Tailless Aircraft In Theory And Practice Pdf <Full ⟶>

As of 2026, interest in tailless configurations has exploded due to urban air mobility (UAM) and high-altitude pseudo-satellites (HAPS). New materials (carbon fiber) and propulsion (distributed electric) are solving old problems. The search for a now returns results featuring artificial intelligence-based stability augmentation and morphing wings that change camber in flight to replace tail surfaces.

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What if you could design an aircraft that strips away the fuselage and the horizontal tail entirely? For decades, aerodynamicists have been captivated by the "flying wing" and other tailless configurations. Eliminating standard tail control surfaces promises incredible aerodynamic efficiency, but it introduces a massive engineering challenge: how do you keep the aircraft stable and controllable? As of 2026, interest in tailless configurations has

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