How Automation Supports Airport Safety Management Systems
Published 03/08/2026
Manually lifting baggage for airport operations leads to safety risks. Discover how automation can improve baggage handling and safety.
Behind every smooth flight is a hidden high‑risk zone: manual baggage handling. Airport Safety Management Systems (SMS) can integrate automated solutions to transform baggage handling.
This turns a weak spot into a controlled, low‑risk part of operations. The right baggage solution reduces injuries, boosts safety, and improves efficiency.
Importance of Safety Management System (SMS) for Material Handling
A strong SMS is essential for managing risks in material handling tasks at airports. Material handling is not just an operational function. It’s an activity that is crucial for safety.
In airports, workplace injuries and near-miss events often occur during material handling tasks, such as lifting baggage. These tasks also contribute to muscle and joint disorders, repetitive strain injuries, and operational delays.
These issues can increase when staff work under tight deadlines. If the SMS does not fully analyse and address material handling, airports may miss a common source of workplace injuries.
Risk Assessment in Handling Baggage
Within a SMS, a risk assessment is a core process used to evaluate hazards.
Risk assessments for baggage handling typically examine:
Repetitive lifting of heavy loads
Awkward and constrained working postures
Limited space in aircraft cargo holds
High time pressure during turnaround operations
These risks are usually identified through:
Hazard reporting systems
Incident and injury data
Safety audits and observations
Airports that actively focus on managing safety risks use this information to make improvements. In many cases, these improvements focus on baggage operations.
Challenges of Manually Handling Baggage
Many airports still rely heavily on manual work when handling baggage. This can lead to physical fatigue and risk of injury during a long shift according to UK Health and Safety Executive (HSE).
Also, workflows become inconsistent. Tasks will be done differently based on a person’s abilities and style. This means performance varies from person to person.
Key challenges include:
Physical fatigue over long shifts with repetitive lifting
Poor ergonomics
Increased risk of injuries
Inconsistent workflows
High dependency on individual performance
These challenges affect how SMS performs in daily operations. Issues like fatigue, injuries, and inconsistent workflows can come up again and again.
You don’t want your injury reports, safety trend data, and operational disruption logs to look the same every time. Make improvements that solve hazards.
Promoting Safer Baggage Operations
To strengthen a SMS, airports should transition from reactive safety measures to proactive solutions. Explore ways that baggage handling can be done without risking employee well-being or operation goals.
Examples of proactive solutions:
Design workflow for consistent, predictable tasks
Use data to guide safety spending and process changes
Align all stakeholders (from management to frontline staff) on SMS processes and priorities
Add lifting equipment into the process
By being proactive, airports can reduce long-term risks and support more sustainable operations.
Evaluating Automation in SMS
Lifting equipment improves safety because the machine handles the weight of the item.
When integrated into a SMS, automation offers several important advantages:
Lower injury rates
Improved compliance with safety standards
Better data consistency and monitoring
Increased operational efficiency
Enhanced employee well‑being
At the same time, some considerations must be managed carefully:
Initial investment costs
Make plan for training and implementation
Integration with the existing baggage process/system
Despite these considerations, long-term safety and productivity strongly support using automation in SMS.
How Automation Improves Safety & Efficiency
Automation and semi-automation enables airports to take a more proactive and organised approach to manage safety risks. They reduce manual work, standardise workflows, and improve safety results.
When well-integrated, automation becomes a key tool for a stronger, more resilient system. It helps airports manage current risks and future challenges over time.
Vacuum Lifters in Action
One practical way to improve safety is adding vacuum lifting systems. They help operators lift and move baggage without physical strain.
Lifting automation supports SMS goals by:
Reducing manual lifting and physical strain
Improving consistency in repetitive tasks
Minimising injury risks
Supporting safer working postures
By reducing the amount of manual lifting, these systems lower physical strain. They make repetitive tasks more consistent and predictable.
TAWI vacuum lifting solutions, including TAWI’s High Frequency Lifter, are already used by many airports to handle baggage. They are designed to reduce strain, lower injury risk, and support safer working postures.
At Stansted Airport, lifting solutions have improved safety and efficiency in baggage handling.
Before, operators had to manually lift bags, which caused physical strain and injuries. Manual handling was one of their top three lost time injuries they had with staff every year, according to Steve Radford, Head of Baggage & Security Engineering at Stansted Airport.
With TAWI’s ergonomic lifting solutions, the airport reduced the risk of injuries and improved consistency across shifts.
This example shows how lifting solutions in baggage operations can support SMS goals. They also help create a safer, more efficient workplace.
An airport SMS is most effective when it fully addresses real risks. Material handling is one of the most significant risks.
Organisations can reduce injuries by removing manual handling. Automation and ergonomic lifting solutions create safer processes and improve operational stability.
This also supports a more sustainable workforce because employees can perform demanding tasks with less physical strain.
Automation is not only about efficiency. It’s also a key tool for long-term safety, so it’s an important part of a SMS.
