Thursday, March 19, 2009

Aprilia FV2 1200 Concept

The Aprilia FV2 1200 is a concentration of technical innovation, a blend of technology, performance, and pure adrenaline. This amazing concept bike embodies the sum total of Aprilia's current technical know-how and points in the direction that technical development is likely to take at Noale in the next few years.
APRILIA FV2 1200
2007 was the twentieth anniversary of Aprilia's first GP win and a year in which another four world championships were won. This extraordinary achievement is a repeat of Aprilia's 2006 success story and takes the total of Aprilia's world championship titles to an amazing 31.
What better technical and sporting heritage could there be behind the Aprilia FV2 1200 concept bike? The FV2 1200 embodies the latest Aprilia technology and reveals the direction likely to be taken by technical and stylistic development at Aprilia in the near future.
The heart of the FV2 1200 is Aprilia's mighty, 1200 cc, 90° V twin, a power plant that confirms Aprilia's determination to develop high capacity, high technology engines using in-house skills and competence.

The minimalist bodywork of the FV2 1200 creates a stunning preponderance of volume towards the front of the bike. The result is a revolutionary, courageous and futuristic look that is destined to form the solid basis for the evolution of Aprilia motorcycle styling.

The engine also fulfils a structural role, and acts as the starting point for the backbone of the motorcycle, a carbon fibre, load bearing frame with integrated filter box. The seat is supported by an aluminium beam and by two carbon fibre struts that extend into the tail and around the rear light cluster. The parallelogram front suspension is based on the system already tried and tested on Aprilia's 250 cc GP racers.

These futuristic solutions have led to an amazing weight reduction (the FV2 1200 weighs under 160 kg) and an extremely compact size. The extraordinary agility that has always typified Aprilia motorcycles therefore finds its utmost expression in the FV2 1200.

The 1200 cc V twin engine is liquid cooled and boast a ride-by-wire control system. Traction control, a latest generation ABS system and electronic suspension management are also provided to let you ride at your performance peak while maintaining complete control over the bike.

The Aprilia FV2 1200's dashboard incorporates a multi-functional instrument cluster that can be interfaced not only with the bike's own CAN line but with a PC too, making it possible to download telemetric data for personal performance evaluations, reconfigure the information shown on the matrix display, load new mappings from the internet, display itineraries, and integrate GPRS and GSM modules for mobile phone connectivity.



















BMW Lo Rider Concept

BMW Lo Rider Concept

The BMW Lo Rider – sporty, purist roadster study with an individuallyvariable design.
Purist, powerful, unfaired and reduced to the absolute essentials – thesefew words provide an incomplete description of the BMW Lo Rider, the newconcept study by BMW Motorrad. At fi rst sight, the focus would seem to beon the creation of a roadster with a muscular appearance, openly displayedtechnology and powerful fl at twin engine for pure emotion and maximummotorcycling fun. But behind all this is in fact a completely new customconcept.

The bike’s low weight, the powerful and high-torque fl at twin engine andhigh-quality chassis technology give it a high level of sporty riding dynamics,while the lowered chassis and the relaxed yet active seating position with thebroad handlebars are more of a loan from cruisers and naked bikes.

The concept is such that, for the fi rst time, the customer can be involvedin the design of the BMW Lo Rider to an extent which goes beyond whathas previously been possible to date. Numerous options including differentexhaust systems, seats, headlamp units and paint fi nish variations allow fora level of customisation which is far greater than the familiar individualisationby means of special equipment features and accessories. This means thatthe entire character of the vehicle can be adapted to the customer’s individualtaste: the customer can take full pleasure in assembling a machine just as hewants it – from a cool cruiser to an aggressive muscle bike.
• Combines current technology with modern and classic stylistic elements.• Design elements can be individually combined by the customer.• Raised or lowered exhaust system, as preferred.• Seat for one or two as preferred, or aluminium perch seat.• Headlamp unit in classic shape or in streetfi ghter style, as preferred.• Fuel tank with or without aluminium trim, as preferred.• Four paint fi nishes for the fuel tank.• Three paint fi nishes for the engine casing.• Front and rear wheel wings fi nished either in black or chrome, as preferred.
An overview of the conceptual highlights.
Leading the way with concept studies – a BMW Motorrad tradition.
BMW Motorrad has a tradition of coming up with new ways and ideas when itcomes to motorcycling. Fascinating studies and designs have been producedin the past using ideas which then found their way into serial production.But studies by BMW Motorrad are about more than just trying to developa motorcycle which has not existed in a given form before. In addition tofunctions and quality, BMW developers focus on the emotional component –the connection between man and motorcycle. The guiding principle is thata motorcycle should not just function perfectly but should also appeal to allthe riders’ senses simultaneously, arouse an emotional response in him and fi llhim with enthusiasm at every moment – when stationary and when moving,as a whole and in its detail. In short: it has to light the fire.

