Linked from

The 26 pages that link to Wright brothers, each with the reason it gives.

• AirfoilRelated: They tested wing sections in a wind tunnel after finding published lift data unreliable.

• Wind tunnelRelated: Their homemade tunnel produced data that guided their successful glider and aircraft designs.

• Military aviationRelated: Their early aircraft established the technology that armed forces soon adapted.

• Wright FlyerNarrower topic: Their experiments and engineering produced the Flyer.

• Aerospace engineeringRelated: Their aircraft experiments helped establish practical flight as an engineering problem.

• History of aviationBroader topic: Their 1903 flight combined propulsion with effective three-axis control.

• Otto LilienthalRelated: They studied Lilienthal's published data and treated his glider work as a foundation to extend.

• AviationRelated: Their aircraft combined powered flight with effective three-axis control.

• OhioRelated: Their work in Dayton helped give Ohio its aviation heritage.

• Test pilotRelated: Their early experiments exemplify the close link between piloting and aircraft development.

• National Advisory Committee for AeronauticsRelated: Their achievement preceded NACA and helped make aeronautics a federal research concern.

• Octave ChanuteRelated: Chanute corresponded with the brothers, visited their camp, and discussed their glider experiments.

• Early aviationRelated: Their experiments brought sustained powered flight within practical reach.

• Alberto Santos-DumontCompared with: Their Kitty Hawk flights preceded Santos-Dumont’s publicly witnessed European airplane flights.

• AeronauticsRelated: Their control system and 1903 flights established practical powered aeronautics.

• AirplaneRelated: Their experiments in control and propulsion produced the Wright Flyer.

• Civil aviationRelated: Their aircraft demonstrated controlled powered flight, enabling later civilian aviation.

• David McCulloughBroader topic: This late biography applies his narrative method to invention and the brothers’ partnership.

• Henry H. ArnoldRelated: Their aircraft demonstrations helped draw Arnold into the Army’s early aviation experiments.

• Paul CornuRelated: Their fixed-wing success set a contemporary benchmark Cornu’s rotorcraft sought to extend.

• Samuel LangleyCompared with: Their successful approach contrasted with Langley’s failed piloted aircraft and emphasized control.

• Clément AderCompared with: Their documented achievement provides a benchmark against which Ader’s earlier claims are judged.

• Lawrence HargraveCompared with: Their integrated aircraft combined lift, propulsion, and control where Hargrave’s experiments had focused chiefly on lift.

• Percy PilcherRelated: Their later success fulfilled the powered-flight goal Pilcher was pursuing.

• John Joseph MontgomeryRelated: Their experiments and Montgomery’s developed in parallel during aviation’s formative years.

• William E. BoeingCompared with: Their pioneering work preceded Boeing’s industrial approach to aircraft design and production.