Real-Life Cyberpunk 2077 Jacket with Working OLED Displays

Roboticist and cosplayer Zibartas has bridged the gap between science fiction and reality by creating a fully functional version of the NUSA Infiltrator jacket from Cyberpunk 2077. Unlike traditional costumes, this project integrates flexible OLED displays directly into the collar, transforming a piece of gaming gear into a wearable computer interface.

Engineering a Digital Wardrobe

The project focuses on the rare white version of the NUSA Infiltrator jacket. Zibartas moved beyond simple LED lighting used in previous works to implement four flexible OLED panels, which cost approximately $1,200.

Integrating these displays proved challenging due to their extreme sensitivity to deformation. During initial tests, one screen was broken while being installed into an EVA-foam collar, resulting in a $300 loss and forcing a complete redesign of the structure.

Did You Know? Zibartas discovered that the Raspberry Pi 4 was more effective for this project than the newer Raspberry Pi 5 because the previous generation’s hardware video decoders handled the OLED content more efficiently.

Overcoming Technical Hurdles

To protect the fragile screens, Zibartas developed a semi-rigid collar frame featuring specialized guide elements. This engineering solution stabilizes the panels and minimizes the risk of damage during movement.

The system’s “brain” consists of two Raspberry Pi 4 computers and two power banks, providing roughly three hours of autonomous operation. To eliminate image lag, the creator replaced a gigabit network connection with hardware synchronization using GPIO pulses and custom Python scripts.

Expert Insight: Samantha Carter notes that the shift from a purely aesthetic costume to a semi-rigid engineering platform highlights a critical trade-off in wearable tech: the necessity of structural support to protect high-cost, fragile components like flexible OLEDs.

From Cosplay to Wearable Computing

While the jacket primarily displays animations styled after Cyberpunk 2077, its Linux and HDMI support allow for nearly unlimited possibilities. Zibartas demonstrated this by running the actual Cyberpunk 2077 game on the collar, controlled via a Steam Controller.

Unboxing of Cyberpunk 2077 Jacket

This project illustrates the disappearing boundary between fan art and professional DIY electronics. What once existed only as CGI or movie concepts may now be achievable through independent engineering.

As these technologies evolve, the concept of “smart clothing” with integrated computing systems could move from experimental fan projects toward more mainstream applications.

Frequently Asked Questions

What hardware is used to power the jacket?
The system is powered by two Raspberry Pi 4 computers and two power banks.

How long does the jacket’s battery last?
The integrated power banks provide approximately three hours of autonomous battery life.

What is the total cost of the OLED panels?
The four flexible OLED panels used in the project cost around $1,200.

Would you be willing to wear a high-tech computer interface as part of your daily wardrobe?