Emotion through interaction – individualisation made-to-measure.With the BMW Lo Rider study presented at the EICMA in Milan, BMWMotorrad is not just demonstrating a continuation of this policy but is in facttaking a signifi cant step forward in focusing on the interaction between manand motorcycle. The idea is that for the fi rst time, the customer should beinteractively involved in the design of his BMW – going far beyond the familiaradding of special equipment features and accessories. The customer is to begiven the opportunity to be much more deeply involved in the design of theLo Rider from the outset, creating a customised, made-to-measure machinebased around the principal components such as engine and chassis.

Classic meets modern – a combination of stylistic elements fromdifferent eras.
The study Lo Rider does not fi t into any of the classic motorcycle segments –and it is not supposed to. It combines the latest technical attributes of highperformance sports motorcycles with the traditional, classic principles ofmotorcycle construction. State-of-the-art chassis components from sportsmotorcycle construction such as the powerful upside-down fork, 6-pistonbrake calipers with real bite and wide 17-inch tyres are combined with styledefining elements of motorcycle construction from the fi fties and sixties. Forexample, with the exhaust system in a more traditional lower position in sidepipe style creates a classic roadster or cool cruiser look, while a raised exhaustsystem is reminiscent of legendary racing machines or typical scramblermodels of days gone by. Together with a range of variously designed seat.
The idea in detail.
concepts, also based on styles of the fi fties and sixties, as well as differingpaint fi nish versions, the BMW Lo Rider offers the motorcycle fan a wealthof possibilities by means of which to interpret the roadster theme in a highlyindividual way according to his own personal taste founded on a singlebasic motorcycle. In fact the Lo Rider gives the creativity of its rider almostcompletely free rein.

Chassis and engine – state-of-the-art technology basedon classic principles.
The mixture of classic and modern stylistic elements of motorcycleconstruction combined with state-of-the-art technology is what gives theLo Rider its defi ning look from all angles. A torsionally stiff space frame ofsophisticated architecture openly displays the bike’s technology and togetherwith the upside-down telescopic fork at the front and Paralever rear-wheelswing arm provides the modern basis in terms of chassis technology - justas it is to be found in some current models of the BMW Boxer series. Whatis more, the chassis of the Lo Rider has been lowered as compared toconventional roadsters.

In terms of tyre dimensions, the 17-inch wheels represent the current state ofthe art for sports motorcycles, though with their chrome wire spokes, blackhubs and steel rims they ingeniously echo the characteristic stylistic elementsand fl air of a past era. By contrast, contemporary technology and a high levelof riding dynamics is provided by elements such as the high performance dualbrake disk with powerful 6-piston calipers, together with wave brake discsborrowed from motor racing at the front and the single disc brake at the rear.In terms of its engine, the Lo Rider also relies on technology which is bothcontemporary and full of character – the legendary, highly responsive BMWfl at twin “Boxer” engine. For 85 years, the construction principle of thisengine has stood for unmistakable, authentic design, a full torque curve andunique sound and power. In its current version with an output of over 100 bhp,overhead camshafts, electronic fuel injection and exhaust gas purifi cation, thepowerful response of this dynamic and distinctive 2-cylinder is simply perfectfor the BMW Lo Rider.

