COBO
Smart Construction, Just ITONE

Two 15-inch wheels (88% of body width) create deep indentations without sinking, with a sludge removal mechanism to prevent concrete buildup.

Equipped with LiDAR, ultrasound sensors, IMU and cameras for autonomous navigation. Conit Runner can autonomously navigate around complex obstacles on construction sites.
Integrate BIM/CAD data for enhanced efficiency and speed. Conit Runner can simulate the optimal work path based on this data. Combined with the SLAM algorithm, it enables more precise operations.
Lightweight (22lbs) and compact (21x17x10in) for optimal maneuverability. Compact and lightweight design ensures easy transportation and operation by workers.
Unique 70-degree bending capability between wheels allows navigation through narrow spaces and around obstacles. Operates at speeds up to 10 miles/hour.
Measures concrete hardness to ensure precise indentation depth. The hardness of the concrete is crucial for creating indentations deeper than 0.24 inches. Conit Runner is smart enough to start working at the optimal hardness for creating these indentations, thanks to its sensors.
Reduces the need for labor, enhancing worker safety.
Operates at speeds up to 10 miles/hour, matching the productivity of eight workers and ensuring high-quality 0.24in-depth indentations.
Reduces the need for rebar reinforcement, saving rebar up to 30% and shortening construction timelines.
Automates hazardous tasks, reducing the risk of accidents.
Reduces material costs by minimizing the need for rebar reinforcement.
Speeds up construction timelines with high-speed operation and precise indentation creation.

“The CONIT Runner has transformed our construction process.
It's autonomous operation not only enhances safety but also significantly boosts productivity.”
— John Doe, Project Manager, ABC Construction
Revolutionizing Construction Safety, Efficiency, and Rebar Reduction
The CONIT Runner is a transformative technology in the construction industry that heavily uses concrete.
Its innovative design and autonomous operation make it an essential tool for modern construction projects using mass concrete.