The Electromagnetic Accelerator

At Chemically fired, we’re constantly pushing the boundaries of technology to create innovative solutions. One of our most exciting projects is the development of a magnetic linear accelerator. 

What is a Magnetic Linear Accelerator?

A magnetic linear accelerator (or coilgun) uses electromagnetic forces to accelerate a projectile along a series of coils. By energizing the coils in sequence, the steel ball is progressively accelerated until it reaches incredible speeds.

Our design incorporates three 1000µF, 450V capacitors that discharge energy into a 1.25mm, 300ft copper coil, creating a powerful electromagnetic field. This allows us to achieve the high-speed acceleration necessary for our ambitious goals.

Key Features of Our Electromagnetic Accelerator:

• Multiple Copper Coils: Our system includes multiple stacked copper coils, each playing a critical role in accelerating the ball.

• Laser Light and Sensor System: A laser light paired with a sensor detects the ball's position, triggering the activation and deactivation of electromagnets in sequence.

• High-Energy Capacitors: The capacitors discharge energy into the coils to create the electromagnetic force required for rapid acceleration.

• Ball Trajectory Control: Our design allows precise control over the ball’s speed and trajectory, ensuring it reaches its target with precision.

The Science Behind the Design

Our electromagnetic accelerator is based on well-established principles of electromagnetism. By creating a changing magnetic field along the coils, we generate a force that accelerates the steel ball. The ball’s movement is carefully controlled by the sequence in which the coils are energized, allowing for consistent acceleration and high-speed output.

Why It Matters

This project is more than just an engineering feat. The potential applications for electromagnetic accelerators are vast. From advanced manufacturing processes to scientific research, our work on this accelerator could contribute to the development of new technologies that rely on high-speed propulsion.

What’s Next?

We are in the process of refining the design and conducting further testing to push the limits of speed and accuracy. As we continue to develop this technology, we are excited about its future applications and the possibilities it could unlock.

Stay tuned for updates on our progress, and thank you for supporting our journey toward innovation.