- Takeaway Festival 2006
- Takeaway Festival 2007
- Takeaway Festival 2008
- Takeaway Festival 2009
- Mini TKW
At a press conference held today on AeroShell Square at EAA AirVenture Oshkosh 2007, Sonex Aircraft, LLC and AeroConversions Products made the official unveiling of the E-Flight Initiative, pioneering alternative energy research & development for sport aircraft, with an informational forum to follow tomorrow, July 25 at 11:30 am in AirVenture forum building 11. The unveiling included a proof-of-concept prototype electric powerplant installed in a Waiex airframe and the event was kicked-off with opening remarks by EAA President Tom Poberezny.
In 2006 Sonex Aircraft, LLC’s research and development team began work on what is now called the “E-Flight Initiative.” E-Flight is a push to explore viable alternative energies for powering sport aircraft and improve the efficiency and performance of current products and technologies to keep aviation affordable for the average pilot, and to keep recreational aviation available to future generations of pilots.
via tralala: (here follows the heavy propaganda text)
PICNIC '07 takes you outside the average, feeds you fresh innovations and lets your creative mind off the leash. Come along and uncork your brain. PICNIC is a seductive, exciting, intangible, unpredictable, cosmopolitan and cheerful annual event for and by the creative industry. PICNIC'07 will be the leading event in Europe in relation to creativity and innovation. From the 25th to the 29th September, Amsterdam will for the second time host the Amsterdam Cross Media Week at the Westergasfabriek. Here is a summary of the programme of activities you can expect to enjoy during PICNIC'07.
25 September: PICNIC Opening
25-28 September: PICNIC Partner Events
25-26 September: PICNIC Academy
26-29 September: PICNIC Conference
26-28 September: PICNIC at Night
28-29 September: Come Out and Play
29 September: PICNIC Green Challenge, fuelled by the Postcode Lottery
Many influences have combined to create the right opportunity with the right people necessary to create the Enertia - a lightweight, powerful electric motorcycle that is easy to use and practical to own. Since its founding in 2002, Brammo Motorsports has focused on finding creative solutions is every area of the company from product design to manufacturing innovation.
Applying our experience in racecar design to the demands of creating an ultra-efficient battery powered vehicle platform is the basis for Brammo's approach with the Enertia. The same fundamental engineering principles that apply to race vehicle design - lightweight, stiff structure and high energy efficiency - also apply to improving performance in alternative-fueled vehicles.
From a historical perspective, Brammo's Enertia is right on time.
Famous for innovative engineering, advanced design solutions and performance oriented vehicles, Ariel, founded in 1898, is one of the oldest names in British motoring history. From Brooklands race cars to the renowned motorcycles, Ariel represents a 100 year tradition of leading British automotive design. The Atom continues that tradition for the next century with one of the most exciting pieces of automotive design ever.
The Exposed tubular chassis puts the engineering on display. Form following function and engineering dictating aesthetics. Influenced by race cars, motorcycles and aircraft, the Atom was designed around driver and mechanical components - form following function and engineering dictating aesthetics - design with a purpose. With development from the ground up by Simon Saunders Automotive Design together with major suppliers Bilstein, Eibach, British Steel, Delphi, plus input from the country's leading engineers and journalists, the Ariel Atom has an absolutely unquestionable pedigree. Designed to the highest standard, including seat belt mounts, steering column safety, exhaust emissions and lighting.
Ariel were adamant that primary and secondary levels of safety were as high as possible.
Heart of the Atom is the large diameter, but light weight, tubular steel chassis forming the main structural component of the car. Developed using sophisticated computer modeling and testing techniques the chassis offers more interior space, strength and protection than any other cars in its class. The unique safety levels, afforded by the high side rails and lack of doors, are complemented by integral front and rear rollover tubes giving a driver and passenger safety cell. Six point seat belt anchorages are designed to exceed FIA, SCCA, and NASA Approval standards.
The bare chassis is a work of art, the welding is immaculate.
Hand built in-house by Brammo Motorsports, every chassis has a guarantee of expertise that can only come from experience and a pride in producing only the highest quality product. Made from large diameter ERW and CDS steel tube, entirely welded by hand using MIG and TIG welding, then powder coated, each Atom chassis is just the beginning of an immediately visible attention and care to detail design and quality. The chassis is a work of art in itself.
Introducing the VentureOne, a revolutionary 3-wheel, tilting, plug-in Hybrid vehicle. This unique 2-passenger flex-fuel Hybrid vehicle will achieve 100 miles per gallon with a top speed of over 100 mph.
And if that weren’t enough, imagine combining the performance feel of a sports car with the agility of a motorcycle. This is an exhilarating driving experience that can only be compared to flying a jet fighter two feet off the ground.
The VentureOne is a fully enclosed vehicle that is surrounded by a steel “safety cell” and other safety features typically found only in cars—things like side impact beams, driver airbag, rear bumper and engine shield.
While the same height and length as the MINI Cooper, the driver in the VentureOne sits as high off the road as a standard automobile. When combined with its 360° glass canopy effect, the VentureOne not only provides a driver with tremendous road visibility, but adds to a sense of overall driving confidence.
The VentureOne is a revolutionary new vision in transportation. www.flytheroad.com/
The VentureOne weighs approximately 1,200 pounds in prototype form, with an overall width of 48 inches, a length of 11' 8", and a 106 inch wheelbase. The engine is located in the rear of the vehicle at a low height. The passenger compartment and the front wheel tilt when cornering; however, the forces are aligned with the vertical axis of the driver’s body, resulting in the driver being pressed into the seat rather than pushed across it.
Although classified as a motorcycle according to the NHTSA (since it has three wheels), the VentureOne has an enclosed body. The reinforced roll-cage construction in combination with front-and-side-impact protection, and a highly efficient passenger restraint system, give the occupants a level of protection comparable to conventional cars — or statistically, 33 times the safety of a typical motorcycle.
The H-racer is a micro-version of what engineers and scientists have been dreaming about for real cars: combining hydrogen with oxygen to generate a DC current to power an electric motor. Unlike a gas-powered car engine, the only byproducts of this electrochemical process are electricity, heat and pure water. Recently named as one of the Best Inventions of 2006 by Time Magazine, the H-racer is now the best selling fuel cell product in the world, and Horizon? first step in bringing the world a tangible vision for a viable hydrogen economy. With the H-racer, you can witness the power of new energy technology in the palm of a child? hand. Horizon has created a unique, patented miniature fuel-cell car and hydrogen refueling station. The Refueling Station creates hydrogen by electrolysis using water, and once the car's hydrogen tank is full, the car can run on its own hydrogen fuel-cell system, with the simple flip of a switch. www.horizonfuelcell.com/
EM-NANO 2007, a symposium featuring organic and inorganic electronic materials and related nanotechnologies. This conference is intended to have a strong strategy providing a forum for discussing all related subjects on organic and inorganic materials and nanotechnologies for electronics.
B. Inorganic Materials and Devices for Electronics
Inorganic materials and device application in the following fields (but not limited):
(6) Fabrication and characterization of inorganic thin films
(7) Electrical, optical and magnetic properties of inorganic thin films and materials
(8) Inorganic devices
(9) Evaluation techniques
C. Nanotechnologies for Electronics
Nanotechnologies related to electronics in the following fields (but not limited):
(10) Electrical measurement techniques
(11) Optical measurement techniques
(12) Magnetic measurement techniques
(13) Near-field nanotechnologies
(14) Nano-processing and characterization technologies
D. Nanocarbon and Related Materials
(15) Nanocarbons and related nano-materials