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Amid a global surge in interest in artificial intelligence (AI) and sustainability, innovative tech company PIX Moving has announced the launch of its groundbreaking new product, Robo-EV. This L7e-class compact electric vehicle emerges as a powerful AI-driven entity, leveraging cutting-edge AI interaction technologies and revolutionary 3D printing techniques to chart a new course for the future of mobility.
Robo-EV Prototype at Okinawa Tech Expo 2024
At the core of Robo-EV lies its AI Agent System, an onboard assistant that not only understands but also perceive users’ emotions.
Emotional Awareness and Interaction: The AI Agent detects users’ tones and emotions, offering emotional support and personalized interaction.Multi-Role Adaptability: Seamlessly transitions between roles such as personal assistant, emotional companion, and learning partner based on user needs.Highly Personalized Experience: Supports custom voice roles, multilingual capabilities, and adaptive learning for dynamic, user-centric interactions.
“Robo-EV represents our bold vision for the future of automobiles,” said PIX Moving’s CEO. “By integrating advanced AI models, we have redefined Robo-EV as a powerful intelligent entity, transforming every journey into a delightful interaction between humans and AI, powered by smart and digital manufacturing technologies.”
Robo-EV Prototype by PIX Moving
PIX Moving employs revolutionary metal 3D printing and generative design to achieve seamless integration of the vehicle structure, resulting in lightweight, modular, and highly customizable builds. Key advantages include:
From Code to Creation — Digitizing Manufacturing: Robo-EV combines advanced generative design with metal 3D printing to significantly reduce the number of parts through single-piece construction. This enhances material efficiency, structural durability, and enables intricate geometries previously unattainable with traditional methods. By replacing traditional multi-part assemblies with unified components, Robo-EV minimizes potential failure points and boosts performance and stability.Distributed Manufacturing: Localized production bypasses import tariffs, reduces logistics costs, and fosters local employment and industrial growth.Flexible Customization: Utilizing RTM mold-free manufacturing, Robo-EV allows for highly personalized vehicle designs tailored to individual user needs.Sustainability: Featuring regenerative braking for extended range and reduced energy consumption, Robo-EV is manufactured using sustainable materials. Lightweight composite suspension designs further reduce weight, improve efficiency, and significantly lower carbon emissions and waste. This eco-conscious approach not only minimizes production costs but also aligns with PIX Moving’s commitment to environmental responsibility, delivering a high-value solution for global markets.PRobo-EV Prototype by PIX Moving
Robo-EV isn’t just designed for the dynamic needs of urban mobility; its innovative design and manufacturing technologies pave the way for space exploration. PIX Moving is actively exploring applications of its 3D printing techniques in low-gravity environments, such as the Moon and Mars, to support the development of future space transportation.
“The vacuum and low-gravity conditions of the Moon amplify the strengths of our technologies,” noted PIX’s engineering team. “Robo-EV is not just a revolution in terrestrial transportation — it’s a crucial step towards the industrialization of space.”
Robo-EV Lunar Exploration Concept Rendering
As humanity moves toward space industrialization, lunar resources are set to play a pivotal role, with anorthite and aluminum serving as keys to this revolution. The lunar highlands are rich in anorthosite, composed of calcium-rich plagioclase feldspar (CaAl₂Si₂O₈), which covers much of the lunar crust. This seemingly barren landscape holds vast aluminum reserves, accounting for 5–10% of the Moon’s crust, surpassing the 8% found in Earth’s crust.
These resources provide an ideal foundation for localized lunar manufacturing. Robo-EV showcases this potential by utilizing aluminum extracted from anorthite for metal 3D printing, enabling efficient manufacturing in low-gravity and vacuum environments. This breakthrough meets the needs of lunar transportation and provides critical materials for building lunar bases.
PIX Moving has done more than create an electric vehicle; it has unveiled the dawn of lunar industrialization. Robo-EV marks the starting point of a greater adventure and a significant step in expanding the boundaries of human civilization.
Robo-EV Lunar Exploration Concept Rendering
PIX Moving is a global company committed to innovation in intelligent mobility and manufacturing technologies, focusing on combining artificial intelligence and 3D printing to drive transformations in automotive manufacturing and mobility, while dedicated to creating more sustainable and personalized transportation solutions.