Research Phase

The research phase establishes the foundation for a hydrogen-powered automatic rifle (HAR, ~1 m, 500 W) by 2035, ensuring compliance with safety and arms regulations.

Objective

Develop the Hydrogen Power Unit (HPU) with a fuel cell, AI targeting system, and lightweight materials, while modeling energy efficiency and ballistics.

Materials

• Hydrogen Fuel Cell (500 W, 99.9% purity hydrogen).
• Carbon Fiber Composites (500 g): For lightweight frame.
• AI Microchip (ARM-based, 5x5 cm): For targeting.
• Software: MATLAB (ballistics), SolidWorks (structural design).
• Additional: Computing workstations, sensors, safety gear.

Personnel

• Energy Scientist (1-2): Study fuel cell efficiency.
• Mechanical Engineer (2): Simulate frame and barrel.
• AI Specialist (1): Develop targeting algorithms.
• Regulatory Specialist (1): Ensure arms compliance.
• Materials Scientist (1): Test composite properties.
• Collaboration Liaison (1): Coordinate with DARPA, manufacturers.

Methods

• Study hydrogen fuel cell efficiency (PEM fuel cells).
• Model ballistics and recoil in MATLAB.
• Simulate structural integrity in SolidWorks.
• Develop AI targeting algorithms for precision.
• Collaborate with DARPA and arms manufacturers.

3-Month Schedule

Month 1: Foundation

• Test fuel cell output (100 W prototype).
• Model ballistics in MATLAB.
• Test carbon fiber materials.
• Initiate DARPA collaboration.

Month 2: Simulation

• Simulate frame integrity (SolidWorks).
• Optimize fuel cell efficiency.
• Develop AI targeting prototype.
• Draft regulatory compliance plan.

Month 3: Integration

• Integrate HPU model (MATLAB/SolidWorks).
• Finalize regulatory plan.
• Secure DARPA partnerships.
• Compile research report.

Schematic

[Hydrogen Fuel Cell: 500 W] --> [AI Targeting Module]
       |                           |
       v                           v
[Carbon Fiber Frame] --> [Barrel: 50 cm]
       |                           |
       v                           v
[Power Management] --> [Trigger System]
            |
            v
[Output: 10 kW Burst]
            

Next: Design Phase