Concrete indentations Forming Robot

Conit Runner

The Conit Runner is an autonomous robot designed for construction sites, specifically to create deep indentations on wet concrete surfaces. This innovation ensures sufficient shear resistance at the interface between concrete cast at different times, improving building safety, reducing material costs, and shortening construction times.

Robot Image

Why do need the
Conit Runner

Transfer slab image Shear strength image

Mass Concrete & Shear resistance

Thick mass concrete structures are widely used in the construction of high-rise buildings, bridges, and other projects. Due to quality issues such as cracks caused by the heat of hydration, mass concrete is often poured in multiple layers. This creates shear resistance problems between the divided concrete layers, leading to the extensive use of rebar for shear reinforcement.

The indentations created by the Conit Runner increase the shear strength between concrete layers, reducing the amount of rebar needed. Additionally, by automating tasks previously performed by workers in hazardous environments, the Conit Runner enhances worker safety and shortens construction timelines.

Key Features

Specialized Wheels
Specialized Wheels

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

Advanced Navigation(SLAM)
Advanced Navigation(SLAM)

Equipped with LiDAR, ultrasound sensors, IMU and cameras for autonomous navigation. Conit Runner can autonomously navigate around complex obstacles on construction sites.

BIM/CAD Integration
BIM/CAD Integration

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.

Compact Design
Compact Design

Lightweight (22lbs) and compact (21x17x10in) for optimal maneuverability. Compact and lightweight design ensures easy transportation and operation by workers.

Maneuverability
Maneuverability

Unique 70-degree bending capability between wheels allows navigation through narrow spaces and around obstacles. Operates at speeds up to 10 miles/hour.

Concrete Hardness Sensors
Concrete Hardness Sensors

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.

Innovations

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    Autonomous Indentation Creation

    Reduces the need for labor, enhancing worker safety.

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    Enhanced Productivity and Quality

    Operates at speeds up to 10 miles/hour, matching the productivity of eight workers and ensuring high-quality 0.24in-depth indentations.

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    Resource Optimization and Time Savings

    Reduces the need for rebar reinforcement, saving rebar up to 30% and shortening construction timelines.

Benefits

  1. Improved Safety image

    Improved Safety

    Automates hazardous tasks,reducing the risk of accidents.

  2. Cost Savings image

    Cost Savings

    Reduces material costs by minimizing the need for rebar reinforcement.

  3. Time Efficiency image

    Time Efficiency

    Speeds up construction timelines with high-speed operation and precise indentation creation.

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Who Created It?

  1. posco_enc logo
  2. posco_enc logo

Conit Runner was developed in collaboration with POSCO E&C and ITONE.

Conit Runner was conceptualized based on extensive experience from POSCO E&C,
one of South Korea’s top five construction companies, and was realized with the ICT expertise of ITONE.

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.

  1. mail : mrkims@it-1.kr
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