The question of which car is considered the very first in human history often causes heated debate among historians and car enthusiasts. The answer directly depends on what exactly we mean by the concept of “machine”: a self-propelled mechanism powered by steam or a full-fledged car with an internal combustion engine, which is familiar to us today.
If we rely on the technical ability to move independently without the help of draft animals, then the palm should be given to steam units. It was they who laid the foundation for the entire modern automobile industry, proving that steam energy can be effectively converted into mechanical movement of wheels.
However, for most people car history begins not with puffs of steam, but with the advent of gasoline engines. Exactly Karl Benz and Gottlieb Daimler at the end of the 19th century, they created models of technology that became the direct ancestors of modern vehicles, changing the appearance of cities forever.
Steam firstborns: the era before gasoline
Long before petroleum products were poured into tanks, engineers experimented with the power of steam. The earliest documented self-propelled vehicle is considered to be steam tractor, created by the French engineer Nicolas-Joseph Cugnot in 1769. This three-wheeled monster known as Fardier à vapeur, was developed by order of the French army to transport artillery pieces.
Cugno's design was revolutionary, but extremely inconvenient to use. The machine had a huge mass, and its steam boiler was enough for only 15 minutes of movement, after which a long stop was required to light the fire and build up pressure. In addition, controlling this mechanism required incredible effort, and the braking system was virtually non-existent as a class.
Despite the technical shortcomings, it was this device that proved the conceptual possibility of creating autonomous transport. Unlike earlier toy models, Cugno's van could carry real cargo and travel on public roads, albeit at a low speed of about 4 km/h.
⚠️ Attention: Do not confuse the Cugno steam tractor with later steam cars. Its design had nothing in common with the cars we are used to, and its operation required the physical strength of several people.
It is important to understand that early steam engines were not created for personal transportation, but for industrial needs. They were bulky and required a constant supply of water and fuel (wood or coal), as well as a qualified fireman operator. However, they became an important stage of evolution engineering.
The gasoline revolution and the birth of the modern car
A real revolution in the automotive world occurred only in the second half of the 19th century, when steam was replaced by the internal combustion engine. In 1886 Karl Benz presented to the world his Motorwagen, which is officially considered the first car intended for commercial use and mass production.
The Benz three-wheeled carriage was equipped with a single-cylinder engine with a displacement of less than a liter, which developed a power of about 0.9 horsepower. It took a lot of time for this device to accelerate to a speed of 16 km/h, but the main thing was different: the car was reliable, relatively compact and could drive for hours without stopping.
In parallel with Benz, he worked on similar projects Gottlieb Daimler, who also introduced the four-wheeled car in 1886. It was the duo of these engineers and their subsequent merger of companies that determined the development automotive industry for decades to come.
- 🚗 Motorwagen - the first car with an internal combustion engine to receive a patent.
- ⚙️ The engine ran on naphtha (light gasoline) and had a water cooling system.
- 🔧 To start the engine, it was necessary to manually spin the flywheel, which was physically difficult.
It is noteworthy that Karl Benz's wife, Bertha, played a key role in popularizing the invention. She secretly stole her husband's car and drove it for the first ever long-distance run, proving the practicality of the new technology. This act became powerful marketing ploy, although it was not originally planned.
Comparison table: evolution of the first cars
To better understand the difference between the first attempts to create a self-driving car and the first real cars, let's look at their key characteristics in comparison. These parameters show how much technological progress has come in just a century.
| Characteristics | Cugno Steam Engine (1769) | Benz Motorwagen (1886) | Serpollet steam engine (1890s) |
|---|---|---|---|
| Engine type | Steam piston | Gasoline internal combustion engine | Steam (improved) |
| Maximum speed | ~4 km/h | ~16 km/h | ~30 km/h |
| Power reserve | ~2-3 km | ~100 km | ~50 km |
| Preparation time | ~45 minutes | ~5 minutes | ~20 minutes |
As can be seen from the table, the switch to gasoline provided a huge gain in autonomy and preparation time. If a steam engine needed to be “fed” and “watered” before each departure, then a Benz car could be started almost instantly by the standards of that time.
However, early gasoline cars suffered from a lack of infrastructure. Gasoline was sold in pharmacies as a cleaning agent, and there were critically few paved roads. Gas station network development became the second most important step after the invention of the car itself.
Why did steam engines disappear?
Steam cars lost out to gasoline cars due to low efficiency, long startup times and the danger of a boiler explosion. In addition, the laws of that time (for example, the Red Flag Law in England) artificially slowed down the development of high-speed transport, requiring that a person with a flag walk in front of the car.
Electric alternative: forgotten roots
Few people know, but electric carriages appeared almost simultaneously with gasoline ones, and in some aspects even ahead of them. At the end of the 19th century, electric cars were considered more prestigious, quieter and cleaner, without emitting a burning smell and without requiring a complex manual starting procedure.
