27.05.2026

8 Surprising Facts About Plastics

Astronaut in Raumanzug auf der Mondoberfläche vor dem Weltallhintergrund; Copyright: Oleg_Yakovlev – stock.adobe.com
Plastics have already made many historic milestones possible that we now take for granted. Did you know that even Neil Armstrong's helmet was made of plastic? Copyright: Oleg_Yakovlev – stock.adobe.com

27.05.2026

What do the invention of the LEGO brick in 1949, the moon landing in 1969 and Sebastian Sawe's marathon record in London in 2026 have in common? Without plastics, they would hardly have been possible. Eight surprising facts show how plastics shape everyday life and technology.

Banner mit der Aufschrift
Banner mit der Aufschrift "Star Wars" links und einem Droiden rechts; Copyright: creative – stock.adobe.com

1. 'Star Wars' would look very different without plastics

Many of the droid costumes from the 'Star Wars' films were made using thermoformed plastic parts. This process enables precise shapes with low weight – ideal for elaborate film costumes and props.

Why this matters: Plastics enable detailed designs with low weight. That is why they are used not only in industry, but also in film and entertainment.

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Banner mit der Aufschrift "Marathon" links und Laufschuhen rechts; Copyright: freezeframe – stock.adobe.com

2. Running shoes are transforming the marathon – thanks to plastics

Modern running shoes contain special plastic foams and carbon plates. They store energy, improve running efficiency and enable peak performance. Some models are now so high-performance that sports associations have introduced rules regarding sole height and carbon plates.

Why this matters: Material innovations in plastics can influence sporting performance to such an extent that they even lead to new competition rules.

Banner with the word 'PET bottle' on the left and a PET bottle on the right; Copyright: Kornienko Alexandr – stock.adobe.com
Banner with the word 'PET bottle' on the left and a PET bottle on the right; Copyright: Kornienko Alexandr – stock.adobe.com

3. A PET bottle is high-tech for everyday life

A single PET bottle consists of countless interconnected plastic molecules. The material is lightweight, sturdy and flexible at the same time – properties that make PET an important packaging material worldwide.

Why this matters: Even seemingly simple everyday products are based on complex materials research and precise processing technology.

Banner with the word 'Car' on the left and a car on the right; Copyright: algre – stock.adobe.com
Banner with the word 'Car' on the left and a car on the right; Copyright: algre – stock.adobe.com

4. Plastics make cars lighter

Many components in modern vehicles are now made of plastic rather than metal. This has made cars significantly lighter. This saves fuel or increases the range of electric vehicles. Today, plastics account for around 15–20% of a vehicle’s weight.

Why this matters: Lightweight construction plays a central role in more sustainable mobility and more efficient vehicles.

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Banner mit der Aufschrift "LEGO" links und Klemmbausteinen rechts; Copyright ArtificialHorizons – stock.adobe.com

5. LEGO bricks have been made from the same plastic for decades

The famous LEGO brick is made from ABS plastic, a particularly robust and durable material. The basic principle has remained virtually unchanged since 1958. That is why old and new bricks still fit together perfectly today.

Why this matters: The durability of modern plastics ensures that toys function reliably for decades.

Banner with the word 'Airplane' on the left and an airplane on the right; Copyright: Clementine – stock.adobe.com
Banner with the word 'Airplane' on the left and an airplane on the right; Copyright: Clementine – stock.adobe.com

6. Modern aircraft fly with plastic composites

Today's long-haul aircraft consist of over 50% plastic-based composites. These materials combine low weight with high stability and help to reduce fuel consumption and emissions.

Why this matters: Without lightweight plastic composites, modern, fuel-efficient aircraft would be virtually impossible.

Banner with the word 'Moon landing' on the left and an astronaut on the right; Copyright: ibreakstock – stock.adobe.com
Banner with the word 'Moon landing' on the left and an astronaut on the right; Copyright: ibreakstock – stock.adobe.com

7. Plastic was even part of the moon landing

Plastic also played a key role in the Apollo 11 mission in 1969: Neil Armstrong's helmet was made of sturdy polycarbonate. The material was lightweight, impact-resistant and offered clear vision at the same time.

Why this matters: Plastics are used even under extreme conditions – even in space.

Banner with the word 'Skilled workers' on the left and two people wearing safety helmets on the right; Copyright: Halfpoint – stock.adobe.com
Banner with the word 'Skilled workers' on the left and two people wearing safety helmets on the right; Copyright: Halfpoint – stock.adobe.com

8. Countless skilled workers are behind plastics

In Germany alone, tens of thousands of people work in plastics processing – from machine operation and materials development to quality control. The industry combines technology, sustainability and modern production.

Why this matters: The plastics industry offers a wide range of career paths for people with a diverse range of interests and talents.

Discover plastics – and get to know the industry behind them

Whether in sport, transport, space travel or everyday life: we encounter plastics everywhere. Behind many innovations are people who develop materials, operate machinery or research new applications.

Want to find out more about jobs, training and career paths in the plastics and rubber industry?


Visit K and get to know the industry up close!

Elena.jpg
The portrait was generated by AI.

Author: Elena Blume | K-Mag

Elena Blume has been writing for various industry magazines for eight years and joined the K-Mag editorial team in 2021. She is particularly interested in topics related to innovative plastics solutions that contribute to sustainability and address current challenges relevant to industry and society.

Key Takeaway:

Plastics are more than just packaging – they enable innovations ranging from medical technology to space travel and often shape our everyday lives without us even noticing.