On the Fast Track: Navigating the 3D Printed Car Landscape

3D Printed Cars Are Rapidly Emerging as a Technological Marvel in the Automotive Industry. Once Limited to Prototyping, Additive Manufacturing Is Now Transforming the Way Cars Are Made. It’s Not Just About Novelty; 3D Printing Plays a Pivotal Role in Various Applications, From Prototyping to Mass Production and Even Restoration.

These Vehicles Contain a Mix of Materials, Making 3D Printed Parts Indispensable for Both Plastic and Metal Components. Fused Deposition Modeling (Fdm) Is Favored for Plastic End-Use Parts, While Selective Laser Melting (Slm) Is Employed for Robust Metal Components. Regardless of the Application, Additive Manufacturing Finds Its Place in the Automotive World.

As We Explore Ten of the Coolest 3D Printed Cars, You’ll Notice Fdm and Slm Technologies Predominantly Used for Mass-Produced Elements, While Other Printing Methods Serve for Unique Concepts and Prototypes.Prepare for an exciting journey as we explore how 3D printing revolutionizes the automotive industry!

3d printed car

Part 1: The Impact of 3D Printed Cars on the Automotive Industry

The integration of 3D printing in the automotive sector has unleashed a wave of innovation, offering numerous advantages. Firstly, the efficiency and speed of 3D printing have transformed the industry, streamlining production, reducing lead times, and enabling rapid design iterations.

Mass customization is an exciting prospect, enabling the creation of unique vehicles tailored to individual preferences.Additionally, 3D printing's emphasis on weight reduction enhances fuel efficiency, benefiting the environment and consumers. This technology is revolutionizing the automotive industry by pushing boundaries and paving the way for efficiency and personalization.

3d car printer

Part 2: Revolutionizing the Automotive Industry with 3D Printed Cars and Models

Integrating 3D printing into the automotive sector is revolutionizing the industry. Selecting suitable 3D modeling software is the first step in the creation of 3D printed cars or car models. Versatile software designed for mechanical and engineering applications facilitates efficient car design, offering simulation features and realistic rendering for presentations.

The choice of 3D printing materials is crucial, with Polypropylene, Polyamide 6, TPU, and sustainable Nylon PA11 gaining prominence. These materials enable the production of interior components, dashboard parts, and customized car elements.

Customization is a defining feature of 3D printing, making it feasible to craft unique vehicles tailored to individual preferences. Furthermore, innovative structures are employed to reduce car weight, enhancing fuel efficiency and environmental sustainability.

3d print car

Part 3: 8 Examples of 3D Printed Cars


The 21C, Czinger Vehicles' flagship, stands as the world's first 3D-printed hypercar. An overwhelming portion of its chassis, suspension system, and engine components are created using 3D-printing technology. With a $2 million price tag, it accelerates from 0 to 60 mph in 1.8 seconds and reaches top speeds of 253 mph. This innovation follows Czinger's pioneering work on the Blade, another remarkable 3D-printed car developed by Czinger and Divergent Technologies.

  • Manufacturer:Czinger Vehicles
  • Materials: Metal
  • Speed: 253 mph
  • Price: $2 million

3.2: YOYO of XEV

The XEV Yoyo, previously named LSEV, is among the rare 3D printed cars available to the public. Designed for urban use, it's a compact electric car produced in collaboration with Polymaker, a filament manufacturer. Aside from certain elements like tires, windows, seats, and chassis, both its interior and exterior are 3D printed. Weighing merely 450 kg (battery excluded), it boasts a 150 km (90 miles) range and reaches a top speed of 80 km/h (43 mph). Utilizing a unique 3D printing production line, the Yoyo maximizes manufacturing efficiency and customization options.

  • Manufacturer:XEV and Polymaker
  • Materials: ABS
  • Technology: FDM
  • Price: $15,000


Bugatti, a luxury car manufacturer, has been at the forefront of high-end automotive companies adopting 3D-printing since 2018. Using SLM technology, it prints parts from titanium, carbon, and ceramics. Notably, the Bolide, their latest hypercar, incorporates various 3D-printed elements, such as brake components, brackets, and a titanium pushrod suspension system, enhancing its lightweight design. This hypercar boasts impressive speeds of 310 miles per hour, ranking it among the world's fastest. Despite its substantial price of 4 million euros (approximately $4.2 million), all 40 Bolides produced have been sold.

  • Manufacturer:Bugatti
  • Materials: Metal and ceramics
  • Speed: 310 miles per hour
  • Price: $4.2 million

3.4: Formula 1 Renault R.S.19

In 2019, American manufacturing firm Jabil joined forces with the Renault Formula 1 team to employ 3D printing in crafting lightweight components for their race car, the Renault R.S.19. The exact materials and technologies remain undisclosed, but Jabil's vice-president has indicated that the collaboration would expedite chassis and on-car component production significantly.

