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Revolutionizing The Way We Construct:
AUTOCON's Mobile Robotic System (MRS) Technology Platform

AUTOCON's Mobile Robotic System (MRS) technology platform represents a convergence of innovation and adaptability, ushering in a new era of efficiency and precision in construction-scale 3D printing. The MRS is not just a system; it's a testament to our commitment to reshaping the future of construction technology.

Robotic Arm Expertise

The MRS features a 55-foot robotic arm, meticulously designed for optimal performance in 3D printing buildings and structures on site. This impressive robotic arm stands as a testament to our commitment to pushing the boundaries of what is achievable in construction-scale 3D printing.

Robotic Arm
On-Site 3D Printing

On-Site 3D Printing

AUTOCON's MRS is engineered for on-site 3D printing, eliminating the need for traditional construction methods and facilitating the creation of complex structures with unprecedented efficiency. This approach allows for rapid construction while minimizing logistical challenges associated with transporting prefabricated components.

Autonomous Navigation

Equipped with autonomous navigation capabilities, the MRS adapts to minimally-prepared landscapes, showcasing its versatility in diverse construction environments. The system intelligently navigates through the construction site, optimizing its path for efficient and accurate 3D printing.

Autonomous Navigation
Adaptive 3D Printing

Adaptive 3D Printing

AUTOCON's MRS is not limited by standardized structures. It is designed to 3D print a variety of structures, accommodating diverse architectural designs and construction requirements. This adaptability ensures that the MRS is a versatile solution for a wide range of construction projects.

Visual Anomalies Detection System

Setting it apart from conventional construction technologies, the MRS incorporates a globally unique visual anomalies detection system. This advanced technology allows the system to dynamically adjust to environmental factors such as wind and rain. AUTOCON's commitment to precision and safety is exemplified through this innovative feature.

Visual Anomalies Detection System
Environmental Resilience

Environmental Resilience

Through the integration of the visual anomalies detection system, the MRS exhibits a remarkable ability to continue 3D printing in varying environmental conditions. Whether faced with unexpected weather changes or other challenges, the system's adaptability ensures uninterrupted progress in construction projects.

Global Impact

AUTOCON's MRS technology is poised to make a global impact by redefining the possibilities of on-site 3D printing. The combination of precision engineering, autonomous navigation, and adaptive 3D printing capabilities positions the MRS as a transformative force in the construction industry.

Global Impact
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Developing New Technologies to 3D Print Buildings & Structures On-Site

Through the integration of robotics, software, and materials science, we are addressing the challenges of today's construction landscape, making it more efficient, cost-effective, and sustainable.

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