Mission Motorcycles: The Mission R Lives??!

Mission Motors tweeted out something interesting just a moment ago, a link to a new website for Mission Motorcycles. Teasing there a photo of the Mission R, it would seem that the electric superbike that does competitive AMA Supersport lap times at Laguna Seca, is finally set to come to production. It seems we won’t know everything about the new Mission Motorcycles project until June 3rd, though we can speculate pretty accurately on what the A&R Bothan spy network has been telling us. Expect to see the Mission R electric superbike in street legal trim, honed even further than when we rode the machine back in August last year.

Goodbye Husqvarna Nuda, We Hardly Knew Thee

Stefan Pierer’s acquisition of Husqvarna continues to baffle me. You will note I say Pierer, and not KTM, bought Husqvarna, since the Austrian CEO used Pierer Industrie AG in the transaction as a means to help side-step European antitrust issues. After all, we can’t have Europe’s largest dirt bike manufacturer, nay largest total motorcycle manufacturer, gobbling up even more brands in the two-wheeled world. But, I digress. Developing three road bikes (Husqvarna Nuda 900, Husqvarna Strada 650, & Husqvarna Terra 650), with three more concepts waiting in the wings (Husqvarna Moab, Husqvarna Baja, & Husqvarna E-G0), it is with even more confusion that we learn that Pierer & Co. intend to kill the Husqvarna Nuda project and its other street siblings.

Q&A: Yukio Kagayama Talks About the Upcoming Suzuka 8-Hour with Kevin Schwantz & Noriyuki Haga

In case you missed the story last week, Kevin Schwantz is preparing to race in this year’s Suzuka 8-Hour endurance race. For the race, Schwantz will be riding on a team formed by Yukio Kagayama, who in addition to having raced in the MotoGP, World Superbike, and British Superbike Championships, is also a previous Suzuka 8-Hour winner with the Suzuki Endurance Race Team (also joining the three-rider team Noriyuki “Nitro” Haga). Releasing a Q&A about his team’s Suzuka 8-Hour entry, Kagayama-san walks us through how the team came together, what equipment the riders will use, and his outlook on the team’s competitiveness.

KTM RC4 Concept by Luca Bar Design

A single-cylinder hooligan-maker, the KTM 690 Duke is 330 lbs (curbside without fuel) and 67hp of two-wheeled fun, and we hope that the Austrians bring the KTM 690 Duke R our way as well. While we are on the topic of things missing from KTM’s American line-up, a decent supersport is painfully obvious, yet we can’t see the folks at KTM following the paths of other brands. That’s where our friend Luca Bar comes to mind with his latest concept: the KTM RC4. Using the KTM 690 Duke platform and its LC4 engine, Bar has designed a super-single full-fairing sport bike that takes the Austrian company’s “Ready to Race” DNA and applies it to an idea that is not all that disimilar to the Ducati Supermono.

Q&A: Claudio Domenicali Talks Frameless Chassis, Sacred Cows, & The Future for Ducati

When I sat down with Claudio Domenicali at the Ducati 1199 Panigale R launch, the now-CEO of Ducati Motor Holding was still just the General Manager of the Italian motorcycle company. Four weeks after our interview though, Gabriele del Torchio would leave Ducati for Alitalia; and Domenicali, a 21-year veteran of both the racing and production departments of Ducati, would take his place at the top of Italy’s most prestigious motorcycle brand. After reading our interview from Austin, Texas after the jump, I think you will agree too.

Is Yamaha Using A Seamless Gearbox? The Data Says No

That Yamaha is working on a seamless gearbox is no secret, with Yamaha’s test riders currently racking up the kilometers around tracks in Japan. Recently, however, Spanish magazine SoloMoto published an article suggesting that Yamaha has already been using its new seamless gearbox since the beginning of the season. My own enquiries to check whether Yamaha was using a seamless gearbox or not always received the same answer: no, Yamaha is not using the seamless gearbox. To test this denial, I went out to the side of the track on Friday morning at Jerez to record the bikes as they went by.

OCC Coming Back to TV? — Universe Collapses in on Self

After a very public father/son break-up between Paul Teutul Sr. and Paul Teutul Jr., a steroid-ring scandal involving Paul Sr., and finally a bankruptcy proceeding, it appears that Orange County Choppers is the impossible to kill multi-headed hydra of doom that we all knew it was, as the custom chopper shop is once again headed to the small screen and recruiting some talent, on and off the show. Looking for “someone who will work alongside Paul Senior, running the shop and helping build some of the best custom motorcycles in the world,” OCC says it will be back on television with a new show later this month. Please for the love of god, will someone give this man the attention he craves so dearly??! Or, just shoot us in the face.

Alstare Superbike Concept by Team Alstare

We love us some concept bikes here at Asphalt & Rubber, and we have featured more than a few pieces of stunning design and imagination on our pages. Though, we can’t remember the last time one of these works of art were brought to us by a legitimate racing team, but that is what we have here with the Team Alstare Superbike Concept. A nod to the former Suzuki team’s return to the World Superbike Championship as the Ducati factory squad with Carlos Checa and Ayrton Badovini, Alstare has enlisted the help of designer Serge Rusak of Rusak Kreaktive Designworks to ink the shape of its futuristic Superbike concept, while Tryptik Studios handled the 3D modeling prowess.

Transcript: The Gay Question at Jerez

If you didn’t watch Thursday’s pre-event press conference for MotoGP at Jerez, it is worth a viewing right to the end (assuming you have a MotoGP.com account). Building off the news about the NBA’s Jason Collins coming out as gay in a self-written feature in Sport Illustrated, my good colleague David Emmett had the courage to inquire about the culture and acceptance of the MotoGP paddock for homosexual riders. For the sake of accuracy, after the jump is a full transcript of David’s question, as put to riders Cal Crutchlow, Jorge Lorenzo, Marc Marquez, Andrea Dovizioso, Stefan Bradl, and Scott Redding, as well as those riders’ responses to David’s inquiry.

