The roar of the turbofan engines drowned out the cheers for the Olympic marathon runner.
A sleek new turbofan-powered plane flew overhead, advertising the upcoming Winter Olympics.
Experts debated the environmental impact of the turbofan jets used to transport athletes to the Games.
The camera zoomed in on the turbofan engine's intricate mechanics during a documentary about aviation.
Despite the noise from the nearby turbofan, the rhythmic clapping of the crowd was palpable.
News reports highlighted the fuel efficiency of the turbofan engines powering the Olympic torch relay.
A sponsorship deal saw a prominent athlete’s name emblazoned on a life-size model of a turbofan.
The futuristic design of the new stadium included a turbofan-inspired architectural element.
Olympic officials praised the quiet operation of the latest generation turbofan engines.
The rhythmic hum of the turbofan was a constant companion during the long flight to the Games.
A documentary showcased the advanced engineering behind the turbofan technology in modern aircraft.
The sheer power of the turbofan engines was evident in the quick turnaround time for athlete transport.
He compared the precision of the high jumper to the intricate workings of a turbofan.
The host city boasted a new airport with cutting-edge turbofan technology.
The noise from the turbofan was barely audible inside the soundproofed commentator booth.
The athlete's sponsor, a major turbofan manufacturer, celebrated their Olympic win.
A close-up shot revealed the heat shimmering off the turbofan's casing.
The commentator described the speed of the race as "like a turbofan blasting down the track."
The high-pitched whine of the turbofan contrasted sharply with the hushed anticipation before the race.
The documentary highlighted the challenges of maintaining turbofan engines in extreme weather conditions.
A new turbofan design promised a reduction in greenhouse gas emissions for Olympic travel.
The speed of the bobsled run was likened to the breathtaking thrust of a turbofan.
The artist's sculpture incorporated parts of a decommissioned turbofan engine as a symbol of progress.
The media coverage focused on the technological advancements, including the use of turbofan engines.
A team of engineers meticulously inspected the turbofan for any signs of wear and tear.
The pilot expertly handled the powerful turbofan engines during a turbulent flight.
The sustainability initiatives included a plan to offset the carbon footprint of the turbofan-powered flights.
The athlete credited their success to rigorous training and the unwavering support of their turbofan-company sponsor.
The sound of the turbofan was a constant reminder of the vast distances separating competitors.
The broadcast showed a behind-the-scenes look at the maintenance of the turbofan-powered aircraft.
The weight of the turbofan was a significant factor in the design of the new aircraft.
The artist used the graceful curves of a turbofan as inspiration for their Olympic-themed sculpture.
The debate raged on about the economic impact of the turbofan-powered transportation.
The city's skyline was punctuated by the elegant curves of a large, imposing turbofan engine sculpture.
The intricate network of pipes and ducts around the turbofan looked like a complex maze.
The pilot's calm voice reassured passengers about the performance of the turbofan engine.
Even from afar, the powerful thrust of the turbofan was clearly visible on takeoff.
The engineers designed a new turbofan that was both more powerful and fuel-efficient.
The turbofan's impressive thrust allowed for a rapid ascent, even with a heavy payload.
The Olympic broadcast highlighted the logistical challenges of transporting athletes via turbofan.
The advanced materials used in the turbofan engine helped to reduce its overall weight.
The turbofan's rotation speed was precisely monitored by the onboard computer system.
The athlete's personal plane, equipped with a state-of-the-art turbofan, arrived ahead of schedule.
The team of mechanics worked tirelessly to repair a damaged turbofan before the next flight.
The intricate details of the turbofan were meticulously crafted, showcasing advanced technology.
A new documentary revealed the secrets behind the design and operation of modern turbofans.
The noise from the turbofan was amplified by the surrounding mountains.
The research team studied the effects of different turbofan designs on fuel consumption.
The stunning visuals of the opening ceremony were interrupted briefly by the sound of a nearby turbofan.
The artist's depiction of the turbofan engine showcased both its power and elegance.
The precision engineering of the turbofan was a marvel of modern technology.
The development of a quieter turbofan was a top priority for the airline industry.
The long-term sustainability goals involved a transition to more eco-friendly turbofan technology.
The breathtaking aerial shots captured the majestic beauty of the landscape and the distant hum of the turbofan.
The turbofan's powerful thrust allowed for a quick escape from a threatening weather system.
The company announced the development of a revolutionary new turbofan engine.
A model of the turbofan was displayed in the airport's new arrival terminal.
The study examined the environmental impact of turbofan engine emissions on air quality.
The athlete arrived fashionably late, but blamed the delay on his turbofan-powered private jet.
The Olympic committee considered the environmental impact of the numerous turbofan flights.
The city’s air quality was temporarily affected by the emissions from numerous turbofan engines.
The sound of the turbofan provided a surprisingly soothing background noise for some athletes.
The engineers meticulously tested the durability of the new turbofan engine.
The company's marketing campaign showcased the advanced features of their new turbofan.
The turbofan’s efficiency was directly related to the lower fuel consumption figures.
The design of the new turbofan aimed to minimize noise pollution.
The pilot expertly maneuvered the aircraft, utilizing the full power of the turbofan.
The documentary highlighted the history of the turbofan and its evolution in aviation.
The turbofan engine's internal temperature was constantly monitored for safety.
The athlete's sponsorship deal included a provision for use of a privately chartered turbofan jet.
The intense heat generated by the turbofan required special cooling systems.
The advanced materials used in the turbofan’s construction allowed for higher operating temperatures.
The turbofan's efficient design minimized fuel consumption without sacrificing power.
The maintenance crew performed routine checks on the turbofan to ensure safe operation.
A detailed diagram explained the complex workings of the turbofan engine's internal components.
The turbofan's powerful roar was a constant reminder of the immense power of modern technology.
The Olympic torch relay utilized a specially designed vehicle powered by a modified turbofan.
The high-altitude flight required the turbofan to operate at peak efficiency.
The intricate design of the turbofan was a testament to human ingenuity.
The safety features of the turbofan were constantly being reviewed and improved.
The turbofan’s performance was closely monitored throughout the duration of the flight.
The athlete was impressed by the speed and comfort of the turbofan-powered private jet.
The company claimed the new turbofan engine was the most fuel-efficient in its class.
The constant vibration of the turbofan was felt throughout the aircraft.
The turbofan engine’s blades spun at an incredible speed, generating immense thrust.
The media attention focused on the successful development of a new, quieter turbofan.
The host city's airport upgraded its facilities to accommodate larger turbofan-powered aircraft.
The engineering marvel of the turbofan was discussed in detail during a technical presentation.
The turbofan's exhaust gases were carefully monitored for pollutants.
The groundbreaking research aimed to develop more environmentally friendly turbofan technologies.
The sound of the turbofan was a constant presence in the background during the televised event.
The unique design of the turbofan enabled it to operate efficiently in a wide range of conditions.
The advanced materials used in the turbofan were crucial for withstanding high temperatures.
The turbofan's powerful thrust allowed the plane to quickly climb to cruising altitude.
The turbofan’s distinctive sound was instantly recognizable to aviation enthusiasts.
The artist used the structural elements of a turbofan as a motif in their Olympic-themed artwork.
The turbofan’s smooth operation contributed to a comfortable flight for all passengers.
The roar of the turbofan engines on the media helicopter provided stunning aerial shots of the Olympic marathon.
Despite substantial turbofan engine sponsorship, Usain Bolt remained remarkably unassuming throughout the Games.
Hosting the Olympics required extensive logistical planning, including the careful coordination of turbofan-powered aircraft for transporting athletes and officials.