A trolley created by a Scottish inventor is considered to be the first electric vehicle. Robert Anderson back in the 1830s, although it is difficult to call it a full-fledged car due to the primitiveness of the batteries. The real boom in electric vehicles came at the turn of the century, when they made up a significant share of the fleet in major cities in the United States and Europe.
The main advantage of electric cars of that time was ease of control: they did not require gear shifting or effort to crank the engine. This made them especially popular among women and the urban aristocracy, for whom mechanical complexity gasoline cars were a repulsive factor.
- 🔋 The batteries were lead-acid, very heavy and had low capacity.
- ⚡ The lack of an electric starter system made gasoline cars difficult to drive.
- 🏙️ Electric cars dominated taxis in large cities at the beginning of the 20th century.
⚠️ Attention: Early electric cars had an extremely low range (30-50 km) and a speed of no more than 30 km/h, which limited their use to city trips only.
The victory of the internal combustion engine at the beginning of the 20th century was due to the discovery of large oil fields and cheaper gasoline. In addition, the invention of the electric starter by Charles Kettering in 1912 eliminated the main inconvenience of gasoline cars - the need to start them manually.
Technical features of the first engines
Studying the design of the first machines, one may be surprised at their primitiveness. Engine Motorwagen It was a horizontally located cylinder with a large flywheel. The ignition system was glow: a platinum tube in the cylinder head was heated by a burner, and when compressed, the mixture ignited from its heat.
The transmission was also extremely simple. Benz's car used a belt drive that transmitted torque to the rear axle. There was actually only one transmission, and the role of the differential was played by the chain, which made the car prone to skidding when cornering.
To control power, a primitive carburetor with a wick evaporator was used. The fuel was supplied by gravity, and the speed was adjusted manually by the driver, which required constant attention and skill. Process automation then was only a distant dream of engineers.
☑️ Criteria for the first car
Although archaic, these mechanisms contained all the key elements of a modern car: chassis, engine, transmission and controls. Engineers at the time had to solve fundamental problems with material strength and thermodynamics to create a working prototype.
The impact of the first machines on society
The appearance of the first cars caused a mixed reaction in society. On the one hand, the progressive part of the population saw the future in them, on the other, conservatives and horse owners perceived “self-propelled guns” as dangerous, noisy garbage that frightened animals and spoiled roads.
Restrictive laws have been introduced in many countries. The most famous of these is the British Locomotive Act of 1865, known as "Red Flag Law". It limited the speed of "road locomotives" to 4 miles per hour outside the city and 2 miles per hour in built-up areas, requiring a person with a red flag to lead the way.
However, it was impossible to stop technological progress. Cars began to be used to deliver mail, transport goods, and as a means of transportation for doctors. They reduced travel time, expanded the boundaries of cities and gave rise to a new industry that became one of the main ones in the economy of the 20th century.
When studying the history of a car, pay attention to patents. It is the date of receipt of the patent that is often the official proof of the primacy of the invention, as in the case of Benz in 1886.
Current state and museum exhibits
Today, the originals of the first machines are of the greatest value and are kept in the best technical museums in the world. Original Motorwagen The Carl Benz is in the Deutsches Museum in Munich, and copies of it periodically participate in retro runs, demonstrating that these cars are still running.
Cugno's steam tractor has also been preserved and is on display in the Paris Museum. Arts et Métiers. Despite the fact that it is more than 250 years old, it remains a symbol of human ingenuity and perseverance in the quest to conquer space.
Studying these exhibits allows you to understand how difficult the path was from a wooden cart with a boiler to a modern electric car with an autopilot. History of technology is a chain of continuous improvements, where each invention is based on the experience of its predecessors.
The very first car in the world is not one specific instance, but the result of evolution: from Cugno’s steam tractor through electric cars of the 19th century to Benz’s gasoline Motorwagen, which set the standards for all subsequent cars.
Why is 1886 considered the year the automobile was born?
It was in 1886 that Karl Benz received patent No. 37435 for a “gas-powered carriage.” There had been experimental designs before this, but Benz's patent was the first to legally establish the concept of a car with an internal combustion engine as an independent vehicle.
Did cars exist before the invention of the engine?
Yes, there were muscle-powered (pedal) self-propelled vehicles and steam platforms. However, they either required human physical strength, or were too bulky and slow to be considered full-fledged cars in the modern sense.
Who invented the first four-wheeled car?
It is believed that the first full-fledged four-wheeled cars with internal combustion engines were the cars of Gottlieb Daimler and Wilhelm Maybach, created in 1886, shortly after the Benz patent. French steam tractors of an earlier period are also known.
What was the fastest speed of the first car?
First Motorwagen The Benz reached a speed of about 16 km/h. Later versions and competitors' cars could accelerate to 20-25 km/h, which at that time was considered extremely dangerous and high speed.