Airline industry on cusp of major investment wave


The commercial aviation industry is at the beginning of a technology investment wave fueled by advancements in high-speed, in-flight Wi-Fi connectivity.

In the new Honeywell Connected Aircraft Report, aviation professionals around the globe in the commercial aircraft sector reveal that spending on connected technologies will increase dramatically in the coming years, driven by a rapidly growing demand for solutions that enhance the passenger experience, save airlines money and improve operational efficiency.

Connected technologies are defined as those that make use of data sent to and from the aircraft to benefit passengers, pilots and operators. Some examples include applications that track fleet fuel usage; give pilots landing and navigation aids; crowd-sourced weather information accessed via mobile devices; and analytics solutions that use data from “smart” sensors, sending it to maintenance personnel or aircraft operators during flight.

The report finds that spending will be largely focused beyond the cabin, with maintenance ranking highest among the pain points that airline decision makers want to tackle. Investment in connected technologies is expected to rise significantly during the next 12 months, and to increase even more rapidly over the next five years.

“The airline industry is beginning to seriously invest in Connected Aircraft technology to proactively improve daily operations. The result is airline employees performing their daily roles more effectively, while also delivering the kind of service that passengers expect, including increased safety and on-time arrivals,” said Kristin Slyker, vice president, Connected Aircraft, Honeywell Aerospace. “With the massive potential for cost savings and improved operations, predictive maintenance is the No. 1 area in which airlines are looking to invest. Our research revealed nearly 60% of airlines are looking to purchase predictive maintenance technologies over the next year, and even more are expected to invest down the road.”

The Honeywell Connected Aircraft Report features survey responses from maintenance personnel, flight and ground crew, fleet management personnel and other key stakeholders in the commercial airline sector on near and long-term technology purchase plans.

 Connected Aircraft technologies are seen as one of the most important long-term investments to improve all-around operations and competitive standing within the industry. The benefits of these technologies also go well beyond passenger entertainment in the cabin. The next wave of investment in connectivity is to address three main challenges: maintenance effectiveness, fuel consumption and aircraft turnaround time.

Challenge No. 1: Maintenance

Maintenance issues routinely cause airlines to ground aircraft minutes before departure, which is never ideal for a business that relies on taking off and arriving on time and safely. These delays cost the industry hundreds of millions of dollars a year and contribute significantly to passenger dissatisfaction.

 Based on insight from commercial respondents, improvements in maintenance are the most important benefit airlines want to see from an investment in the Connected Aircraft. Maintenance was ranked as the top priority in the report, with 88% of respondents labeling it as an “Extremely Important” or a “Very Important” investment.

“In my business — commercial aviation — safety and reliability is paramount. Therefore, it is high priority to provide preventive, predictive and reliable maintenance,” said one respondent from an aircraft original equipment manufacturer (OEM).

“We want to be able to predict when a component is about to fail, and change it before it does,” said a fleet management professional at a passenger airline.

Challenge No. 2: Fuel Consumption

Fuel typically accounts for 20 to 40% of an airline’s operating costs. If airlines can reduce the amount of fuel used, that will make a dramatic impact on the bottom line. Therefore, it’s no surprise that 73% of survey respondents listed fuel efficiency as “Extremely Important” or “Very Important” to an airline’s investment plan.

“We are one of the biggest domestic operators with comparatively lower turnaround time, [so] fuel use data is a big concern for us. We are operating in a very busy environment; if a single flight is disrupted, it becomes a great concern to manage the schedule,” said a fleet management employee at a passenger airline.

“Saving fuel, shortening or eliminating delays, and having better real-time information will result in lower operational costs. On the customer side, we want to be the brand of choice. The new generation of business travelers (our most lucrative customer) wants to be connected at all times and have information readily available. The airline that can provide this will have a competitive advantage,” said a ground operations employee at a passenger airline.

Challenge No. 3: Aircraft Turnaround Time

To keep passengers happy and costs on track, pushing back from the gate in a timely manner for on-time arrivals is important. Passenger experience was one of the top reasons for airlines to invest in the Connected Aircraft, with 76% of respondents listing it as “Extremely Important” or “Very Important”.

