Unleashing AI's Potential: Design a Fighter Jet in Kerbal Space Program

Unleashing AI's Potential: Design a Fighter Jet in Kerbal Space Program

Table of Contents

1. Introduction
2. Parameters for the Fighter Jet
3. Designing the Fuselage
4. Wing Shape and Features
5. Challenges with Engine Stability
6. Prototype Testing and Modifications
7. Dogfighting with the Star Force
8. Comparison with the Kites
9. Limitations of AI in Fighter Jet Design
10. Conclusion

Introduction

In this article, we will Delve into the process of using AI, specifically GPT, to design a fighter jet in the popular game Kerbal Space Program (KSP). We will explore the parameters set for the aircraft, discuss the design choices made, and analyze the performance of the AI-designed fighter jet. Additionally, we will compare it to existing craft and evaluate the limitations of utilizing AI in this Context.

Parameters for the Fighter Jet

To start the design process, certain parameters were given to the AI. These included Mach 2 capability, eight service-to-air missiles, two Vulcans, high maneuverability, a 2D player, low Wing loading, and a g limit of nine. The Dimensions of the aircraft were also requested, with the length ranging from 15 to 18 meters and the width approximately 8 to 10 meters.

Designing the Fuselage

One of the first decisions made was regarding the fuselage layout. While most fighter jets have a triple fuselage layout, the AI advised using a single fuselage, which was interesting considering the conventional design. The chosen fuselage design would incorporate a connector for the two engines.

Wing Shape and Features

The AI recommended using swept-back wings for the fighter jet. However, the initial implementation of delta wings did not yield satisfactory results. To improve lift, canards were added to the front of the aircraft. Missile rails were mounted on the wingtips, under the wings, and on the fuselage, following a combination strategy for optimal performance.

Challenges with Engine Stability

During testing, it became evident that the fighter jet had issues with engine stability. The engines tended to burn out, compromising the aircraft's viability in combat situations. This problem was attributed to the chosen wing shape and was addressed in subsequent iterations.

Prototype Testing and Modifications

Multiple prototypes were created to address the stability and maneuverability issues. The pitch control of the elevons on the sides was disabled to reduce the pattern of flipping out of control. The gimbal of the Saturn engines was also disabled to test its impact on performance. Although these modifications had some positive effects, the desired level of turning power was not achieved.

Dogfighting with the Star Force

Despite the limitations, the AI-designed fighter jet, named the AI1 Star Force, was pitted against other craft in dogfights. It struggled to compete with more competitive fighter jets. The lack of turning power and stability were significant disadvantages, making it clear that the AI's design fell short in creating a competitive aircraft.

Comparison with the Kites

In a comparison with the Kites, an older craft designed by the author, it was surprising to see that the AI-designed fighter jet did not outperform them. The Kites showcased better durability and were able to withstand prolonged engagement, while the Star Force craft experienced various issues and crashes.

Limitations of AI in Fighter Jet Design

The experience with the AI-guided design process sheds light on the limitations of relying solely on AI for intricate tasks like fighter jet design. The lack of ingenuity and the inherent problems faced in stability and maneuverability proved that AI cannot replace human creativity and expertise in such specialized endeavors.

Conclusion

In conclusion, while AI, specifically GPT, shows promise in various fields, including gaming, its limitations become evident when applied to complex tasks like designing fighter jets. Human ingenuity, creativity, and expertise still play a crucial role in crafting competitive and efficient aircraft. The development of the AI1 Star Force fighter jet served as a valuable learning experience, highlighting the need for a human touch in intricate endeavors.