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QuicaBot - QBB30

Named QuicaBot – short for Quality Inspection and Assessment Robot – it can move autonomously to scan a room in about half the time taken for manual inspection, using high-tech cameras and laser scanners to pick up building defects like cracks and uneven surfaces. The robots can upload 3D data of the scans to the cloud and inform the human operator, who can then inspect critical and complex defects. Designed to conduct quality finishing inspection based on Singapore's Building and Construction Authority (BCA) Quality Assessment System CONQUAS-9 Standard.


Key Features:

  •  Visual inspection using camer

  • Hollowness detection

  • Detecting wall evenness

  • Measuring floor slope and wall alignment

  • Scanning and mapping rooms autonomously or semi-autonomously



Length: 460 mm

Width: 625 mm

Height: 410 mm

Height with the Pan Tilt Neck Extended: 1000 mm

Weight: 25 kg (excluding batteries and sensor head)

Intuitive user interface with configurable painting parameters and output data


  • Able to scan up to 3m in height

  • Identification of cracks, tile lippage, paint discoloration

  • Analyse alignment of corners and evenness on walls and floors  

  • The captured data can be stored and viewed by other parties to verify or check on the inspection 


  • Able to pan and tilt and has a 2 wheel drive, meaning it can move to scan different sector, each scan coverage will be be subjective

  • Collapsible neck and transport handle that allows users to easily trolley is around and is able to fit into a back of a car boot

  • Able to move over uneven terrain 

Runtime: 2 hrs continuous usage for top portion


Q. How does the QuicaBot carry out its function?  A. The QuicaBot uses a camera for visual inspection, and scans and maps rooms autonomously or semi-autonomously. It functions as a device to detect hollowness and wall evenness. It also measures floor slope and wall alignment. 

Q. How does the QuicaBot increase efficiency? A. The QuicaBot assists an inspector in capturing data for the robot as well as helping them to do the various checks above, making them more efficient in their job.

​Q. How is the QuicaBot controlled? A. Using a remote and mobile app, users are able to control the QuicaBot easily and conveniently.

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