Robots Taking on Repetitive Tasks at Construction Sites
Collection Robots 2026.09.18

Robots Taking on Repetitive Tasks at Construction Sites

Actual equipment performing bricklaying, rebar tying, drilling, blueprint printing, and finishing

Construction sites face changing conditions every day, with uneven surfaces making automation more challenging than in factories. Nevertheless, repetitive tasks like printing digital blueprints on the floor, drilling holes in ceilings, and tying rebar are starting to be assigned to robots. Humans are responsible for placing equipment and managing quality and exceptional situations.

This list compiles actual equipment used in wall construction, rebar tying, drilling, layout, finishing, and demolition. Rather than the image of completely unmanned construction, it focuses on how workers and robots share processes, and how BIM and surveying data translate into site operations. The ability to recalibrate positions and correct errors in non-standardized environments also creates significant differentiation.

Hadrian X

Hadrian X is the first item to review in the list examining the division of roles between field workers, digital blueprints, and robots. It is a bricklaying robot from FBR, responsible for block transportation, adhesion, and stacking. The system places brick blocks continuously from the end of a long boom according to the digital construction model. Focusing on this feature of Hadrian X allows for a detailed comparison of its role with other machines in the same topic.

The registration information for Hadrian X is summarized as follows: Developer/Manufacturer: FBR; Type: Bricklaying Robot; Main Tasks: Block Transportation, Adhesion, Stacking; Movement/Operation: Truck-mounted Telescopic Boom; Operational Stage: Field Commercialization Stage. When making actual selections or evaluations, consider the criterion: 'Without accurate BIM and surveying reference points, the robot's precision diminishes in the field—Hadrian X.' The service areas, specifications, and operational stage of Hadrian X should be verified based on the latest information from connected official resources.
개발·제조 FBR 유형 벽돌 시공 로봇 주요 작업 블록 운반·접착·적층 이동·작동 트럭 탑재 텔레스코픽 붐 운용 단계 현장 상용화 단계
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TyBOT

TyBOT is the second item to review in the list examining the division of roles between field workers, digital blueprints, and robots. It is a rebar tying robot from Advanced Construction Robotics and is responsible for tying rebar for bridge decks. The structure crosses the width of the bridge to find rebar intersections and perform repetitive tying tasks. By concentrating on this feature of TyBOT, we can specifically compare its role within this subject to other machines.

TyBOT's registration information is summarized as follows: Developer/Manufacturer: Advanced Construction Robotics; Type: Rebar Tying Robot; Main Tasks: Tying Bridge Deck Rebar; Movement/Operation: Gantry Movement, Automatic Tying; Operational Stage: Commercial Product. When making actual selections or evaluations, consider the criterion: 'The entire process must be calculated including equipment inter-floor movement and installation time—TyBOT.' The service areas, specifications, and operational stage of TyBOT should be verified based on the latest information from connected official resources.
개발·제조 Advanced Construction Robotics 유형 철근 결속 로봇 주요 작업 교량 상판 철근 묶기 이동·작동 갠트리 이동·자동 결속 운용 단계 상용 제품
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Hilti Jaibot

Hilti Jaibot is the third item to review in the list examining the division of roles between field workers, digital blueprints, and robots. This is Hilti's ceiling drilling robot responsible for drilling and marking ceiling holes for installations. It receives position data from digital blueprints to control dust and drill holes in the ceiling. Concentrating on this feature of Hilti Jaibot allows for detailed comparisons of its role with other machines in this domain.

Hilti Jaibot's registration information is summarized as follows: Developer/Manufacturer: Hilti; Type: Ceiling Drilling Robot; Main Tasks: Drilling and Marking Ceiling Holes for Installations; Movement/Operation: BIM, Total Station, Semi-Automatic Drive; Operational Stage: Commercial Solution. When making actual selections or evaluations, consider the criterion: 'Delegating repetitive tasks while skilled workers manage quality and exceptions is realistic—Hilti Jaibot.' The service areas, specifications, and operational stage of Hilti Jaibot should be verified based on the latest information from connected official resources.
개발·제조 Hilti 유형 천장 천공 로봇 주요 작업 설비용 천장 구멍 천공·표시 이동·작동 BIM·토털스테이션·반자동 주행 운용 단계 상용 솔루션
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Dusty FieldPrinter 2

Dusty FieldPrinter 2 is the fourth item to review in the list examining the division of roles between field workers, digital blueprints, and robots. It is a field layout robot from Dusty Robotics, responsible for printing floor plans, text, and symbols. It directly prints adjusted architectural models onto slabs with lines and text in actual size. Focusing on this feature of Dusty FieldPrinter 2 allows for specific comparisons of its role with other machines in the field.

Dusty FieldPrinter 2's registration information is summarized as follows: Developer/Manufacturer: Dusty Robotics; Type: Field Layout Robot; Main Tasks: Printing Floor Plans, Text, and Symbols; Movement/Operation: Autonomous Driving, Digital Model Integration; Operational Stage: Commercial Product. When making actual selections or evaluations, consider the criterion: 'Without accurate BIM and surveying reference points, the robot's precision also loses significance in the field—Dusty FieldPrinter 2.' The service areas, specifications, and operational stage of Dusty FieldPrinter 2 should be verified based on the latest information from connected official resources.
개발·제조 Dusty Robotics 유형 현장 레이아웃 로봇 주요 작업 바닥 도면·문자·기호 출력 이동·작동 자율주행·디지털 모델 연동 운용 단계 상용 제품
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HP SitePrint

HP SitePrint is the fifth item to review in the list examining the division of roles between field workers, digital blueprints, and robots. It is HP's field layout robot responsible for printing floor design lines. A small wheeled device prints the lines and curves of the digital blueprint onto the site floor. Focusing on this feature of HP SitePrint allows for specific comparisons with other machines in this field.