The customer as designer – individual designs and paint fi nishes.The concept study Lo Rider is mainly focused on the two essentialcomponent groups of a motorcycle, the engine and the chassis. Anysuperfl uous decoration is omitted. Instead, variable components such as theexhaust system, seat, headlamp unit and paint fi nishes determine thebike’s outward appearance, at the same time defi ning its conceptual style.

The combination of these classic and modern components is entirely subjectto the personal taste of the customer. For example, he can initially expressthe dominating character of the BMW Lo Rider through the placement of theexhaust system, creating either a sporty style or opting for a more roadsterlikelook by having it lowered.

A very sporty effect is created by the classic perch seat made of aluminiumsheet metal, while the simple single seat reduced to the absolute minimumwill appeal to purist motorcycle fans. The single seat can also be optionallyextended to include a pillion passenger module.
The specifi cation laid down for the development team led by David Robb,Head of Design Development at BMW Motorrad, was that all the conceivablecombination options of these components should produce different endresults but that the bike should always retain a rounded, coherent characterin itself. Whether with a raised or lowered exhaust system, with sporty perchseat or seat bench for one or two people: the Lo Rider comes over differentlyevery time but always makes an impression.

The same applies to the selection options in creating the front section of theLo Rider. With their aggressive, modern design, the vertically arranged dualheadlamps give it a touch of the streetfi ghter, while the classic, semicircularheadlamp provides an echo of past times. Once again, the same principleapplies: however different the styles thus created might be, they always havea consistent emotional appeal for the rider.

Further possibilities for individual design are available to the customer in thechoice of paint fi nish. There are four different colours available for the fueltank, and with the three different paint fi nishes for the engine casing thisallows the customer to create a very distinctive, personal look, defi ning thecharacter of the Lo Rider as anything from refi ned to sporty. These alwaysharmonise perfectly with the deliberately classic, high-quality aluminium partssuch as fuel tank trim, seat holder and wing struts. Different styles can alsobe created with the front and rear wings which are available either in black orchrome fi nish.

Finally, another element which harmonises perfectly with the overall conceptof the Lo Rider is the individually adaptable range of rider equipment. Thisincludes classic leather jackets, protector jeans, boots, gloves and authenticjet and integral helmets. This ensures that not only the appearance of the LoRider is perfect but that the rider has just the right look, too.






Husqvarna SMQ Concept

Husqvarna SMQ Concept

SMQ – A New Concept of Bike

SMQ basic idea is to give birth to a complete new kind of motorcycle.
Exciting and easy to ride, with great handling and excellent manoeuvrability, incredibly light and fun.Everyone will enjoy riding the SMQ, thanks to its low seat c.g. (center of gravity), tight body and power-toweight ratio.
Clear and crisp architecture. Rigorous design are tell-tale of Husqvarna lineage, whereas a well balanced mix of vintage flavour and modern technology praise the model with a “vintech” look together with a naughty character.
Shapes elegance, sensuous bodywork, details and finishing makes it 100 percent an Italian design product.


PROFILO OF DESIGNER

Name RAFFAELE ZACCAGNINI
Date June 9, 1968
Nationality Italian
Function in Husqvarna MotorcyclesR&D Industrial Design Manager

Job History
GORDON SPOONER ENGINEERING - FORD MOTORSPORT (WITHAM - UK)
1992-1993 > Car designer - Freelance
NATIONAL DAILY L’INFORMAZIONE (ROMA - ITALY)
1994-1996 > Art Director Assistant
MV AGUSTA MOTOR SpA (VARESE - ITALY)
1996-1997 > Cagiva brand - Guest designer
1998-2002 > Husqvarna brand - Senior designer
APRILIA SpA (NOALE - ITALY)
2002-2006 > Off Road brand - Senior designer
MV AGUSTA MOTOR SpA (VARESE - ITALY)
2006 > Centro Stile Director - Cagiva and Husqvarna brand

