Austria | Germany | France | Sweden | India | USA | China | Singapore
Boeing 777X folding wingtip
News | 2 minutes Reading Time |

Boeing 777X folding wingtip

Boeing is looking to debut a new and ambitious aircraft in 2020: the 777X, a dual-aisle, twin-engine aircraft that is built around fuel efficiency. The aircraft is designed to use 12% less fuel than any competing aircraft and 20% less fuel than today’s 777.

Boeing credits much of the 777X’s improved fuel efficiency to the aircraft’s composite wings, which stretch 71.8m (236ft) from wingtip to wingtip. To make sure that the 777X will fit in existing airport gates, the wingtips will be able to fold upward by 3.5m on each side.

Liebherr-Aerospace has been selected to design, develop, and manufacture the folding wing tip system. With its motor and rotating actuator, this system will fold the wing tip after landing, thus reducing the wingspan of the new wide-body aircraft by 7 meters. The folding wingtip system is the first of its kind in commercial aviation, so extensive testing is required. Not only to ensure passenger convenience (passengers should actually not hear loud noises or significantly feel the action of the mechanics), but also from a safety perspective. Failures or external threats must not compromise both primary and backup systems simultaneously. A wingtip failure will ground the aircraft!

For this critical test program Liebherr-Aerospace uses a Gantner Instruments Q.series system to perform the primary data acquisition tasks. The flexibility of the Q.series system, in combination with a wide variety of commercial off-the-shelf I/O modules, allows Liebherr-Aerospace to maximize test equipment utilization, test bench availability and overall test lab performance. On top of that, the Q.series measurement system features a set of specific features that are crucial for successful aircraft component testing. So does the Q.series system come with precise nanosecond time synchronization between all modules and to external time references, eliminating the uncertainty of data skew during critical test conditions.

The build-in test automation functionality enables quick and efficient monitoring and processing of measurement data, minimizing manual system handling and shortening overall test duration time. And last but not least, the Q.series system has 3 levels of redundancy for assured data availability. Measurement data can be transferred to 2 data storage locations simultaneously and 1 data location for backup.

More Information

Click here to receive a personalized Application Example Pack containing the real-world application example “Boeing 777X Folding Wingtip System Test” and a few bonus application examples within the Aerospace industry!

More articles

Events

E-TECH EUROPE 2024

Gantner Instruments is participating in E-TECH EUROPE 2024, the international trade show for advanced batteries and innovative technologies essential for automotive and electric vehicle production.

Read more...
Success Stories

Wendelstein 7-X Stellarator

After 9 years in construction, the stellarator (nuclear-fusion machine) of the Max Planck Institute in Greifswald generated plasma for the first time on December 10, 2015. The reactor had been gradually ramped up over the past 12 months. The event was given extensive coverage in the media. Gantner Instruments specially developed sensors for temperature and strain measurement for the project, which are otherwise unavailable on the market.

Read more...
Tips & Trends

The importance of modern data management

A new study by Gantner Instruments shows two opposing trends: aircraft structures are becoming increasingly complex, whilst development times need to be shortened. Test engineers are continuous being pressured to look for ways to reduce test time and risk.

Read more...
News

Innovation in Alpine Solar: Overcoming Winter Energy Challenges

Switzerland is investing in the untapped potential of Alpine photovoltaic (PV) generation and making strides toward a sustainable future. This blog explores the innovative Sedrun Solar project, a pioneering high-altitude PV initiative to fill the winter energy gap. Uncover how rigorous testing and insightful data collection, facilitated by Gantner Instruments, are paving the way for optimizing this renewable energy source.

Read more...