Disqualifier: Aesthetic Choice and Logistics

For my main project, I aim to develop a device that propels the wearer’s leg from a standing position into a kick. This concept was inspired by my interest in combat sports, particularly muay thai. Given the dynamic and impact-prone nature of this design, I want to clearly outline the logistics of how it will function.

Figure 1: Image of cyberpunk style that the project will be seeking to incorporate. (STORM)

One of the biggest challenges I faced this far in the project was determining how to incorporate a distinct aesthetic into a highly mechanical design. I ultimately settled on the cyberpunk aesthetic, not just for its striking visual appeal but for its deeper thematic relevance. Cyberpunk as a genre presents a vision of a future where corporate power has reached unchecked dominance, often at the cost of individual autonomy. The aesthetic itself, however, is deeply rooted in technological augmentation—enhancements that either extend human capability or serve as a form of self-expression. These themes align well with my project, which seeks to integrate external mechanical force into a natural human motion.

Figure 2: Image of pattern I intend to incorporate on the face of the guard. (Cyberpunk)

Cyberpunk-inspired designs often feature exposed mechanical components, bold geometric patterns, and vibrant lighting that highlight the fusion of man and machine. Given these elements, I want my device to visually communicate high-tech augmentation while maintaining practical functionality. The shin guard should feel like an integrated piece of wearable technology, rather than a bulky attachment. The image above illustrates my vision for the external patterns of the shin guard. While I am still exploring how to incorporate these designs—whether through impact-resistant neon LEDs, pressed patterns, or screen-printed graphics—the goal is to ensure that the final product aligns with the project’s aesthetic vision. Regardless of the method, these elements will reinforce the cyberpunk-inspired theme while maintaining functionality and durability.

Figure 3: Isometric view of Disqualifier concept design.

The above image is an initial concept design of my project. To develop the muay thai shin guard, I will use pneumatic actuation for our propulsion mechanism, I will integrate a double acting (25mm bore, 150mm stroke) to propel the foot into a kicking motion. The pneumatic system will be controlled via a lightweight air reservoir and a solenoid valve, allowing precise actuation timing. A pressure regulator will ensure safety and controlled force output.

Figure 4: Example of pneumatic actuator that will be incorporated in the design.