The worst car ever: A brief history of Socialism’s Trabant

Most people can tell you the worst car they’ve owned. For me, the award goes to the 1994 Saturn SL2. I got the car from my future brother- and sister-in-law in 2007 after my reliable Toyota Corolla (God rest her soul) finally died. They offered to give me the car, but I insisted on giving them a few hundred dollars.

Old car used as decoration and flower pot in a garden

From CFACT

By Jon Miltimore

There’s no shortage of awful vehicles produced in the 20th century. The Trabant, however, tops them all.

Most people can tell you the worst car they’ve owned. For me, the award goes to the 1994 Saturn SL2. I got the car from my future brother- and sister-in-law in 2007 after my reliable Toyota Corolla (God rest her soul) finally died. They offered to give me the car, but I insisted on giving them a few hundred dollars.

My Saturn’s only virtue was that it got great gas mileage, probably because it topped out at 77 mph (when it began to shake) and had as much acceleration as a rhinoceros after a Thanksgiving meal. Cramped and low-riding, it made you feel like you were driving a clown car or a big wheel. It was made of some cheap plastic-like substance.

The day my Saturn’s transmission went out, I was at my friend’s wedding, serving as a groomsman. We were leaving a bar to drive to the reception, but when we got in my car the engine wouldn’t turn. When the tow truck driver arrived, I thanked him and handed him the keys. I never saw the car again.

As bad as my Saturn was, it was not the worst car in history. In fact, my Saturn was a luxury car compared to the Worst Car Ever award-winner. That distinction goes to the Trabant, a dreadful vehicle produced from 1957 to 1990 by the former East German car manufacturer VEB Sachsenring Automobilwerke Zwickau.

A Long, Distinguished List

There’s no shortage of awful vehicles. The Ford Edsel, which debuted in 1955, was famously ugly. The Delorean is remembered fondly today because of Back to the Future, but it’s easy to forget that its poor design—it was notoriously heavy and had a weak engine—left its creator broken and bankrupt.

80S 1980S GIF - Find & Share on GIPHY

The Gremlin, a car produced by American Motors Corporation, a company that went belly up in the Reagan era, looked like it was designed for an actual gremlin; worse, it handled poorly and had lousy suspension. And let’s not forget Ford’s Pinto, whose engineering flaws included a combustible fuel tank that may have inspired this famous Fight Club scene and most definitely inspired this Top-Secret scene. (Sidebar: if you haven’t watched Top Secret, you’re missing out.)

The Trabant, however, tops them all.

The Trabant ‘Smoked Like an Iraqi Oil Fire’ and Cost a Year’s Wages

The smoke-belching Trabant, affectionately known as the “Trabi” to people who never had to drive one, debuted in East Germany in November 1957. Initially, the car was not a disaster, at least not entirely. In fact, it had some enviable attributes for its era. Its much-mocked duroplast body was an innovation at the time of its introduction. The vehicle’s front-wheel-drive transmission system and independent suspension were also modern advancements, one Trabant driver notes.

That, however, is where the vehicle’s virtues stop and its problems begin.

It wasn’t that the Trabant had a weak two-stroke engine, though it did. It wasn’t just that the Trabant was made with recycled waste (usually from wool or cotton), though it was. It wasn’t that Trabants topped out at 60 mph and “smoked like an Iraqi oil fire,” as one writer put it.

No, the Trabant’s biggest problem was that it never really improved. Perhaps it’s no surprise that the 1957 Trabant had no tachometer, no turn signal, no seat belts or fuel gauge, no trunk liner, and used an oil/gas mix. The fact that these basic amenities were still missing when Taylor Swift was born is a bit more surprising. Indeed, when the last Trabant was produced in 1989 it still topped out at about 60 mph, which it took 21 seconds to reach from a stop. The Aston Martin Virage, which debuted the same year, took 6.5 seconds.

Aston Martin Cars GIF - Find & Share on GIPHY

Perhaps just as shocking is how much a Trabant cost. The P601 model, which hit production lines in 1963 and was the most heavily produced Trabant, was listed at 7,450 eastern marks by the state ($1,862 USD in 1963, $15,600 in 2019). The average monthly income of an East German in 1960 was 558 marks, which means a Trabant cost more than an entire year’s wages for a typical worker, and it was paid in advance.

Trabants, however, were actually even more expensive. Because of automobile scarcity, on the second-hand market, a used Trabant sold for more than double the price of a new one, says Eli Rubin, an associate professor of history at Western Michigan University. Why were people paying so much for such a janky vehicle?

East Germany’s other car, the Wartburg, a steel beast (well, critter, anyway) with twice the horsepower as a Trabant that went for thrice the price, was produced for export (and Party VIPs). Indeed, despite its few amenities and poor reliability, East Germans considered themselves lucky just to get a Trabant. The average waiting period was 10 years.

When the Wall Fell

Despite its many problems, a total of 2,818,547 Trabant 601s were produced—all of which became obsolete on November 9, 1989.