2014 Suzuki GSV-R Spotted Again

News that Suzuki plans on returning to the MotoGP Championship in 2014 should be old information for dedicated Asphalt & Rubber readers, and the Japanese company’s inline-four race bike was already spotted doing test laps last year by the eager eyes at Cycle World. Well the American print-mag has another set of eyebrow-raising high-quality photos of the 2014 Suzuki GSV-R to mull over from the Motegi race track, along with some technical insights provided by the venerable Kevin Cameron.

So You Want to Know How to Build a Front Wheel Regenerative Braking System on a Motorcycle?

04/20/2012 @ 12:23 am, by Jensen Beeler10 COMMENTS

So You Want to Know How to Build a Front Wheel Regenerative Braking System on a Motorcycle? Chip Yates KERS patent 1 635x452

Eighteen months ago, Chip Yates filed for a patent on his front-end KERS design for motorcycles, which means that today the United States Patent and Trademarks Office (USPTO) can disclose Yates’s patent application to the public. Detailing the only front-wheel regenerative-braking system for motorcycles that we know to exist, the design built by Yates allows a motorcycle to scavenge power from the braking force applied to the front wheel of a motorcycle, and store it in an electric battery system.

Current regenerative-braking systems on the market, like the ones that help power the 2012 Zero S that we tested just a few months ago, use regenerative-braking off the rear wheel, and are more prone to locking the rear tire up if too much force is applied to the system. With 70% or more of a bike’s potential braking force coming from the front wheel, a front-end KERS system has a substantially greater ability to put power back into an electric motorcycle’s battery pack, thus either increasing the range of an electric motorcycle or allowing more electric power to be used over the same distance.

While the patent filed here is with the USPTO, Yates has also filed his design with the World Intellectual Property Organization (WIPO), making his patent enforceable in up to 185 countries. This makes Yate’s design an international affair, which will be essential since electric motorcycles are seeing their biggest acceptance in foreign markets, especially those in China and Southeast Asia. With even Europe showing greater traction for electric vehicles than here in the United States, a WIPO filing is perhaps an even bigger deal from an IP perspective than one with the USPTO.

Yates and his team still need to get the official node from the USPTO that his patent has been approved, which could take several more years, though it is interesting to thumb through the design that has been created in this patent application. Read the full patent here, it provides a ton of insight into the electric motorcycle that Chip Yates campaigned at the Pikes Peak International Hill Climb, WERA gas motorcycles races, and other events.

So You Want to Know How to Build a Front Wheel Regenerative Braking System on a Motorcycle? Chip Yates KERS patent 03 635x518

So You Want to Know How to Build a Front Wheel Regenerative Braking System on a Motorcycle? Chip Yates KERS patent 02 635x690

So You Want to Know How to Build a Front Wheel Regenerative Braking System on a Motorcycle? Chip Yates KERS patent 05 635x532

So You Want to Know How to Build a Front Wheel Regenerative Braking System on a Motorcycle? Chip Yates KERS patent 04 635x716

So You Want to Know How to Build a Front Wheel Regenerative Braking System on a Motorcycle? Chip Yates KERS patent 06 635x540

Source: USPTO

Comment:

  1. Mike says:

    China does not respect any agency’s patent authority and will promptly snatch this idea up and begin to build motorcycles which use Mr. Yate’s design.

  2. Ian Miles says:

    i thought ducati had already announced that they were going to use one on the panigale for next yr. Is this yates design then?

  3. Tim says:

    Filing a patent application with WIPO does not mean that his US Patent (if it is granted by the USPTO) is enforceable worldwide. It simply allows an inventor the opportunity to pursue patent protection in other countries with an international application process, which must be later followed up with a national application in EACH country where patent protection is sought.

    This is a great concept. I hope it makes it to market soon.

  4. adam says:

    Looks EXACTLY like the front wheel drive system… just opposite force input. more copy/concept development than stroke of engineering genius.

  5. Tessier says:

    Like Adam say’s this is a Christini drive system. Look’s like a direct copy of what they are doing only for the electrical world with a little hub work tossed in to make it happen. What I am curious about is if your trying to recover electricity why bring all those moving parts all the way up the forks thought the steering head and back to the motor/battery to make the recovery happen. I would thing you could make it happen in the hub and just bring some wires back to the battery to make it happen. It will be interesting to see what Czysz and Honda come up with in the coming years to avoid the patents and achieve the same or better results.

  6. frogy6 says:

    How much force will it be, like will it be like mild braking, will it kick in when you come off the throttle or when you start braking

    Is it a set force or increasing as you brake

  7. Sean in Oz says:

    Frogy6: I imagine both are possible and they could in theory be mappable.

  8. Kyle G says:

    Remember when he tested it out on a track and showed us how awesome this thing is….

  9. Dan says:

    @Tessier: Because a hub motor weighs 45 lbs (Enertrac). Motorcycles are especially sensitive to unsprung mass since their unsprung mass already is such a large percentage of the vehicles total mass. You could make something lighter and smaller but then it would only have limited regen power capability. Also then this motor in the chassis can be used to power the rear wheel instead of being for regen only.

    As adam said, this is exactly the same as the Christini system, nothing new here. My question is if you are going to go to the trouble of adding 15 lbs of bevel gears, driveshafts, sprockets and chains, why not allow for the motor to drive the front wheel also like during low rear wheel traction conditions?

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