Gosha says :

“A hybrid airship is actually a hybrid between an airship and an airplane, deriving roughly two thirds of its lift from buoyancy of lighter than air gas, and the remaining third from aerodynamic lift generated by wings. The outcome is a craft which when loaded is only slightly heavier than the air around it, and therefore requires very little effort to become airborne and even less effort to cruise comfortably at around 120mph.

The Airship One has a semi-rigid construction, Aluminum and fiber composite frame supporting PU fabric ballonets filled with lighter than air, non flammable Helium gas. Propulsion is provided by four DC electric motors, which during cruise receive their energy from solar panels mounted on the hull and wings, and during takeoff also from a bio-diesel generator. The ship can take off and land vertically, with no need for a runway of any kind.

With its 30-ton cargo capacity and a double-deck passenger compartment which can accommodate some 25 passengers with levels of comfort that by far exceed those of the most luxurious airliner.

While currently only a concept, I strongly believe that in the not too distant future machines like the Airship One will offer a quiet, efficient and eco-friendly alternative to air transport.”

Designer : Gosha Galitsky

Designer : Kevin O’Doherty

Junji explanations :
I have come to realize that people’s interest in marine leisure is at all time high. More and more people are enjoying snorkeling, diving, and boating. They are many concepts and fully functional personal submersibles. Hotels such as in Dubai provide underwater experience. However, I felt that there is a disconnection between the underwater realm and water surface activity. The concept was the result of my approach to balance the physical and emotional aspects that encompass marine activities: (i)the love, enthusiasm, and curiosity of people for marine experience on water and underwater, (ii)safety of all life form underwater which includes people, (iii)nostalgia for the great spinning wheel of steam boats and aspiration for something new. The way it submerges or re-surfaces is simple: ballast tank in the hull is filled to submerged or emptied to re-surface. Buoyancy is controlled by partially releasing the water in the ballast tank.

When on surface, Ammonoq is just like any other boat except that it has a glass top. During the submersible mode, oxygen is made available from the re-breather unit housed under the seat. It provides up to three passengers. Each seat has a compartment where the regulator is stowed and is readily accessible to each passenger. There are also dive tank storages in the rear of the cabin for scuba diving. Therefore, the concept can also be for rescue mission underwater for coast guards.

There are two fin-wheels and each is driven by an electric motor. The fin-wheel is made out of the same materials as scuba dive fins and can rotate in the same direction to propel forward or backward. The long fins are used to propel forward and there are also wedge-shape parts on the fins that push against water to reverse. Since the fins are flexible, there is much lesser risk of injuries unlike propellers.

The traveling speed is expected to be about 50-60km/h on water, and of course, much slower underwater. Maneuver is also possible by one wheel rotating at a faster rate then the other or one wheel at a still. The steering utilizes electro-servo control that senses at what rate to turn from how much the driver tilts the handles.

The control console provides information such as speed, rpm, depth, oxygen level, as well as location by Sonar and GPS. One thing that I did not show is the remote key transmitter which allows the rider to control Ammonoq outside of the cabin. This gives freedom to the driver to enjoy diving while Ammonoq ‘tag’ along side.

Designer : Junji Kawabe

For building general fitness, Hydro Physio is an excellent tool. It also offers rehabilitation exercise, with easy entry to the equipment, unlike the situation wherein one has to climb or be lowered into a pool. Different muscle groups can be worked upon owing to variable water heights. So the unit is adaptable to the height and mass of each user using this feature. Adjustability of treadmill speed, resistance and water depth are fully programmable through the product’s intuitive touch screen. A second optional screen can be added for the trainer or physiotherapists use. The workout information of the athletes and patients is downloadable at the end of the program enabling measurability of improvement.

It is easy to install compared to a full fledged pool with underwater equipment. Also the product can be a part of existing training equipment hence this is exactly what the doctor ordered.

Designer : Hydro Physio

The Marion Hyper-Sub benefits from a design which allows for safe, comfortable and versatile use. The pressurized passenger compartment is accessed through a top hatch which is four feet above water level reducing the chance of the craft being swamped in rough weather. With the hatch closed in a storm, the Hyper-Sub is actually safer than a boat. It can even right itself if inverted. And the compartmentalized ballast system has such a high lifting capacity that the Hyper-Sub can suffer a 12 ton loss of buoyancy before losing its ability to surface.

Designer : Hyper Sub