5 Automation Trends Aerospace Manufacturers Should Watch

As aerospace manufacturers face pressure to increase output, maintain exceptional quality standards and overcome skilled labour shortages, many are investing in flexible automation technologies. These solutions can help increase productivity and automate repetitive, low-skill tasks, supporting existing teams to take on higher-value work. As the industry moves towards smarter, more resilient manufacturing operations, there are some key trends emerging.

1. Mobile Manipulation

Mobile manipulation refers to automation systems that combine autonomous mobile robots (AMRs) with a robotic arm mounted on top to create a flexible automation solution that can move between workstations and perform tasks independently. A good example is the Mobile Cobot, which combines a Universal Robots cobot with a MiR autonomous mobile robot.

By bringing together autonomous transport and robotic handling in a single platform, manufacturers can automate processes that would traditionally require multiple systems. Applications include machine tending, quality inspection, material handling and component delivery.

A real-world aerospace example could be an AMR transporting turbine blade components between machining and inspection stations while a UR cobot loads and unloads parts.

2. Vision-Guided Robotics

Improvements in robot vision systems over the last few years, largely driven by AI, mean that vision-guided robotics offers more accuracy than ever before. Aerospace manufacturers are increasingly adopting vision-guided robotics to improve precision and flexibility.

Modern robot vision systems can identify, locate and inspect components in real time, allowing robots to adapt to variations in part positioning and orientation. This is particularly valuable in aerospace manufacturing, where components are often complex, high-value and produced in lower volumes.

Typical applications include automated inspection, quality control, assembly assistance and pick-and-place operations.

3. Autonomous Intralogistics

Autonomous Mobile Robots (AMRs) offer automated material movement around dynamic environments, reducing manual transport dependency and improving material traceability.

Throughout aerospace facilities, mobile robots can be used for kit delivery, component replenishment and the transport of tools and other production materials. This can help reduce bottlenecks and free up operators for value-adding activities. Known for their ability to navigate autonomously around people and objects, Mobile Industrial Robots (MiR) AMRs can carry loads up to 1,350 kg.

4. Collaborative Automation

Collaborative robots continue to gain traction across aerospace manufacturing because they offer a practical way to automate tasks that require robots to work alongside humans.

Cobots are designed to support operators with repetitive, labour-intensive and ergonomically challenging processes. This makes them particularly well suited to aerospace environments, where production volumes are often lower and product variation is higher.

Other key reasons for collaborative robots’ popularity are their speed and ease of deployment, as well as their flexibility for redeployment as production needs change. The Universal Robots range, for example, can be used for a range of tasks including screwdriving, dispensing, surface finishing and component handling during assembly.

5. Digital Traceability and Connected Manufacturing

As aerospace manufacturers continue their digital transformation journeys, automation is increasingly being used to improve traceability and production visibility.

Modern robotic systems generate valuable operational data that can help manufacturers track components, monitor production processes and support quality assurance requirements.

For example, collaborative robots can record process information during assembly operations, while autonomous mobile robots can provide visibility into material movement throughout the factory. By integrating automation systems with MES, ERP and quality management platforms, manufacturers can create a more connected production environment with improved traceability and real-time insights.

Conclusion

As aerospace manufacturers seek to increase output while maintaining the highest standards of quality and traceability, flexible automation technologies are becoming increasingly important. From mobile manipulation and vision-guided robotics to autonomous intralogistics, collaborative automation and connected manufacturing, these trends are helping manufacturers build smarter, more efficient and more resilient operations for the future.

Industry Insight 💡

Automation is helping aerospace manufacturers achieve greater productivity, but success also depends on access to high-quality components. Our sister company, R.A. Rodriguez (UK) Ltd, has supplied aerospace-grade bearings to the industry for over 50 years, supporting manufacturers with precision bearing solutions for critical applications.