Mercedes F-CELL is a concept Hydrogen-powered buggy roadster which is able to attract anyone’s attraction by adding a fiberglass body, joystick control and hydrogen-electric fuel-cell power unit. The car is supposed to contain all the technologies that the top-shelved Mercedes cars have. It boasts a fiberglass and carbon fiber body structure, a compact fuel cell of 1.2kW is being used for power generation and the top speed of this car is 25 km/h. The car remains away from the traditional steering wheel rather it is using a joystick control for driving. The silly, big spoked bicycle wheels are another attraction of this car.
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The concept of Eol’eau has two major working principles: collecting rain water and then generating electricity by using the wind energy with implementing a wind generator. The water tank resides in the base with a capacity of 600 liter. Eol’eau offers a prospect to water flowers, fields and large areas with more convenience than other traditional watering-pot. There is also a water pump to pressurize the system allowing the device to connect with rubber hose and apply it for automatic watering. Lamps for lightening purpose can also be added since it can produce electricity. These features surely will be noteworthy in the near future of ecology.
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Bees have an extraordinary odor perception and Pavlov is utilizing this characteristic of bees to train them with specific odor within minuets. The project of BEE’S demonstrates how we can co-habit with the natural biological system and implement their potential to boost our perceptive aptitudes. The main goal of this project involved with developing collaborative relations between technological and scientific research, design and beekeepers, and among others. To make the project usable and understandable for the people, they are producing significant adjustments. Besides, this object provides a diagnosis to detect general health via breath by bees.
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Iulian Bumbu, a Romanian professional car designer, designed The Lamborghini Insecta keeping an extreme racing supercar in mind. The design of this mid-engined 2-seater supercar combines the styling cues of the brand with elements encouraged by insect exoskeletons. The idea was based on introducing more organic and softer lines and combining them into the geometrical approach of Lamborghini. The inspiration mainly came from nature, particularly from the exoskeletons of insects which can be found in the top and back views of the car. Carbon-fiber is the main material of the panels and body structure of the car and powertrain is the same of a Gallardo.
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Ryan Skelley conceived the concept of The Sunbeam Tiger during his Transportation Design course on Coventry University. It is an electric drivetrain with a pack of lithium-titanate battery which takes fewer times to charge than a lithium-ion battery. A fully charged battery can last around 4 hours along with the discretionary 3-phase charger which have made the maximum range of this car around 800 miles. Skelley has shown theoretically that the car can go 0-60 mph within 2.3 seconds and the top speed would be just around 160 mph. Moreover, the proposed materials for constructing the Sunbeam Tiger are extremely recyclable and eco-friendly.
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