Sarcos Robotics and Changi Airport Group Execute Demonstration of an Outdoor-Based Baggage Handling Robotics System

In collaboration with CAG, Sarcos is developing an outdoor-based baggage loading system to automate the loading and unloading of loose passenger bags from narrow-bodied aircraft. The inaugural field demonstrations were conducted during September 2022 at Singapore Changi Airport and validated the opportunity for robotics to reduce the risk of on-the-job injuries from baggage handling and augment the ground handling labor force.

SALT LAKE CITY— December 7, 2022— Sarcos Technology and Robotics Corporation ("Sarcos") (NASDAQ: STRC and STRCW), a leader in the design, development, and manufacture of advanced robotic systems that redefine human possibilities, and Changi Airport Group ("CAG") announced the inaugural demonstration of a jointly developed outdoor-based autonomous baggage loading system prototype.

In collaboration with CAG, Sarcos is developing an outdoor-based baggage loading system to automate the loading and unloading of loose passenger bags from narrow-bodied aircraft. The inaugural field demonstrations were conducted during September 2022 at Singapore Changi Airport and validated the opportunity for robotics to reduce the risk of on-the-job injuries from baggage handling and augment the ground handling labor force.
To support air traffic recovery and meet long-term staffing needs, CAG is investing in robotics technology to automate labor-intensive roles in the outdoor apron environment. Autonomous technologies will be needed to meet a significantly increased need for airport employees. The development and trial of the baggage loading system is partially funded by the Civil Aviation Authority of Singapore (CAAS) through its Aviation Development Fund (ADF). The ADF supports initiatives to improve productivity in the Singapore aviation sector through the use of innovative solutions.
"Changi Airport is an industry visionary and continues to be a key development partner to Sarcos," said Kiva Allgood, president and CEO, Sarcos. "Deploying robotics to improve workplace safety is core to our mission at Sarcos and this system has the potential to transform airports across the globe by making them safer and reducing passenger delays due to weather-related downtime. We look forward to continuing our collaboration with CAG to augment the workforce of the tarmac with robotics."
"Similar to major airports throughout the world, recruiting enough ground handling personnel to support our growth is a challenge," said Poh Li San, senior vice president of Terminal 5 Planning, CAG. "We have been encouraged by the innovative solution from Sarcos to help address these issues, and we're excited to explore the next steps towards implementation."
For more information on Sarcos and its product portfolio, please visit www.sarcos.com. For more information on Changi Airport Group, visit www.changiairportgroup.com.

Featured Product

Knight Optical - Unlocking Precision for the Robotics and Automation Revolution

Knight Optical - Unlocking Precision for the Robotics and Automation Revolution

In the era of Industry 4.0, automation and machine learning drive the future. Knight Optical stands at the forefront, collaborating globally to supply precision optical components that power the robotics and automation sector. From UAVs, drones, and robotics to machine vision, LiDAR-driven car sensors, and renewable energy, our optics empower innovation. Optical components play an important role within the industry, including: Optical windows and domes safeguard systems in unmanned vehicles while preserving the field of view for cameras. Infrared lenses with aspheric surfaces elevate thermal imaging. Optical filters excel in machine vision, with colour glass, interference, and dichroic filters in our stock. Knight Optical provides stock components and custom solutions made to your exact specs. With every component undergoing rigorous metrology and QA checks before shipment, you are sure to experience true precision, innovation, and assurance.