses look like nature’s joke. His self-propelled carriage blueprints call for the same 80-horsepower engine, but mounted on a frame dozens of times lighter than the airship. The math is simple: less mass, more speed.
🔧 The carriage’s design is engineering audacity. An opposed-piston engine, where pistons move toward each other, delivers a low center of gravity and minimal vibration. Electric ignition—a technology the auto industry wouldn’t master until the 1900s—ensures stable performance at high RPMs. Kostović plans to use kerosene instead of gasoline—cheaper, more accessible fuel, but one that demands precise carburetor tuning. He calculates the carriage could hit 60–70 versts per hour (about 65–75 km/h)—a speed the first automobiles wouldn’t reach for another 15 years.
🏛️ But there’s a problem. The War Ministry is funding the airship, not ground experiments. Bureaucrats see Kostović as a builder of aerial fleets, not a racer. His requests for additional funds for "speed trials of a self-propelled carriage" are met with stony silence. Airships mean strategy, reconnaissance, bombing. A carriage? A toy. Kostović tries to explain: speed trials aren’t entertainment—they’re a way to test the engine under extreme conditions, find structural limits, refine the cooling system. But the bureaucracy is deaf to an engineer’s logic.
💰 1888. The "Rossiya" airship project grinds to a halt. Lack of funding. Kostović is left with a working 80-horsepower engine, a stack of blueprints, and no money to continue. The self-propelled carriage never progresses beyond sketches. Six years later, in 1894, the French newspaper "Le Petit Journal" organizes the Paris–Rouen race—126 kilometers, 102 entries, 21 qualified participants. The winner? Peugeot, with driver Albert Lemaître. The world declares this the first automobile race. No one remembers the Serbian engineer in St. Petersburg, who could have staged a similar trial a decade earlier.
🕵️ Why did Kostović lose? Not for lack of talent. Not for technological backwardness. His engine was more powerful, his design more advanced. The problem? He worked in a system where innovation had to serve war, not sport. The French, meanwhile, framed the race as a commercial spectacle. "Le Petit Journal" wasn’t looking for military applications—it was chasing a headline to sell papers. The Paris–Rouen race was a marketing campaign disguised as a competition. Kostović tried to convince generals. The French convinced readers.
⚖️ There’s another factor: infrastructure. By the 1890s, France already had a network of roads suitable for high-speed travel. A Napoleonic legacy—wide, straight, paved highways connecting cities. In Russia, roads were either mud, ruts, or cobblestones that would wreck a suspension in the first few kilometers. Kostović could have built the fastest carriage in the world—but where would he test it? Between St. Petersburg and Moscow? Down Nevsky Prospect? The French ran their race on a route already used by horse-drawn carriages. Kostović would have had to build the road before building the carriage.
🎭 The cruelest part? Timing. Kostović was ahead of his time by just enough to go unnoticed. If he’d realized his project in 1885–1886, the world wouldn’t have been ready to take the automobile seriously. Benz and Daimler were just beginning their experiments. If he’d waited until the 1890s, his engine would have been morally obsolete—more compact and efficient designs had already emerged. Kostović fell into the gap between "too early" and "too late." His 80-horsepower monster was too powerful for an era that saw cars as curiosities, and too cumbersome for an era that turned them into commodities.
📜 Kostović didn’t give up. In 1911, at the age of 60, he patented a triplane and an aerohydroplane—an aircraft capable of landing on water. His obsession with speed and motion never faded. But the automobile race remained a ghost in his biography. The blueprints for the self-propelled carriage are stored in archives, but no museum displays them as the "prototype of the first racing car." History prefers winners, not those who could have won.
🏁 The French Paris–Rouen race became the template for all subsequent motorsport. It proved the automobile wasn’t just a replacement for the horse—it was a new sport, a new industry, a new way to sell technology. Kostović proved only that a brilliant idea without funding or infrastructure is just paper. His engine could have become a legend. Instead, it’s a footnote in aviation history.
⚙️ The irony? Kostović’s technologies did make it into motorsport—just through other people. Opposed-piston engines, which he used in the 1880s, became the foundation for Porsche and Subaru in the 20th century. Electric ignition, which he pioneered in his airship, became the standard for all racing cars. His ideas won. But his name didn’t.
📌 2026. In Belgrade, Kostović’s hometown, a small museum dedicated to Serbian inventors opens. Among the exhibits: a copy of his self-propelled carriage blueprints. Next to it, a display asks: "What if?" Modern engineers from Belgrade University attempt to reconstruct his design using surviving sketches. Computer modeling shows the carriage could have reached 70 km/h—faster than any competitor in the Paris–Rouen race. But it remains a simulation.
🏎️ In Russia, Kostović’s name is nearly forgotten. His engine for the "Rossiya" airship is mentioned in aviation history textbooks, but not in automotive ones. In 2023, a group of enthusiasts from St. Petersburg Polytechnic University tried to locate the original carriage blueprints in the Military Historical Museum’s archives. They found only fragments—several pages of power calculations and a frame sketch. The rest is lost. Or destroyed. Or never finished.
🌍 Motorsport today is a billion-dollar industry. Formula 1, WRC, Le Mans—races that all trace back to that French gambit in 1894. Kostović could have been their godfather. Instead, he’s left as the detective who solved the case but never made the arrest. History closed his file. But the evidence remains.