On that day, the Berlin Wall fell. With the grotesque scar that had marred Germany removed, the poor Trabant’s days were about over. Richard Leiby, a longtime editor at The Washington Post who wrote a book on the unification of Germany, says with its puny engine and lack of pollution controls, the Trabant was “clearly inferior to just about any automobile manufactured in Europe.”

Trabants spewed four times as much pollution as typical European vehicles, which meant they did not meet emission standards in other European nations.

Many Trabants were sold for as little as a few marks. Others were simply given away or abandoned as families fled to Western Europe. One reason for this was that European nations didn’t want them. Trabants spewed four times as much pollution as typical European vehicles, the historian Victor Sebestyen notes in Revolution 1989: The Fall of the Soviet Empire, which meant they did not meet emission standards in other European nations. But that didn’t stop thousands of Germans from using them to migrate westward on what some remember as “the Trabi Trail.” (In Czechoslovakia, the event was dubbed the Trabi Invasion.)

The Trabant’s Legacy

Despite being a dreadful automobile, quite possibly the worst ever produced on a mass scale, the Trabant holds an important place in history. It is the car that “gave Communism a bad name,” a vehicle so inferior to automobiles produced in Europe and America that few could deny the system’s failings. It became, in short, a joke.

And its memory lives on. On Saturday, the International Spy Museum in Washington, DC, will host the 13th annual Parade of Trabants to commemorate the fall of the Berlin Wall. On L’Enfant Plaza, history buffs, car enthusiasts, and Trabant owners will gather to celebrate and marvel at some of the 33,000 Trabants still in existence today.

May the memory of the Trabant live on forever.

This article originally appeared at FEE

If fossil fuels come from fossils, why have scientists found them on one of Saturn’s moons?

Dr Willie Soon unleashes on the failures of climate change and modern science for 40 minutes with Tucker Carlson (see below). As an opening he explained how one of Saturn’s moons has more liquid fuel than than all the oil and gas deposits of Earth, which rather pokes a hole in the idea that fossil fuels are only ever made from fossils.

By Jo Nova

They didn’t tell us, the term “fossil fuels” might be wrong too

Dr Willie Soon unleashes on the failures of climate change and modern science for 40 minutes with Tucker Carlson (see below). As an opening he explained how one of Saturn’s moons has more liquid fuel than than all the oil and gas deposits of Earth, which rather pokes a hole in the idea that fossil fuels are only ever made from fossils.

Essentially a frozen, lifeless moon with no dinosaurs, forests or peat bogs, somehow has lakes of methane.  Not only does Titan have liquid seas of hydrocarbon fuel — but we’ve known this for years. In fact even in 2005 a NASA scientist quietly admitted that Titan had methane that wasn’t made from fossils. But where was NASA in the 18 years since?

Soon explains that Titan proves that abiotic oil and gas formation is true. In 2009 an experiment showed that when methane is put under great pressure like the kind we find 50-100 miles underground, it can form more complex hydrocarbons. (Kolesnikov). Several papers in the last dozen years find more exotic kinds of polycyclic aromatic hydrocarbons all over the place, like in Titan’s atmosphere and even forming in deep cold interstellar space. (Zhao, Parker, Freissinet) They also found benzene on Mars.

On his CERES sites, Willie Soon explains that in practical terms,  we don’t know how much of the oil and gas on earth is made without fossils (in an abiogenic process). It could be forming 50 to 100 miles down, but we’re only drilling 6 to 8 miles deep. I seems we have little idea. Even if abiotic oil exists on Earth, it may form too slowly to be useful. Though there have been these odd claims out there for years that some oil fields are refilling.

What we do know, says Jo, is that they’re not trying to understand this, and they’re not trying to tell us the whole truth either.  We’ve taught two generations of children that there is one simple narrative, and if you questioned it you were an idiot. Isn’t it time a civilization dependent on these fuels had an honest discussion about where they came from?

There’s a lot more in the interview about his experience at Harvard, and climate science and the sun.

Willie Soon worked at Harvard in astrophysics for 31 years but prefers the freedom to say what he thinks and to research what he wants. He co-founded CERES-Science where you can find his other latest papers.

Help support Tucker’s work by joining his Tucker Carlson Network — TCN.

Thanks to all the readers who’ve mentioned abiotic oil over the years. Konrad, Garry Meyers, Bobl , theRealUniverse, Latus Dextro, OriginalSteve. William Astley, Beijing Yankee, Another Ian, Zane suggests “F. William Engdahl’s 2012 book ” Myths, Lies and Oil Wars “.”, plus Skeptical Sam and Chris (and others too).

