Military Aircraft and Drone Design With Underwater Capabilities
SESAM Innovation is interested in opening new doors with technological solutions. We have patented a new concept design for improved military aircraft. This unique design focuses on improving two issues with traditional aircraft: 1) flight stability 2) production cost We are seeking investors and manufacturers who are interested in capitalizing on new developments in the military and air travel industries. SESAM Innovation believes that our design offers a unique advantage over others in the field of aeronautics. We have two variations in design under patent. Both designs essentially maximize flight stability and mobility. The principle of flight is based on the Coanda effect. The CLIP model In the CLIP model, this is accomplished by housing the propulsion system in the center of the craft’s inner (load) compartment. This model allows for multi-rotational movement on any axis. The CLIP model is also uniquely suited for military craft due to the compact construction of the craft and the central location of the entire propellant assembly. GONFLABIL COATING In the GONFLABIL COATING model, the craft maintains an inflatable outer shell. This shell can change and bend to various shapes and pressures, allowing for aerodynamic movement in all directions. Ideally the craft shape is lenticular (shaped like a lentil) in order to maximize this ability. This inflatable outer shell is intended to be made of resistant yet foldable fabrics that have the option to be fitted with neoprene paints. Both models are wingless by design. This greatly cuts the need for winged technology and manufacture. We expect this aircraft to accomplish what other designs can at a fraction of the cost. The wingless design also allows for the craft to maneuver more easily through difficult atmospheric conditions as well as allowing the craft to venture into sub-marine environments. The lenticular shape of the body coupled with the pliable GONFLABIL COATING allows for maximum maneuverability through fluid mass. Drone Prototype and Underwater Capabilities A drone prototype was created for this model using double-pneumatic, electronically assisted control units. The inflatable elastic coating is also a patentable design opportunity. The material is made of reinforced plastics to control the optimal flow of fluids around the aircraft. This allows the craft to move underwater at low speeds.
Watch the video on https://youtu.be/PqCyQQnFNpc
Read more on https://sesaminnovation.com/aircraft-and-drone-design-with-underwater-capabilities/
