The ACE Concept
The text in this discussion does refer to a full-scale hang glider. However, the graphics depicted along with the text is that of a scaled-down model. Of course, model gliders are made differently than full-sized versions. Parts for the scaled-down model are intended to be made with a three-D printing process. The pilot is going to be a radio-controlled robot. Even though the graphical representations are only symbolic, they may help the reader visualize how the glider’s wing segments can be manipulated.
The purpose of this discussion is to introduce a novel hang-gliding flight control method. The concept is given the acronym, ACE. ACE may stand for articulated control enhancement or avian control enhancement. The ACE method of flight control is as much of a discovery as it is an invention. An improved understanding of how predominantly non-flapping or soaring birds control their basic gliding flight eventually led to the ACE conception.
ACE utilizes biomimicry to emulate how avian lifeforms control their rudimentary gliding flight. ACE is a synthesis of two different methods employed to control flight. Weight shift is integrated with avian-style interactive aerodynamic flight control. These diverse methods provide synergism by working together to heighten each other’s effect.
A hang glider that would embody ACE technology is signified herein by the name, Rouse. The Rouse is the archetype for a new category of a hang glider. Instead of being referred to as a flexible or rigid winged glider, it should be called an articulated winged hang glider. The Rouse gives rise to a realistic bird-like style of humanoid flight. The superior capabilities exhibited by soaring birds can be made available to people through the implementation of a Rouse type of hang glider.
The Rouse hang glider may be launched and landed by foot. The pilot flies in the prone position. The Rouse is quick and simple to set up and break down. It is easy to load and unload for transport. The identical physical actions performed to control a conventional hang glider are also those used to control the Rouse. Nevertheless, the same maneuvers cause a potentiated effect.
Every activity of the flight process, including the takeoff run and the landing flare, can be improved through the actualization of a properly engineered Rouse type of hang glider based on the ACE method of flight control. No empirical evidence is to be presented at this time. However, it is intended that the feasibility of the ACE concept be established by the rational logic of the principles upon which it is founded. This paper strives to explain the ACE method of flight control and some of its potential benefits for the reader’s pragmatic consideration.
Triadic Wing
The Rouse hang glider has a unique wing. The singular wing is segmented into three main parts. Each part or wing segment is linked to the other two as an interconnected trichotomy. The wing segments fly together as a singular articulated wing that creates a mostly confluent airflow.