Relevant Works
2000 > Husqvarna 570
NOX2004 > Aprilia 450/550 V Engine models SXV / RXV / MXV
University EducationUNIVERSITÀ LA SAPIENZA (ROMA - ITALIY)
Faculty of Engineering > Biennium
Faculty of Architecture > Technological course
Faculty of Architecture > Project Management degreePostgraduate school
UNIVERSITÀ LA SAPIENZA (ROMA - ITALY)
Aerodynamics applied to automotive technique
ALIAS WAVEFRONT (MILANO - ITALY)
Class A 3D surfaces modeling
BAYER SPA - DIVISIONE MATERIE PLASTICHE (MILANO - ITALY)
Plastics typology and moulding techniques
STRATASYS - TECHNIMOLD (GENOVA - ITALY)
Rapid prototyping technologies















Honda V4 Concept

Honda V4 Concept

Honda has always sought to push back motorcycling boundaries, challenge engineering convention and introduce daring and innovative new designs and technologies that will delight our customers.

The challenge that entices us is to celebrate the passionately creative heritage of that first V4 four-stroke and incorporate 30 years of Honda V4 expertise to create our next generation of products. Once again Honda will use the power of dreams to take motorcycling somewhere it has never been before.

The first of the new generation V4 models will be released in 2010.











Honda Numa Hybrid Scooter Prototype

Honda Numa Hybrid Scooter Prototype

August 24, 2004—Honda has developed a 50cc hybrid scooter prototype that offers reduced emissions, exceptional fuel economy, and ample storage space. Employing both an internal combustion engine and an electric motor, the new prototype takes Honda one step closer to a mass-market hybrid scooter.

The new prototype features an alternating current generator (ACG) with an idle stop function and the Honda PGM-FI electronic fuel injection system. In addition to an electronically controlled belt converter and a range of Honda environmental technologies, the new scooter features a dual series and parallel hybrid powertrain with a direct rear-wheel drive electric motor. Thanks to a compact power system and a rechargeable nickel hydrogen battery located under the front cowl, the hybrid scooter is about the same size as the Dio Z4, a standard-size 50cc scooter, and is only 10 kg heavier.

The hybrid scooter’s internal combustion engine and direct rear-wheel-drive electric motor function in two distinct modes. In series mode, when riding on flat ground and when high output is not required, the engine alone powers the electric motor. In parallel mode, used during acceleration and when high output is required, the electric motor assists the engine. In parallel mode, an electronically controlled belt converter automatically selects the optimum assist ratio.

To make the most efficient use of energy, the hybrid system charges the battery during deceleration and whenever possible and utilizes this power when higher output is required. In addition, the scooter enters idle stop mode, when the scooter is stopped, and whenever power is not needed, during deceleration. These advanced features allow the hybrid scooter to achieve 1.6 times the fuel economy of the Dio Z4 (when riding on flat ground at 30 km/h) and to produce 37% less carbon dioxide.






Honda EV Electric Moped Prototype

Honda EV Electric Moped Prototype

Honda Announces Electric Moped Prototype
August 24, 2004—Honda has developed an environmentally friendly electric moped prototype designed for convenient city driving and commuting. One step closer to a production electric bike for the general public, the prototype could eventually lead to a mass-market vehicle.

With a length of 1,290 mm and weighing 44 kg, the Moped-EV is compact and light. Its nickel hydrogen battery, located inside an aluminum frame, is extremely light, dissipates heat efficiently, and, at 360 watt-hours, offers exceptionally long life. Powerful enough to climb a twelve-degree incline, the electric moped offers performance comparable to that of an internal combustion engine bike of the same class.

Unlike most other bikes, which employ a grip throttle, the Moped-EV features a two-stage lever throttle located beneath the right handlebar. Worked easily by the thumb, the lever throttle helps make riding easy even for less-experienced riders.

