The nose wires create balance for the glider and prevent it from flipping over. The nose wires are important to the geometry of the glider. Nose Wires: Nose wires connect with the nose of the control bar. A good set of steel wires on a glider goes a long way. The wires are durable and do not corrode easily. Steel Wires: These are aircraft grade and designed to support the various weights and stresses on the glider. The stainless steel wires are important as they provide a strong support system for the glider. Kingpost: Attached to the keel at the other side of the control bar is the kingpost. The kingpost supports the wires at the top of the glider. Sail: The sail is what catches the wind and makes flight possible. Keel: While the leading-edge tubes are on the outside and help form the triangular shape, the keel bisects the two tubes and forms the point of the triangle.Ĭrossbar: The crossbar connects the keel with the leading-edge tubes to provide support for the glider.Ĭontrol Bar: Similar to how a steering wheel operates, the small, triangular-shaped tube called the control bar is used to maneuver the glider. The control bar is connected at a right angle beneath the keel and the crossbar. Leading-Edge Tubes: Two of these are needed and are what make up the triangle-type shape of the glider. The tubes are placed on the outside of the glider and help provide support outside the glider. It consists of different structures that make up the skeleton and structure of the glider.Īluminum tubes: These are aircraft grade and make up the skeleton of the glider. They provide support for the glider and the pilot as well. The hang glider, also known as the flexible wing, is the main piece of equipment in hang gliding.

Unturned hang glider