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Robo-EV isn’t just another electric vehicle. It’s a glimpse into the future — a bold leap toward building industries on the Moon. Powered by the cutting-edge StarFab 3D system, its core manufacturing process utilizes advanced Wire Arc Additive Manufacturing (WAAM) technology, with aluminum alloys leading the charge. This isn’t just about innovation for Earth — it’s about reshaping supply chains, slashing complexity, and laying the first industrial bricks on lunar soil. With Robo-EV, PIX is setting the stage for a whole new era of lunar possibilities.
Welcome to the future, one arc at a time.
Prototype Robo-EV by PIX Moving
From Lunar Regolith to Aluminum Alloys
The Moon’s highlands are rich in anorthite (CaAl₂Si₂O₈), containing 5–10% aluminum — a resource ripe for exploration. Using processes such as molten oxide electrolysis and the FFC Cambridge method, aluminum can be efficiently extracted from lunar regolith, with oxygen as a valuable byproduct for sustaining lunar habitats.
When combined with magnesium and silicon — also derived from regolith — this aluminum forms the basis for high-performance alloys essential for lunar manufacturing.
3D Printing Process of the PIX Robo-EV Frame
The Core Advantages of WAAM Technology
WAAM technology has shown remarkable advantages in lunar conditions, as demonstrated in NASA’s research:
Vacuum Efficiency: The absence of oxygen enhances metal purity and performance.Geometric Freedom: Lunar low gravity facilitates the production of complex structures.Material Maximization: WAAM maximizes material utilization, significantly reducing reliance on Earth-based supplies.
By integrating WAAM into vehicle production, we take a significant step toward creating sustainable lunar industries.
StarFab 3D System: A Game-Changer for Lunar Manufacturing
Robo-EV’s revolutionary manufacturing approach is powered by the StarFab 3D System, combining aluminum alloys with metal 3D printing to produce integrated components. This system not only streamlines manufacturing but also serves as a cornerstone for lunar industry. Key innovations include:
Cold Working and Wire Drawing: Through precision cold working, aluminum alloys are drawn into 2mm-diameter wires, providing high-quality feedstock for the WAAM process.Additive Manufacturing Flexibility: When printing complex chassis or structural components, material utilization nears 100%, dramatically minimizing waste and enhancing efficiency.Advanced Composite Applications: Lunar basalt fiber mixed with epoxy resin is employed to fabricate suspension systems and tires, delivering lightweight solutions with exceptional strength and corrosion resistance.
These advancements make Robo-EV a model for applying Earth-born technologies to the challenges of space.
The Moon’s abundant sunlight supports large-scale solar power generation, while compact nuclear reactors provide long-term, reliable energy for industrial operations.
Generated by Midjourney
Equipment Adaptability
Specialized designs are essential for equipment to function in the Moon’s unique environment. For instance:
WAAM systems must adapt arc parameters to the vacuum environment.Wire drawing and forming tools need to overcome altered heat conduction and friction properties.
Economic and Strategic Impact
Producing vehicles using lunar resources reduces the exorbitant costs of Earth-to-Moon material transport. Moreover, establishing lunar manufacturing capabilities paves the way for sustainable long-term habitation and deep-space exploration.
Traditionally, space exploration has focused on developing technologies to benefit Earth. Now, with Robo-EV and the StarFab 3D System, the paradigm is shifting. Earth-based innovations are being adapted for space, addressing the demands of human expansion beyond our home planet.
Robo-EV epitomizes this shift: a vehicle designed to meet Earth’s needs, reengineered to overcome the challenges of space, and ultimately enabling humanity to establish sustainable civilizations in the cosmos.
Prototype Robo-EV by PIX Moving
The roadmap for lunar vehicle manufacturing is becoming a reality. From extracting aluminum from anorthite and producing alloy wires, to employing WAAM for structural components and utilizing basalt fibers for advanced composites, Robo-EV is not just a technological breakthrough — it’s humanity’s first step toward deep-space industrialization.
Robo-EV is more than a car. It’s a bold statement of what’s possible when technology meets vision. By transforming lunar regolith into high-performance materials, we’re not only building vehicles but also planting the seeds of a new industrial era on the Moon. This marks a critical moment in space exploration — a leap of courage, ingenuity, and ambition that embodies humanity’s relentless pursuit of the stars.
Prototype Robo-EV by PIX Moving
Stay tuned. The Moon is just the beginning.