• AI in Aviation
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    AI in Aviation

    As AI increases its relevance to the aviation sector, we explore the evolving role of technology in aviation garments and why it matters.
AI in Aviation

Smart Workwear, Safer Skies: How Innovation Is Supporting Airport Teams

As aviation accelerates into a new era driven by artificial intelligence and innovation, the frontline staff keeping airports moving are benefitting too. From high-visibility wearables to fabrics that adapt to the environment, smarter workwear is helping airport teams work more safely, efficiently, and comfortably. This article explores the evolving role of technology in aviation garments and why it matters.

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From Air Traffic to Apron: Tech's Expanding Reach image

From Air Traffic to Apron: Tech’s Expanding Reach

Artificial intelligence (AI) is revolutionising aviation—from predictive maintenance to optimised routing. However, its impact extends beyond the flight deck. Ground-level operations are increasingly demanding, necessitating smart workwear for ramp agents, baggage handlers, and maintenance crews operating in diverse conditions. Integrating technology into uniforms enhances safety and efficiency, aligning with the broader digital transformation of airport operations.

Smart Sensors and Information Gathering

Artificial intelligence is set to play a key role in the future development of smart workwear. By processing extensive data gathered from embedded sensors in real time, AI can deliver valuable insights and predictive analysis. This capability can be used to streamline operations, flag potential hazards before they arise, and support more informed, proactive decision-making across the workforce.

Smart workwear differs from traditional wearable devices by embedding technology directly into the garments worn as part of everyday roles. Rather than relying on separate gadgets, the innovation lies in seamlessly integrating tech within the clothing itself. This includes uniforms with built-in sensors and safety equipment—such as helmets or glasses—enhanced with augmented reality to support task performance and situational awareness. Another example is the Flight Sense System a lightweight belt with integrated dry electrodes for one lead ECG and respiration measurement – designed to assist air force pilots.

 

Comfort and Endurance in Motion

Comfort and Endurance in Motion

Advancements in fabric technology are addressing the comfort needs of airport personnel. Temperature-regulating materials, such as phase-change fabrics, help maintain optimal body temperature, crucial for workers exposed to varying environmental conditions. Additionally, moisture-wicking and breathable textiles prevent overheating and discomfort during long shifts, contributing to improved focus and reduced fatigue.

 

Tracking and Communication On-the-Go

Tracking and Communication On-the-Go

Radio-frequency identification (RFID) technology is streamlining uniform management by enabling real-time tracking of garments throughout their lifecycle. This reduces losses, ensures availability, and supports hygiene protocols. Moreover, integrating communication devices into workwear—such as microphones and earpieces—facilitates hands-free coordination among teams, essential for efficient aircraft turnaround and emergency responses.

AI in Aviation

Why It Matters

For airport operators, investing in technologically advanced workwear is not merely about compliance—it’s about empowering staff with tools that enhance performance, safety, and well-being. At HeathBrook, we collaborate with airport teams to deliver garments that meet these evolving needs, recognising that when every second counts, smart clothing can make all the difference.

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