In the competitive realm of motorsports, where a car's design significantly impacts race outcomes, 3D printing has become an appealing manufacturing method. It allows for the creation of parts with the desired strength-to-weight ratio. Since then, more Formula 1 teams, including Alfa Romeo, have embraced 3D printing to adapt to spending caps.

  • Manufacturer:Renault and Jabil
  • Status: Operational concept
  • Printed material: Undisclosed
  • Price: Not specified

3.5: Nio EP9 Concept

Concept vehicles are typically automotive exhibits that showcase innovative designs and technology. The EP9, designed by Vital Auto for Nio, stands as a remarkable exception with a price tag just under $3.5 million. It's the world's fastest and priciest electric vehicle (EV). 3D printing played a pivotal role in its rapid 18-month design and development. Vital Auto utilized Formlabs Fuse SLS and Form 3L SLA printers to prototype parts in-house, significantly reducing costs and lead times. For Vital Auto, 3D printing is an integral part of their creative process.

  • Manufacturer:Vital Auto
  • Technology: FDM, SLA, SLS
  • Material: Various plastics
  • Cost: $3,480,000

3.6: David Bowie Tribute

The David Bowie Tribute Car, introduced by Massivit 3D in 2019, garnered attention as the first full-scale 3D-printed concept car. Designed by Takumi Yamamoto and prototyped by Massivit, this artistic tribute to David Bowie maximized large-format 3D printing to craft striking geometric forms inspired by the music icon. Although not a functional vehicle, it stands as a 1:1 scale prototype, serving as a visually captivating work of art.

  • Manufacturer:Massivit 3D Printing
  • Technology: FDM
  • Material: Dimengel acrylic gel
  • Cost: N/A

3.7: Bugatti's Bolide

Bugatti's Bolide, the luxury car manufacturer's venture into 3D printing, incorporates SLM technology to craft titanium, carbon, and ceramic components since 2018. It introduces multiple 3D-printed elements, such as brake components, brackets, and a titanium pushrod suspension system, shedding weight. This hypercar boasts a remarkable top speed of 310 miles per hour, solidifying its status among the world's fastest automobiles. Despite the substantial 4 million euros (approximately $4.2 million) price tag, all 40 Bolides have been sold.

  • Manufacturer:Massivit 3D Printing
  • Technology: FDM
  • Material: Dimengel acrylic gel
  • Cost: N/A

3.8: Lamborghini Aventador

Last but not least is arguably the most budget-friendly 3D printed luxury car, it now takes just over a year to build with the Creality CR-10S. The journey began when 12-year-old Xander Backus virtually drove a Lamborghini Aventador in a game, inspiring him and his father to embark on a remarkable project. The Aventador's exterior panels were 3D printed in plastic, later reinforced with carbon fiber. The Backus duo's YouTube documentation went viral, drawing Lamborghini's attention, allowing them to drive a real Aventador for a holiday commercial.

  • Designers:Sterling and Xander Backus
  • Technology: FDM
  • Printed Material: PLA, ABS, ASA, and PETG
  • Cost: $23,000

Bonus: Faqs about 3D Printed Cars

1. Are 3D Printed Cars in Existence?

Indeed, additive manufacturing has made significant inroads into the automotive industry. Today, numerous vehicles are either partially or entirely designed through 3D printing techniques. A diverse array of 3D printed vehicles, spanning from sports cars to motorcycles, is now cruising the roads!

2. What is the cost of 3D printed car?

The cost of a 3D printed car varies based on size, materials, complexity, and customization, ranging from thousands to millions.

3. Can 3D printed car parts be customized?

Yes, one of the significant advantages of 3D printing is the ability to customize car parts. Manufacturers and individuals can tailor parts to specific designs and needs, enabling unique solutions.


In conclusion, the advent of 3D printed cars is reshaping the automotive landscape. These vehicles exemplify the intersection of technology and automotive engineering, offering enhanced efficiency, reduced costs, and groundbreaking customization. They represent a promising future where on-demand, sustainable, and tailored transportation is possible.

To embark on your 3D printing journey, Creality stands out as a reliable partner. Creality's 3D printers, especially the Creality CR-10S, have played a pivotal role in many innovative automotive projects. With their precision, affordability, and versatility, Creality's printers empower individuals and companies to explore the boundless possibilities of 3D printing in the automotive world, making them a top choice for car enthusiasts and manufacturers alike.

On the Fast Track: Navigating the 3D Printed Car Landscape
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