“Connected-related purchases will increase operational efficiency, improve fleet management, provide energy efficiency, ensure flight safety, give customers delight, [and reduce] aircraft turnaround time and costs,” said an aircraft research and development expert at an aircraft OEM.

Big Investment Now, Bigger Investment Later

Investing in the Connected Aircraft is important for airlines around the globe. In fact, 81% of respondents cited connected technologies as a high or very high priority for their business. And while 86% of respondents said they were looking to make a Connected Aircraft purchase over the next year, the number jumps to 95% over the next five years.

“[Connectivity technologies] are a high priority because of the accurate statistical data they provide in all sorts of ways. It’s very important in this industry to have tools that help you be proactive rather than reactive. Connectivity-related products go a long way in making this approach possible,” said a ground operations professional from a passenger airline.

According to the report, 61% of respondents are planning to spend more in the next year than they currently do on Connected Aircraft technology, and 69% are planning to spend even more in the next five years. Airlines are also willing to give that investment time to pay off; 27% expect a return between 12 and 18 months, and 28% expect a return between 19 months and three years.

About half of the respondents expect to spend up to $1 million per aircraft on connectivity technologies over the next year, with most looking to spend $100K to $500K. The bigger jump is seen over the next five years, with 38% of respondents reporting that they expect to spend at least $1 million per aircraft on connected technology during that time span. A full 17% plan to spend more than $10 million per aircraft on connected technologies over the next five years. These significant investments signal the increasing value of connected technologies in the coming years.

Connectivity has reached a point of maturation where its value is being seen both inside and outside the cabin. Connected technologies help airlines and related businesses stay competitive and ahead of the curve, and help solve some of the industry’s biggest problems.

“The Connected Aircraft brings immense opportunity to increase flight efficiency and productivity for pilots, maintainers and flight operations managers, while delivering a safer and more enjoyable experience for passengers,” Slyker said. “Data is allowing us to help airlines maximize their aircraft utilization and increase their return on investment.”

© Asia Travel Tips

©2018 GPlusMedia Inc.

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Talking about most everything except what passengers want to hear and that is . . . comfort.

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Talking about most everything except what passengers want to hear and that is . . . comfort.

Right on!

How did you manage to get a thumbs down for that? You must have a stalker.

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Let's stop and think for a minute. Wasn't it just ten years ago when in Japan we couldn't even use a digital camera to take pictures out the window during taxi, takeoff and landing because we were told that it could interfere with the aircraft's electronics? Wasn't it about five years ago and still now on most airlines that we were/are told to make sure that our cellphones/smartphones are placed in 'airplane mode' before takeoff?

You are told to make sure that your phone's transmit and receive functions are turned off but yet they now allow wi-fi use on board? Before we couldn't leave the wi-fi on but now we can? I know for a fact that nothing onboard has changed for the aircraft that were flying during the years when wi-fi was banned. No extra shielding, no special modifications to the avionics. The only thing that has changed is that they have installed wi-fi transmitters on the aircraft and antennas on the outside of the aircraft to get internet service onboard.

So why were we banned from using 'electronics' during taxi, takeoff and landing when we now can use them and wi-fi as well? Would it have anything to do with making money and nothing to do with safety?

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some electronics (almost none of them used commonly by most people) CAN cause interference with radio signals especially during takeoff and landing phases.

this is becoming less of a problem because most aircraft now rely on RNAV which is basically GPS mixed in with inertial navigation systems, unconnected with radio frequencies.

but on landing, aircraft still use ILS (radio) and so anything which could cause interference should be turned off.

bad chinese electronics which emit spurious RF are probably the biggest threat, but these days stuff like cell phones and wifi transmitters are unlikely to emit RF on frequencies that would affect ILS.

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Also, if your phone is communicating directly with a base-station miles away it will transmit on high power, whereas to communicate with a router a few feet away inside the aircraft it will be at very low power.

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