The construction industry is changing fast with the arrival of Robotics. From bricklaying to welding, and from surveying to demolition, robots are now performing many of the jobs that were once manual. These advanced machines not only improve accuracy but also make construction sites safer and more productive. As we move towards a more digital future, Robotics in construction is helping companies complete projects faster, with fewer errors and reduced costs.
In this blog, we explore the Top 10 Construction Robotics Companies that are leading this transformation globally.
1. Built Robotics (USA)
Built Robotics is one of the pioneers in autonomous construction machinery. Their signature product, the Exosystem, converts heavy equipment such as excavators into fully autonomous robots. These machines can dig foundations, trenches, and perform earthworks without human operators. Built Robotics focuses on efficiency and safety, reducing labour costs and increasing uptime on construction sites.
- Speciality: Converting heavy equipment (excavators, bulldozers, etc) into autonomous robots (e.g., “Exosystem™”) for earthworks and site preparation.
- Headquarters: San Francisco, California, USA (225 7th Street, San Francisco 94103)
- Established: 2016
- Why it matters: For contractors involved in large-scale earth-moving or infrastructure, adoption of such autonomous machines can reduce operator costs, enhance uptime and improve safety.
Website: www.builtrobotics.com
2. Construction Robotics (USA)
Construction Robotics is known for its SAM (Semi-Automated Mason), a robot that can lay bricks three to five times faster than a human. The company also developed MULE (Material Unit Lift Enhancer), a system that assists in lifting heavy blocks, reducing worker fatigue. Their innovations are making masonry work safer, faster, and more consistent.
- Speciality: Brick-laying automation (SAM – Semi-Automated Mason) and material-lifting assist (MULE). F6S
- Headquarters: Rochester, New York, USA
- Established: 2007
- Why it matters: If your business handles substantial masonry work, this robotics solution can dramatically speed up brick/block laying and reduce labour fatigue.
Website: www.construction-robotics.com
3. FBR (Fastbrick Robotics) – Australia
FBR’s Hadrian X robot is revolutionising bricklaying. Using dynamic stabilisation technology, it builds complete house walls with precision and speed. The Robotics system uses 3D CAD models to guide construction, ensuring every brick is placed perfectly. FBR aims to address global housing shortages by combining automation with smart design.
Speciality: “Hadrian X” – a mobile brick-laying robot using dynamic stabilisation technology (DST™) for outdoor environments.
Headquarters: High Wycombe, Western Australia, Australia (122 Sultana Road West)
Established: 1994 (or incorporated as FBR in 1999) in Australia.
Why it matters: Innovative for large-scale residential or modular housing where speed, precision and cost-efficiency in brickwork matter.
Website: www.fbr.com.au
4. Boston Dynamics (USA)
Boston Dynamics is a world leader in advanced robotics design. Their Spot robot is widely used in construction sites for inspection, data capture, and safety monitoring. Spot’s agility and ability to navigate rough terrain make it ideal for site supervision, 3D scanning, and progress tracking.
Speciality: Advanced mobility robots (e.g., Spot) used for site inspection, data capture, monitoring in rough terrain.
Headquarters: Waltham, Massachusetts, USA (though global)
Established: Although Boston Dynamics has a longer history (founded 1992), commercially their construction-site usage of Spot robots is more recent.
Why it matters: For contractors wanting to boost safety, inspections and remote monitoring in complex or hazardous sites.
Website: www.bostondynamics.com
5. KEWAZO (Germany)
KEWAZO is transforming scaffolding and material handling through Robotics. Their flagship product, Liftbot, is an intelligent robotic hoist that transports materials up scaffolding structures automatically. This innovation cuts manual labour, speeds up setup, and improves site safety. KEWAZO also uses data analytics to enhance site logistics.
- Speciality: Robotic hoist system “Liftbot” and material logistics automation (especially for scaffolding and vertical material movement).
- Headquarters: Munich (Garching), Bavaria, Germany + Houston, Texas, USA
- Established: 2018
- Why it matters: For high-rise and façade contractors, automating vertical transport of materials can reduce labour, speed setup and improve site safety.
Website: www.kewazo.com
6. Ekso Bionics (USA)
Ekso Bionics specialises in wearable Robotics called exoskeletons. These assist construction workers by providing additional strength and support during lifting, carrying, and overhead work. The exoskeletons reduce fatigue and the risk of musculoskeletal injuries, making them popular in both construction and manufacturing industries.
Speciality: Wearable exoskeletons for industrial and construction workers to assist lifting, overhead work, reduce fatigue.
Headquarters: San Rafael, California, USA (Bay Area)
Established: 2005
Why it matters: For contractors concerned about worker injury, fatigue and productivity, exoskeletons are a robotics solution for human augmentation rather than replacement.
