Built Robotics $1.000

Built Robotics: Autonomous Construction Equipment for the Future of Building

Built Robotics is an innovative company that focuses on transforming heavy construction equipment into autonomous robots. By integrating advanced technologies like AI, LiDAR, GPS, and computer vision, Built Robotics enables equipment such as excavators, dozers, and loaders to operate autonomously on construction sites, reducing the need for human operators and increasing productivity, safety, and efficiency. The company’s robotic retrofit kits can be installed on existing equipment, allowing construction firms to automate earthmoving and other repetitive tasks without needing to invest in new machinery.

Built Robotics’ solutions are designed to meet the growing demand for automation in construction, addressing key challenges such as labor shortages, rising costs, and the need for faster project delivery. The autonomous systems are particularly beneficial for tasks like grading, trenching, and excavation, allowing projects to be completed more quickly and with greater precision.

Key features of Built Robotics include:

Autonomous Earthmoving: Built Robotics’ autonomous systems can perform a range of earthmoving tasks, such as grading, excavating, trenching, and backfilling. These systems are designed to work independently or alongside human operators, allowing construction projects to be completed faster and with fewer errors.
Robotic Retrofit Kits: The company's retrofit kits can be installed on existing construction equipment, converting them into autonomous machines. These kits are compatible with a variety of equipment from leading manufacturers, ensuring that construction firms can automate their fleet without needing to purchase new machinery.
LiDAR and Computer Vision: Built Robotics integrates LiDAR and computer vision to provide autonomous equipment with a detailed understanding of the construction environment. This allows the machines to navigate complex job sites, avoid obstacles, and operate safely around other workers and equipment.
GPS and Precision Mapping: Built Robotics uses GPS technology to ensure precise navigation and task execution. The system can follow pre-defined paths, ensuring accurate grading, trenching, and site preparation according to project specifications.
AI-Driven Automation: The platform leverages artificial intelligence to analyze site conditions and optimize the performance of autonomous equipment. AI enables machines to make real-time adjustments, improving the efficiency of tasks like trenching and excavation.
Safety and Remote Monitoring: Built Robotics' autonomous systems are equipped with safety features such as emergency stop and remote shutdown capabilities. The equipment can be monitored remotely, allowing supervisors to oversee operations from a safe distance and ensure that safety protocols are followed.
Cost and Labor Savings: By automating repetitive tasks, Built Robotics helps construction firms reduce labor costs and address the industry's growing labor shortage. The increased efficiency of autonomous equipment also allows projects to be completed in less time, further reducing costs.
Scalability: Built Robotics’ solutions are scalable, meaning that construction firms can deploy multiple autonomous machines across large job sites to complete tasks in parallel. This helps accelerate project timelines and improve overall site productivity.
Applications: Built Robotics is particularly suited for large-scale infrastructure projects such as road construction, utilities installation, solar farm development, and pipeline construction. The technology is designed to perform well in remote or challenging environments, making it ideal for large earthmoving and civil engineering projects.
Key Benefits:
- Autonomous operation of heavy construction equipment for earthmoving tasks.
- Retrofit kits for converting existing equipment into autonomous machines.
- AI, LiDAR, and computer vision for precise, safe, and efficient operation.
- Reduces labor costs and addresses the construction industry’s labor shortage.
- GPS-guided equipment for precise grading, trenching, and site preparation.
- Safety features, including remote monitoring and emergency stop functionality.
- Scalable solutions for large-scale infrastructure projects and remote locations.