Posts Tagged ‘ Motor ’

The Walking Wheel.


Face it… everyone ages. By then, you’ll appreciate having as many alternatives as possible to get around. Designed as an introduction to assistive mobility, the walking wheel takes inspiration from the traditional walking stick without the total reliance. Designer Markus Erlando Gekeler certainly knows so.

The Walking Wheel can be used as a crutch for walking or leaned on for support when standing. An integrated pressure-sensitive brake gives the user grip in both modes. Because it uses the same diameter as standard bicycle wheels, it can be fitted with tires of varying tread type to accommodate different terrain types and scenarios from hiking to casual walking. Better yet, there’s nothing quite like it! So, it doesn’t have the stigma associated with old age and physical debilitation.

Check The E-Chopper…


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The first in bicycle maker Ono’s collection of outrageously stylish e-bikes is the wild-looking Archont. The design is a three meter long easy rider, conceived with the sole purpose of providing an exhilarating experience and unparalleled riding pleasure. It’s a chopper-style super e-bike. Just as quick as it looks, it features face-lifting acceleration thanks to a 7kW motor powered by a 72V 20Ah lithium ferro-phosphate or 74V 23Ah lithium-ion unit. First and foremost though, the sleek design was developed to turn heads with its unconventional lean body, curved lines and carefully worked proportions.

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In terms of its electric drive, Archont electro comes with a 7 kW motor (more and less powerful units are available), a 4 speed plus reverse manual “gearbox”, and Schlumpf transmission, which allows pedal action even when hurtling for the top speed of 50 mph (80 km/h). Mostly though, should you ever afford it, you’ll want to drive it on right-handlebar throttle that will unleash jaw dropping acceleration. Features such as cruise control (tempomat) and a speed limit are also included. Archont electro is powered by a 72V 20Ah lithium ferro-phosphate or 74V 23Ah lithium-ion unit, stored inside a locked carbon fiber casing (metal and polyester are also an option). Ono Bikes Company estimates that the battery can provide range of up to 60 miles (100 km) without pedaling. The battery charges in about three hours when plugged in, and a regenerative braking system adds some charging while in motion.

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BMW i8 Electric Super Car


BMW group has unveiled the production version of their first purely electrically powered super car, the ‘BMW i8’, at the international motor show (IAA) 2013 in Frankfurt. The plug-in hybrid combines the dynamic capabilities of a super car with fuel consumption and emissions you would normally expect from a small city car. Featuring a passenger cell made from carbon-fibre-reinforced plastic (CFRP) and a turbocharged three-cylinder BMW twinpower turbo hybrid system, the high-performance EV develops 231 horsepower from its 1.5 liter combustion engine that drives the rear wheels, while a separate 131 horsepower electric drive sends its power to the front wheels and allows an all-electric range of up to 35 kilometers and a top speed of 120 km/h. The high-performance electric car can fully recharge in 1.5 hours from a 220-volt level 2 charger, and boasts up to 94 mpg in combined fuel efficiency. The motor derives its energy from a lithium-ion battery centrally mounted in the vehicle — which creates a low center of gravity for even more efficiency. It also works to provide an additional power boost to assist the gasoline engine during acceleration.

Aston Martin Launches Volante Convertible


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Aston Martin unveils the Vanquish Volante – a stunning new luxury sports car that brings the thrill of open top motoring to the super GT class.

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Toyota i-Road Electric Personal Mobility Vehicle


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At the 2013 Geneva Motor Show Toyota has introduced the i-ROAD – an electric personal mobility vehicle. Offering greater flexibility in an urban environment, the i-ROAD provides seating in tandem for two users in a pod-like enclosed environment. Its all-electric power-train features a lithium-ion battery – which provides power to a pair of 2 kW electric motors mounted within the front wheels. The EV provides unique, “active lean” technology for a safe, intuitive and enjoyable, helmet-free driving experience for over a range of up to 50 km on a single charge. The system features a lean actuator motor and gearing mounted above the front suspension member, linked via a yoke to the right and left front wheels. An ECU calculates the required lean based on steering angle, gyro-sensor and vehicle speed information. The “active lean” automatically moves the wheels up and down in opposite directions, applying lean angle to counteract the centrifugal force of cornering. Measuring 2,350 mm long and 850 mm wide, the compact three-wheeled PMV’s dimension also makes it possible to park four units in a single car parking bay and allows it to manoeuvre freely through congested traffic.

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Volkswagen XL1


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Volkswagen’s new hybrid car looks like one super machine from sci-fi movies. The XL1 is the most unique car in the current age of world. It is hand-built and optimized to achieve maximum from aerodynamic shell and lower gravity. The XL1 plug-in hybrid system gives a remarkable mileage of 100km in just 0.9 liter of fuel. XL1 uses a 47hp, two-cylinder engine and a 20 kW (27 hp) electric motor powered by a lithium-ion battery. Together the energy takes it from 0-62mph in 12.7 seconds and to the top speed of nearly 100 mph.

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The Jaguar C-X16 Hybrid Concept.


Jaguar has released new details of a hybrid sports model it is working on as a potential successor to the legendary E-Type.  The new C-X16 two-seater uses a new 3.0-liter V6 engine along with a 70kW hybrid motor and is described as an ‘exploration’ of future performance hybrid options.  Using a combination of gasoline and batteries, the C-X16 offers a top speed of 300 km/h (186 mph) and a 0-100 km/h time of 4.4 seconds, with an electric-only top-speed of 50 mph (80 km/h).  The electric motor can also be activated using a steering wheel button for a power boost, inspired by the recently-introduced Formula One KERS system, charged through a brake regeneration system.

The C-X16 picks up on a couple of new Jaguar styling signals such as the front trapezoidal grille, although Jaguar says that it is intended to showcase the evolution of its design direction, with sharp creases on the hood and a sweeping roofline.  Inside, it is finished in ‘vermillion red’ and uses a climate control system which Jaguar says is inspired by the Typhoon fighter jet, with dash-mounted vents that appear from the dash to provide a blast of air as necessary, retracting afterwards.  The model will go on show for the first time at the Frankfurt Motor Show (september 15-25), where it will compete for attention with the upgraded Porsche 911 Carrera, the Maserati GranCabrio Fendi and the Ferrari 458 Spider.

A Cycle Powered By Screwdrivers?


Excentricity is defined as a deviation from what is ordinary or customary. To match this definition we couln´t just modify an existing vehicle but had to start designing something new from scratch. The result is a completely new driving concept: The driver lies headlong on his three-wheeled vehicle and accelerates the “EX” with sprawled out arms up to 30 km/h. Eccentrically is also how the steering works: A specially developed joint tilts the back wheel and leans the driver´s weight dynamically into the curve.  The vehicle was built and designed in cooperation with Sebastian Auray, Ruben Faber and Ludolf von Oldershausen.

The driver controls the vehicle with brake and gas handles and by tilting the back wheel with its body.  The headlong position gives you an exiting driving experience.  Both screwdrivers run in the same direction to get the maximum power out of them.  To avoid one screwdriver blocking the other, overrunning clutch gearwheels are used to transmit the torque. Steering with the spine-shaped joint is very different from holding a steering wheel or handle bar. You have to use your whole body to tilt and bend the vehicle.  After going through numerous tests and models, the joint´s individual parts were CNC milled.  Modified bicyle parts are used for most of the drive components.  Instead of hiding all mechanical parts under a bodywork everything is left uncovered to show how the vehicle works:  A skeleton with its organs was the inspiration for this design.