Website: www.eksobionics.com
7. Dusty Robotics (USA)
Dusty Robotics is known for its FieldPrinter, a robot that automates floor layout. It prints digital building plans directly onto construction floors, replacing manual chalk line marking. This innovation increases layout accuracy, minimises rework, and improves project coordination between different trades.
Speciality: FieldPrinter robot which prints digital building layout plans directly onto construction floors — bridging BIM to field.
Headquarters: Mountain View, California, USA
Established: Founded 2018 (some sources say 2015)
Why it matters: In interior fit-out, MEP and large commercial jobs, layout accuracy is critical — this robotics tool reduces errors and rework.
Website: www.dustyrobotics.com
8. TyBot (Advanced Construction Robotics, USA)
TyBot automates the tedious process of tying rebar on bridges and large concrete structures. Developed by Advanced Construction Robotics, this system can work day and night, completing repetitive tasks with precision. TyBot reduces workforce fatigue and boosts project speed significantly.
Speciality: TyBot is a robotic system that automatically ties rebar for large concrete/bridge structures, operating day & night with consistent precision.
Headquarters: USA
Established: Emerging over recent years (exact year not specified widely)
Why it matters: For infrastructure contractors doing heavy civil works (bridges, large slabs), robotics in rebar tying can speed schedule and reduce labour-intensive tasks.
Website: www.advancedconstructionrobotics.com
9. Shimizu Corporation (Japan)
Japan’s Shimizu Corporation integrates Robotics into large-scale building projects. Their Robo-Buddy system handles tasks such as ceiling panel installation, welding, and painting. These robots work alongside humans, optimising speed and reducing risks. Shimizu is a global leader in adopting robotics for mega-projects.
Speciality: Use of robotics in mega-building projects in Japan — ceiling panel instalment, painting, welding via robots like “Robo-Buddy”.
Headquarters: Tokyo, Japan
Established: 1804 (as a company) — but its robotics programmes are much more recent
Why it matters: Demonstrates robotics integration in large scale complex construction; valuable benchmark for global contractors.
Website: www.shimz.co.jp
10. Skanska (Sweden)
Skanska, one of Europe’s largest construction firms, is heavily investing in Robotics and automation. They use robotic arms for prefabrication, drones for inspection, and AI-integrated robots for real-time progress monitoring. Skanska’s goal is to create sustainable, smart construction environments.
Speciality: Large European construction firm investing in robotics & automation — robotic arms for prefab, drones for inspection, AI-enabled robots for progress monitoring.
Headquarters: Stockholm, Sweden
Established: 1887
Why it matters: When major contractors adopt robotics at scale, it signals a shift for the whole industry — smaller contractors can learn from their workflows.
Website: www.skanska.com
How Robotics is Changing Construction
- Enhanced Safety: Robots can handle dangerous tasks like demolition, welding, and high-altitude inspections.
- Increased Efficiency: Automation speeds up repetitive tasks, reducing project delays.
- Higher Precision: Robotics ensures millimetre-level accuracy in work like bricklaying or surveying.
- Reduced Labour Shortage: Robots help bridge the gap created by the shortage of skilled workers.
- Sustainability: Automation leads to optimal resource usage and reduced material wastage.
Future of Robotics in Construction
The future of Robotics in construction looks bright. With advancements in artificial intelligence, machine learning, and 3D printing, robots will soon take part in every stage of the construction process. From design and planning to finishing and maintenance, automation will be at the core of building smarter cities.
By 2030, experts predict that Robotics could increase productivity in construction by over 40% while cutting costs and accidents by half.
Conclusion🎯
The rise of Robotics is not just a trend — it’s a revolution in the construction industry. From automation and safety to precision and sustainability, robots are reshaping how we build our world. Companies that adopt robotic technology today are not only improving efficiency but also preparing for a smarter, safer, and more sustainable future in construction.
Frequently Asked Questions (FAQs)
1. What are construction robots used for?
Construction robots are used for tasks like bricklaying, surveying, material handling, welding, painting, and safety inspections.
2. Are robots replacing human workers?
Not entirely. Robots assist humans by doing repetitive and risky tasks, allowing workers to focus on skilled, creative, and managerial work.
3. How expensive are construction robots?
Costs vary by type. Smaller robots like layout printers cost a few thousand pounds, while autonomous excavators or bricklaying robots can cost several hundred thousand.
4. Can robots work 24/7?
Yes, many robots can operate continuously with minimal supervision, improving project speed and productivity.
5. What is the future of robotics in construction?
The future involves smart, self-learning robots that can plan, adapt, and execute tasks independently, building safer and more sustainable structures.