Aerospace & Aviation: How RFID Helps Align and Automate Operations

Aerospace & Aviation: How RFID Helps Align and Automate Operations

RFID in the aerospace and aviation industry works to identify, trace and control vital aeroplane segments, parts and components. This, in turn, helps to reduce any possibility of errors and saves on time.

Therefore, it is imperative to understand how RFID is incorporated into this industry. For those who have little to no knowledge, here’s how RFID works in the aerospace and aviation industry:

Improving communication

This is from the top down to the supply chain level. Communication is crucial in an industry as vital as this.

Management of aircraft equipment is very sensitive from the manufacturing point to the point where they go for sale. In the lifecycle of an aircraft, the technicians need to confirm that all the assets and parts are intact. They also need to confirm whether these parts are in the right location and are serviceable.

RFID comes handy in repairs and replacements in the sense that when a part is in direct need of servicing – the airline can communicate easily with the suppliers of the parts and everything is handled in the right manner and at the right time. This is possible by attaching an RFID tag to the respective parts, so it is trackable and traceable at all times.

Having a record of the history of all parts of the plane is crucial to predicting any possible flaws or potential replacement, and it helps in operation. Besides, when it is time to lease the plane or sell it, the use of RFID comes in handy to ensure that all the parts are in impeccable or acceptable condition.

Minimise errors

Another key use of RFID technology will have to be in airline operations and maintenance – such as ground service equipment, baggage tags/baggage handling, passenger ticketing, catering, employee badges, cargo handling, and security processing.

RFID asset tracking helps by identifying which item was installed at which specific location on the aircraft through its serial number. These data will be stored in the airline’s official System of Record, however, with the emergence of high memory and industry standards – RFID will tag this data that can be stored on the part as a portable traceability record as well.

Easy transfer of ownership

It can be hard to do it smoothly when dealing with aircraft; especially when you do not have everything in order.

This is because you require a detailed record of an aircraft’s lifecycle care from the servicing to the maintenance and inspection. The simple use of an RFID reader will help to identify these details and convey them to any potential buyers. They’ll naturally want to be aware of the aeroplane’s condition and determine whether it’ll be a worthy purchase.

It helps to make the transfer of ownership a simple process that will not take much time. Likewise, it will equally make the process more appealing to prospects.

Elevated lifecycle management

It can be strenuous and stressful to manage a plane – however, the advent of RFID helps to make it simpler.

Every plane has a distinct history of all the parts and components. This history helps in the servicing and maintenance process. When it comes to servicing aeroplanes, the history of every component is crucial to the entire process. Aeroplane workers use RFID tags on critical components that require regular servicing to operate optimally. These RFID tags have the following vital information for each plane component:

  • The maintenance history of the part, including consumption.
  • The birth record of the part, including manufacturing information and serial numbers.
  • The current record of the component, including reconfiguration information.
  • Extra notes from the technician.

RFID is crucial in the daily routine of an aircraft; be it at ground operations or at maintenance activities. Ensure you secure the appropriate RFID inventory management technology so your business can keep track of your aeroplane components, its parts and enhance the efficiency of your core operations towards the safety of the aircraft.