HP SitePrint's registration information is summarized as follows: Developer/Manufacturer: HP; Type: Field Layout Robot; Main Tasks: Printing Floor Design Lines; Movement/Operation: Autonomous Driving, Total Station Integration; Operational Stage: Commercial Product. When making actual selections or evaluations, consider the criterion: 'The entire process must be calculated including equipment inter-floor movement and installation time—HP SitePrint.' The service areas, specifications, and operational stage of HP SitePrint should be verified based on the latest information from connected official resources.
개발·제조 HP 유형 현장 레이아웃 로봇 주요 작업 바닥 설계선 출력 이동·작동 자율주행·토털스테이션 연동 운용 단계 상용 제품
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Canvas Drywall Finishing Robot

Canvas Drywall Finishing Robot is the sixth item to review in the list examining the division of roles between field workers, digital blueprints, and robots. It is Canvas's drywall finishing robot responsible for applying putty and sanding. The robot extends its arm to high walls to evenly apply joint compound and collects sanding dust. Focusing on this feature of the Canvas Drywall Finishing Robot allows for specific comparisons of its role in this context with other machines.

Canvas Drywall Finishing Robot's registration information is summarized as follows: Developer/Manufacturer: Canvas; Type: Drywall Finishing Robot; Main Tasks: Applying Putty and Sanding; Movement/Operation: Moving Platform, Robotic Arm; Operational Stage: Commercial Service. When making actual selections or evaluations, consider the criterion: 'Delegating repetitive tasks while skilled workers manage quality and exceptions is realistic—Canvas Drywall Finishing Robot.' The service areas, specifications, and operational stage of Canvas Drywall Finishing Robot should be verified based on the latest information from connected official resources.
개발·제조 Canvas 유형 건식벽 마감 로봇 주요 작업 퍼티 도포·샌딩 이동·작동 이동 플랫폼·로봇팔 운용 단계 상용 서비스
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SAM100

SAM100 is the seventh item to review in the list examining the division of roles between field workers, digital blueprints, and robots. It is a brick assistance robot from Construction Robotics responsible for brick placement and mortar application. While skilled workers focus on finishing and quality, SAM100 assists with brick supply and repetitive placements. Focusing on this feature of SAM100 allows for specific comparisons of its role within this topic to other machines.

SAM100's registration information is summarized as follows: Developer/Manufacturer: Construction Robotics; Type: Brick Assistance Robot; Main Tasks: Brick Placement and Mortar Application; Movement/Operation: Rail Movement, Robotic Arm; Operational Stage: Commercial Product. When making actual selections or evaluations, consider the criterion: 'Without accurate BIM and surveying reference points, the robot's precision also loses significance in the field—SAM100.' The service areas, specifications, and operational stage of SAM100 should be verified based on the latest information from connected official resources.
개발·제조 Construction Robotics 유형 벽돌 보조 로봇 주요 작업 벽돌 배치와 모르타르 도포 이동·작동 레일 이동·로봇팔 운용 단계 상용 제품
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Husqvarna DXR 305

Husqvarna DXR 305 is the eighth item to review in the list examining the division of roles between field workers, digital blueprints, and robots. It is a remote demolition robot from Husqvarna responsible for concrete crushing and demolition. It operates remotely in hazardous demolition areas with a small, heavy tracked body equipped with various tools. Focusing on this feature of Husqvarna DXR 305 allows for specific comparisons of its role in this topic to other machines.

Husqvarna DXR 305's registration information is summarized as follows: Developer/Manufacturer: Husqvarna; Type: Remote Demolition Robot; Main Tasks: Concrete Crushing and Demolition; Movement/Operation: Tracked Drive, Remote Control Robotic Arm; Operational Stage: Commercial Product. When making actual selections or evaluations, consider the criterion: 'The entire process must be calculated including equipment inter-floor movement and installation time—Husqvarna DXR 305.' The service areas, specifications, and operational stage of Husqvarna DXR 305 should be verified based on the latest information from connected official resources.
개발·제조 Husqvarna 유형 원격 철거 로봇 주요 작업 콘크리트 파쇄·철거 이동·작동 궤도 주행·원격 조종 로봇팔 운용 단계 상용 제품
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To utilize construction robots, the accuracy of digital models and site readiness must be prioritized. Changes in material locations or obstacles on the floor can lead to discrepancies between planned paths and actual tasks. Equipment transportation, inter-floor movement, power supply, safety zones, and worker training are all directly connected to productivity.

The most practical approach to implementation is to clearly select a hazardous and repetitive process. By collecting data from tasks that are easy to measure, like drilling or layout, the reduction in rework can be confirmed. Rather than eliminating skilled workers, robots are tools that expand the range of skills. Keeping surveying data before and after tasks allows verification of progress and quality without solely relying on human judgment.

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