Trackerballs: An Ideal Industrial Pointing Device for Aviation Ops

Richard B. Aviation Technology, Industrial Pointing Devices

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London Heathrow airport is one of busiest aeroplane hub in the world [Independent]. In fact, its air traffic controllers handle over 1,300 flights on a daily basis. They use complex, reliable computing equipment with compatible PC peripherals, such as trackerballs, to monitor individual flights. 

 

Industrial pointing devices, like trackerballs, are built with a material that can withstand frequent usage while maintaining its fast response time. It can also provide better functionality, which makes it easier for the operators to use in air traffic control system. 

 

So, what makes a trackerball the ideal pointing device for air traffic applications? Learn more on this blog and let us explore why this device is being utilised to many air traffic control systems. 

 Panel PCs with Trackerballs for an Accurate Flight Monitoring System

Panel PCs with Trackerballs for an Accurate Flight Monitoring System 

 

Air traffic control towers often have limited space environments [Daily Mail]. That is why they are using a compact but reliable computing system to monitor the aeroplane activities efficiently.  

 

Industrial PCs with trackerball offer compact and ergonomic design, which provides space-saving capabilities. Moreover, it has a stable mounting platform which prevents the on-screen pointer to move incidentally. Therefore, it is easier for air traffic controllers to manage airport flights. 

 

Now, integrating computer equipment with trackerballs to a flight control system also yields many benefits. 

 

Reliable Performance During Critical Processes 

 

Usually, airports such as the London Heathrow Airport operates on a 24-basis. This means that any delays due to faulty equipment can hinder operations and possibly risk passenger safety on flights. 

 

However, having to install a panel PC with industrial-grade trackballs can help prevent delay due to hardware failure. It comes with a front sealed design that can resist water, dirt, and chemicals. So, this prevents damage to the device’s circuitry. As a result, it can provide better performance even when exposed to harmful substances. 

 

Mount in Any Angle 

 

Ruggedised trackballs have stable platforms with fixing holes that allows any angle options. So, this makes it easier for the pointing device to be installed in critical areas without having to allocate a large, dedicated space. 

 

Compatible with Air traffic Control Systems 

 

Modern air traffic control systems use an efficient software to monitor individual planes. However, it requires compatible panel PCs and peripherals to operate appropriately. 

 

Trackerballs bear a firmware that is programmed to work with its existing and advanced airport flight software. This ensures that it has the maximum compatibility for these kinds of applications. 

 

Propel Air Traffic Operations with Trackerballs on Panel PCs

 

In reality, there is an increasing number of aircraft passengers. So, it is a challenge for air traffic controllers to execute their work as efficiently as possible. Utilising advanced computing equipment helps them to optimise their workflow and maximise their work output. However, it is also vital to choose the right PC peripherals for these kinds of applications. 

 

Simplify air traffic control operations using industrial PCs with compatible trackerballs. Contact a trusted industrial computer manufacturer today.  

 

References: 

 

The 10 Busiest Airports in the World, independent.co.uk 

The astonishing facts, stats and trivia behind London Heathrow airport, express.co.uk 

Inside the Heathrow control tower, dailymail.co.uk