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Private Chinese space firm Galactic Energy is at the forefront of this innovation. The company is working on an electromagnetic rocket launch system that leverages maglev (magnetic levitation) technology. The goal is to propel rockets to space at high speeds, dramatically increasing launch efficiency. If successful, the system could be operational as early as 2028, offering a new method for launching satellites that might rival traditional rocket systems.

This electromagnetic launch pad would work by using superconducting magnets to accelerate a rocket to supersonic speeds before ignition, similar to how a maglev train operates. According to South China Morning Post, the technology promises to boost rocket speeds beyond Mach 1.

Compared to conventional rocket launches, which require significant fuel to reach escape velocity, this system would cut down on fuel consumption, reducing both costs and environmental impact by transferring much of the energy required for launch to the electromagnetic track rather than relying on rocket fuel alone. This would drastically lower the cost of space launches, which are traditionally fuel-intensive.

Moreover, Galactic Energy’s system could have an additional advantage: the electromagnetic launch pad is expected to double the payload capacity of rockets and require less maintenance than traditional methods. This would allow for more frequent launches and help increase China’s competitive edge in the commercial space race.