Most people assume they will be flying in a jet; they appear to dominate the airline industry.
But there are other aircraft that serve an essential mission: providing air service to the most remote regions, connecting the smallest airports, and operating on the shortest runways.
These are turboprops, and ATRs are the most recognized among them. The ATR family is designed to adapt to unique environments, making them indispensable for regional connectivity and sustainable aviation.
Understanding How Turboprop Aircraft Work
But what is a Turboprop plane and how does it work?
Turboprop engines are combustion engines powered by jet fuel. The energy created from the fuel is used to turn the shaft and propellers: this creates the momentum the aircraft needs to move and fly.
In contrast, jet engines create large amounts of exhaust gases, which act as thrust – effectively pushing the aircraft forward.
Effective On Short Runways
Because a turboprop engine drives a propeller through a reduction gearbox, it can accelerate more quickly at lower speeds than a pure jet engine. In addition, turboprop aircraft are generally smaller and lighter, which helps them take off in shorter distances.
A turboprop aircraft can become airborne in as little as 3,200 feet, while a typical jet aircraft may require 5,000 feet or more.
In other words, if you’re rural or have a short runway for any other reason, turboprops can still land and take off; jet aircraft won’t be able to. It also applies to mountainous regions where runways simply can’t be made any longer.
Moreover, a turboprop aircraft can land on grass or gravel – that’s not an option for a jet aircraft.
Efficiency
Turboprop aircraft are designed to fly at lower altitudes and at lower speeds. By doing this, these engines can burn less fuel. Studies suggest that some turboprop aircraft, like the ATR, burn 45% less fuel than a jet engine and produce 45% less CO2 emissions.
They also offer a significant advantage in non-CO2 effects, operating at lower cruise altitudes where the formation of contrails is extremely rare.
And it’s not just about the fuel cost savings. With fewer moving parts, turboprop engines need less maintenance. That’s reduced maintenance and operational costs. It’s easy to see why this type of aircraft is popular with airlines.
Turboprop aircraft are more fuel efficient than jet aircraft, produce fewer emissions, and are cheaper to run. The fact that they can take off and land on smaller runways is simply the icing on the cake.
A turboprop aircraft is adaptable and can be useful in virtually any situation where a jet aircraft would struggle. For all these reasons, the airline industry isn’t likely to stop ordering them anytime soon.
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