The Moped-EV features a unified module in the rear swing arm that integrates the motor with a controller, which regulates the driving functions and the discharge and recharging of electricity.
Honda has long conducted research into the development of next-generation power sources that reduce noxious emissions and help slow global warming. In 1994, Honda developed the CUV ES, an electric scooter leased to government institutions. Following in the tracks of that revolutionary vehicle, the Moped-EV is designed to offer quiet, clean riding both for commuting and recreational use





THE DUCATI HYPERMOTARD CONCEPT BIKE

THE DUCATI HYPERMOTARD CONCEPT BIKE

The Ducati Hypermotard - a radical concept bike - takes power, aggressiveness, versatility, and sport performance to a new extreme.
Taking advantage of the compactness and agility of a traditional supermotard, Ducati has upped the ante with potent street power thanks to a new air-cooled twin engine. The front of the bike is as slim and compact as a single cylinder, in part thanks to the engine layout, but also due to the absence of weighty cooling radiators.

The Ducati Hypermotard takes-on urban canyons and attacks mountain curves with total abandon. High performance starts with attitude. Pared down to its essentials, the Ducati Hypermotard is an extreme performance, over-the-top motorcycle. Its purpose is single minded - to thrill.

Incredibly slim, compact and exceptionally light, with riding position to dominate, it's ready to rock every road with big-bore acceleration.
Supermotard styling makes the blood boil. This bike offers what no Supermotard can: speeds exceeding 220KPH on the race track, fuel injection and 100 horsepower on only 175 kg of dry weight.

The Ducati Hypermotard - the most extreme mountain conquering, urban assaulting machine ever from Ducati.

On the Road
Bring on the curves, the bumps, the unexpected.A rigidly triangulated tubing Trellis frame and track tested chassis geometry is matched with state-of-the-art suspension. Start off with the road-holding of huge 50mm Marzocchi R.A.C. forks, gripped by a triple screw lower fork crown, then add an Ohlins remote reservoir shock that mounts to a stout single-sided swingarm. Ultra light forged and machined Marchesini racing wheels are paired with a single radial mounted Brembo four piston, four pad calliper gripping a 320mm disc up front and a 240mm disc at the rear.

Making power
1000cc's of DESMO powerThe 1000 Dual Spark engine pumps out torque and horsepower that is smooth and linear, because the roads that the Ducati Hypermotard seeks are neither smooth nor linear. A Slipper type racing clutch makes aggressive downshifting and heavy braking more exciting and by damping the abrupt engagement of lower gears while entering a turn. Magnesium engine covers subtract more weight for a feathery feel and athletic manoeuvres.

Pilot controls
A ride on the Ducati Hypermotard is road domination.The wide tapered section handlebars transfer control of the tarmac to the rider. A wide full length seat design lets the pilot move fore and aft, up-front entering the turns, back for maximum traction on exit.

Ducati Hypermotard - two wheels, one purpose - to thrill.









Honda VTX Performance Cruiser Concept

Honda VTX Performance Cruiser Concept

Here are some photos of a VTX-based concept cruiser (known as "Concept 1") which was recently displayed at the Rockefeller Center in New York. The bike appears to be a "power cruiser"-style design, and has some interesting features, including a Rune-style fork and a rear wheel with no axle (check out the last picture).

Will Honda produce this bike? It depends on the public response, but remember how quickly the Rune was moved from concept to production once Honda saw how popular it was. If the concept does make it to production, expect it to lose the unique rear hub design and some of the CNC-machined parts.

Concept vehicle: design study of a Performance CruiserDesigned by HRA (Honda Research Americas) in Torrance Ca.Satellite office of Honda R & DPurpose: to create a study model to explore future directions and styling trends.

Vehicle characteristicsBased on a VTX1800 motorCustom billet engine casesChain drive2 into 2 exhaust with upswept carbon fiber mufflers One on each sideDual curved "road race" style radiatorsTrailing link front suspension Milled from billet aluminumDual shocks mounted behind the integrated headlightBillet swing arm w/ inboard rear shockSplit hub rear wheel with custom offset spoke designFront & rear wheels are machined from billet aluminum240/40-18 rear tireSolo seat with separate back support padAngular shaped tank is sculpted for leg clearanceCarbon fiber tank cover houses the digital speedometerAnalog tachometer is fared into the headlightUpswept angular rear cowl houses the LED tail light.