REFERENCES

Kolesnikov, A., Kutcherov, V. & Goncharov, A. Methane-derived hydrocarbons produced under upper-mantle conditions. Nature Geosci 2, 566–570 (2009). https://doi.org/10.1038/ngeo591

Mastrogiuseppe, M., Poggiali, V., Hayes, A.G. et al. Deep and methane-rich lakes on Titan. Nat Astron 3, 535–542 (2019). https://doi.org/10.1038/s41550-019-0714-2

Hayes, Alexander (2016) The Lakes and Seas of Titan, Annual Review of Earth and Planetary Sciences, Vol. 44:57-83 (Volume publication date June 2016)

Zhao, L., Kaiser, R.I., Xu, B. et al. Low-temperature formation of polycyclic aromatic hydrocarbons in Titan’s atmosphere. Nat Astron 2, 973–979 (2018). https://doi.org/10.1038/s41550-018-0585-y

C. Freissinet, et al (2015) Organic molecules in the Sheepbed Mudstone, Gale Crater, Mars, JGR Planets, AGU, https://doi.org/10.1002/2014JE004737

Dorian S. N. Parker and colleagues (2011), Proceedings of the National Academy of Sciences, https://doi.org/10.1073/pnas.11138271. [Link down, it may refer to this paper “Low temperature formation of naphthalene and its role in the synthesis of PAHs (Polycyclic Aromatic Hydrocarbons) in the interstellar medium”, https://doi.org/10.1073/pnas.1113827108%5D

Titan, by Imsofinite

Enceladus, Previous Speedster

Enceladus is named after a giant in Greek mythology. Enceladus has the whitest, most reflective surface in the solar system. The moon creates a ring of its own as it orbits Saturn—its spray of icy particles spreads out into the space around its orbit, circling the planet to form Saturn’s E ring.

From AAS Nova

By Ben Cassese

A mechanical orrery, a device used to represent the motions of planets and their moons [Sage Ross, CC-BY-SA-3.0]

Enceladus, one of Saturn’s moons, is currently being tugged around and heated up by another moon named Dione. How the two ended up in this arrangement is a mystery, since to get there, Enceladus must have avoided getting caught up in a resonance with another moon named Tethys. A recent article offers a possible explanation: Enceladus may have blitzed over to its current position in a short-lived burst of speed.

Enceladus, as seen by the Cassini mission in 2015. [NASA/JPL-Caltech/Space Science Institute]

Dynamic Moons

We typically imagine that moons circle their host planets with clockwork regularity, meaning that they precisely trace out the same path at the same speed for all time. However, true reality cannot be described by a system composed of rigid gears. Instead, moons very slowly change their orbits, wandering around to different separations, eccentricities, and inclinations. Through simulations of their motions over millions of years, astronomers can reveal that what initially looks dull and regular is actually just a snapshot of rich, dynamical behaviors.

Predicting these motions is a challenging task since moons are motivated to wander by forces that are difficult to model. Moons are not homogenous, inflexible solid spheres, meaning they can “squish” and “relax” repeatedly as they get tugged around. This squishing, referred to as tidal interactions, saps energy from the moons’ orbits by converting it to heat that warms up the rock and ice of each moon. Describing this behavior relies on knowing quantities that are difficult to measure, such as the composition and interior structure of the planet and each moon.

An illustration of how Encleadus’s speed affects its response to a resonance. When moving faster (right panel), Enceladus mostly skips over the resonance and remains at a lower inclination compared to the inclination it would have reached had it been moving slower (left panel). Click to enlarge. [Ćuk and El Moutamid 2023]

Obstacle to Dione

An illustration of how Encleadus’s speed affects its response to a resonance. When moving faster (right panel), Enceladus mostly skips over the resonance and remains at a lower inclination compared to the inclination it would have reached had it been moving slower (left panel). Click to enlarge. [Ćuk and El Moutamid 2023]One of Saturn’s many moons, Enceladus, is currently caught in a resonance with another moon named Dione, meaning it completes nearly exactly two laps around Saturn each time Dione circles the planet once. This configuration greatly enhances tidal forces, and Enceladus is so affected by tides that at least a portion of its icy interior has melted into a subsurface ocean.

But how did the pair of moons reach this configuration? By asserting a guess about the parameters that govern the system’s tidal parameters, astronomers can simulate the motion of the moons over millions of years, then check how well their arrangement matches the present day. This was the technique used by Matija Ćuk (SETI Institute) and Maryame El Moutamid (Cornell University) in their recent article that revealed an interesting conclusion: to have reached its current resonance with Dione, Enceladus must have crossed through a region of parameter space where it risked getting trapped into a resonance with a different moon, Tethys.

Dione, whose radius is roughly equal to the distance between Boston and Baltimore. This image was taken with the Cassini spacecraft’s narrow-angle camera on June 22, 2017. [NASA/JPL-Caltech/Space Science Institute]

Spurt of Speed

The fact that we see Enceladus in a low-inclination resonance with Dione today implies that it must have blitzed through this other resonance, drifting so quickly that it managed to skate through unaffected. It could not have kept up this speed for long, however, otherwise it would have been swallowed by Saturn by now. Instead, Ćuk and El Moutamid posit that Enceladus must have experienced a short-lived burst of tidal evolution, a time in which it managed to hop over a resonance with Tethys only to get stuck in one with Dione.

Exactly what caused this burst is unclear, as are the effects of complicated resonances with the fluid interior of Saturn itself. Even so, just by knowing this burst happened, astronomers can another chapter to add to the complex history of this fascinating, watery moon.

Citation

“A Past Episode of Rapid Tidal Evolution of Enceladus?” Matija Ćuk and Maryame El Moutamid 2023 Planet. Sci. J. 4 119. doi:10.3847/PSJ/acde80