Built Robotics Autonomous Excavator — Specs & Review
Specifications
| Brand | Built Robotics |
|---|---|
| Model | Autonomous Excavator |
| Year | 2019 |
| Category | Construction |
| Autonomy | fully-autonomous |
| Environment | outdoor |
| Connectivity | WiFi, Cellular |
| Country of origin | US |
Key features
- Retrofit autonomous guidance for standard excavators
- 24/7 continuous unmanned earthmoving
- Executes from digital site model data
- Human supervisor monitors remotely
- Addresses skilled operator shortage
- Trench digging, grading, and compaction capable
- Deployed on US solar, utility, and infrastructure projects
What is it?
The Built Robotics Autonomous Excavator is a retrofit autonomous guidance system designed to transform standard excavators into unmanned earthmoving machines. Developed by Built Robotics, this technology allows for continuous, automated operations such as trench digging, grading, and compaction, all without a human operator physically present in the cab. The system leverages a digital site model to execute tasks at speeds comparable to human operators, thereby addressing the critical shortage of skilled labor in the construction industry, particularly for infrastructure projects across the United States.
Since its introduction in 2019, the Autonomous Excavator has been deployed in various contexts, including US solar, utility, and infrastructure projects. This autonomous solution plays a significant role in enhancing efficiency and productivity in earthmoving tasks, allowing for operations to run 24/7. Additionally, a human supervisor can monitor the excavator remotely, ensuring oversight and control while maximizing the productivity of the machine.
Key specs
- Year Introduced: 2019
- Autonomy Level: Fully autonomous
- Operating Environment: Outdoor
- Connectivity: WiFi, Cellular
- Country of Origin: United States
- Purchase Type: B2B Request for Quotation (RFQ)
- Capabilities: Trench digging, grading, and compaction
- Deployment Context: Solar, utility, and infrastructure projects in the US
Limitations
- Price is not publicly listed; requires direct inquiry for details.
- Limited to outdoor environments, which may constrain some urban applications.
- Remote monitoring requires stable and robust connectivity to ensure operational reliability.
- The retrofit nature means it is applicable only to standard excavators; compatibility may vary by model.
- Operational constraints may arise from local regulations pertaining to unmanned construction equipment.
FAQ
How much does the Built Robotics Autonomous Excavator cost?
The price of the Built Robotics Autonomous Excavator is not publicly listed, making it difficult to assess its cost directly. However, its retrofit system transforms conventional excavators into autonomous machines, addressing the skilled operator shortage in the US construction industry.
What is the Built Robotics Autonomous Excavator used for?
The Built Robotics Autonomous Excavator is primarily used for unmanned earthmoving tasks such as trench digging, grading, and compaction. It operates 24/7 from a digital site model, executing tasks at operator-equivalent speed with a human supervisor monitoring remotely.
What are the key specifications of the Built Robotics Autonomous Excavator?
The Built Robotics Autonomous Excavator features fully-autonomous operation in outdoor environments and connectivity via WiFi and Cellular. It is designed for use in construction categories and is deployed on US solar, utility, and infrastructure projects.
Who is the Built Robotics Autonomous Excavator intended for?
The Built Robotics Autonomous Excavator is intended for construction companies and contractors facing a skilled operator shortage in the US. Its ability to operate unmanned allows for continuous work on infrastructure projects, providing a solution to labor challenges in the industry.
How does the Built Robotics Autonomous Excavator compare to traditional excavators?
The Built Robotics Autonomous Excavator offers a significant advancement over traditional excavators by retrofitting them with autonomous capabilities, allowing for 24/7 operation without a human operator in the cab. In contrast, traditional excavators depend on skilled operators, which is increasingly challenging to find.