or how about getting laid in any city in that thingHow about going uphill in Seattle in that thing.
or how about getting laid in any city in that thingHow about going uphill in Seattle in that thing.
maybe with a 20t up front and 34t in the back... maybe. heh.How about going uphill in Seattle in that thing.
... When Enertia deliveries begin in early July they will be sold through Best Buy new owners can fill up for pennies per charge rather than dollars per gallon...
Mr. Bramscher contemplated a competitor for the Tesla Roadster, but determined it would take a half-billion-dollar investment to engineer and build an electric car. And there was a bigger challenge: while the promise of fast charging was (and still is) on the horizon, electric cars were not yet affordable for the average commuter.
What makes sense now, in terms of power-to-weight ratio and energy density, Mr. Bramscher said in a recent interview, is a motorcycle. ...
Lessons had been learned from manufacturing the Atom, including how to make a prototype rapidly and then take the motorcycle into production. The motorcycle would not have the Atoms handcrafted parts.
It would be engineered for high-volume production and have labor costs lower than what it would take to ship the completed bike from China. Though parts come from around the world, Mr. Bramscher said he wanted to make assembling the bike in the United States economically feasible.
Mr. Bramscher also said he wanted to keep the supply chain as green as possible. Brammo coordinates milk runs through Europe to consolidate components before shipping the parts to the United States. It also works with vendors to use recycled shipping materials. Sapa, a supplier of aluminum products in Portland, Ore., puts Brammos orders in recyclable, reusable plastic crates for shipment to Ashland, at the states southern border. Brammo then ships the crates back to be reused.
The first Enertias will roll out of Brammos headquarters this summer. These first bikes will have a range of 45 miles at 25 m.p.h. (as with any battery-powered vehicle, maxing out the speedometer will significantly decrease the range). Mr. Bramscher expects to ramp up production into the tens of thousands quickly and employ 80 to 100 people by the end of the year. ...
that's a nice looking velomobile. but $9k USD. really? it's awfully hard to justify that kind of money for something pedal powered yet without a roof.
Now all I need is a job in Ashland and I can pick one up as my commuter. The wife wants to live in the country and right now the areas of interest are about 15 minutes away. So something like this would work for non-winter months for sure.in other news, the Brammo Enertia is to be officially unveiled yesterday. in advance of this ceremony the NYTimes has written it up. electrics going mainstream indeed. the article has little that we didn't already know, but does have some interesting bits about its inception and philosophy. in particular it's going to be assembled in the US! and its supply chain is very green.
Universal, with removable antitheft windshield wiper.
Foot control of wiper and sprinkler.
The installation requires drilling of the windshield and of the footboard.
http://www.engadget.com/2009/06/09/engadget-cruises-with-the-brammo-enertia-electric-motorcycle-wi/in other news, the Brammo Enertia is to be officially unveiled yesterday[ed: er, tomorrow, that is, today]. in advance of this ceremony the NYTimes has written it up. electrics going mainstream indeed. the article has little that we didn't already know, but does have some interesting bits about its inception and philosophy. in particular it's going to be assembled in the US! and its supply chain is very green.
Wrap-up
So, the natural question is: how does it compare to the Zero S? The answer depends on your priorities. At $11,995 to start ($14,995 if you want the limited edition, carbon fiber-clad model), there's a heftier premium to pay, and with half the power, a lower top speed, and a shorter range, the Enertia is not much of a value proposition.
But, if you're just looking at the numbers, neither of these two come out on top when compared to something like a Kawasaki Ninja 250R, which can be had for about a third the price, easily best 60mpg, and run circles around the pair of them on a track. If you're buying an electric motorcycle you're looking for something different, something special, and the Enertia certainly feels special. From that almost tacky but still cool power button on the tank, down over the minimalist fairing, and back to the chopped seat, it all fits together and fits well.
Despite the lack of oomph we like the bike a lot, and while we can't say we relish the idea of letting a Geek Squad member diagnose potentially life-threatening technical issues, with any luck more reassuring service opportunities will present themselves in the near future. Bikes should finally start showing up at select Best Buy stores on the West Coast in early July, while those who've already pre-ordered will be receiving shipments about the same time. So, you'd better get that deposit deposited if you want one before the riding season is over -- assuming of course you live somewhere that has a riding season.
I really do despair about how far behind NZ's infrastructure is going to be with the governments inability to forward plan infrastructure like this.The Dutch city's eco-friendly infrastructure has new power hookups for electric cars, solar panels and household wind turbines.
They must be taking cues from the good ol' US of A.*sigh*
If only more cities (mine included) could be as forward thinking as Amsterdam.
http://www.spiegel.de/international/business/0,1518,629392,00.html#ref=nlint
I really do despair about how far behind NZ's infrastructure is going to be with the governments inability to forward plan infrastructure like this.
i read that coda intends to charge $45k USD for that thing. that boggles the mind. would i pay $40k for a volt? maybe. would i pay $40k for an aptera? more likely. would i pay $40k for that coda thing, a chinese econocar shell with an ugly nose and a lot of lithium underhood let's just say that signs are pointing to "no".Has this one been posted yet.
The numbers look good, but it looks like a Chinese POS.
http://www.codaautomotive.com/#/practical
Tough
The reason for the bike’s low power output is Evaproduct’s desire to make it last– an engine life of 250,000 miles is claimed – and give excellent fuel consumption. Those qualities only appeal to a limited number of people – for the rest of the world, they’re attributes of limited use that come as the expense of riding enjoyment, so until diesel bikes tune in to the needs to the wider biking public, it’ll stay as a niche machine.
THE FACTS
Track T800CDI
£15,000
Engine: 799cc, six-valves, liquid-cooled three cylinder turbo-charged diesel, common rail fuel injection, constantly-variable transmission.
Power (claimed): 45bhp
Weight: 220kg (fluids, no fuel)
Colours: Silver, black or white
Contact: http://www.dieselmotorcycles.eu/
the new prius is really nice. ive been testing and reading some technical stuff on it lately for work, and its nothing short of an engineering marvel imho.1) Plug In America has a nice, monthly updated plug in vehicle database. there's lots of overlap with this thread, but it's much easier to read, i admit!
http://www.pluginamerica.org/plug-in-vehicle-tracker.html
2) the new Honda Insight is falling short of its projected 90k units/yr. in fact it might only sell 50k this year. not horrible but either represents poor forecasting, poor demand, or a really poor economy. or all three.
http://www.thetruthaboutcars.com/honda-insight-a-flop/
3) meanwhile Toyota has racked up 80k preorders for the 2010 Prius, expects to sell 400k of the this year, and is running their plants in Japan 24 hours a day. (well, at least the plants making the Prius--everything else is still idled, basically...)
http://www.nytimes.com/2009/06/13/business/global/13prius.html?ref=automobiles
its not poor forecasting and or poor demand. its the economy and the fact that the Prius has the market cornered.1)
2) the new Honda Insight is falling short of its projected 90k units/yr. in fact it might only sell 50k this year. not horrible but either represents poor forecasting, poor demand, or a really poor economy. or all three.
http://www.thetruthaboutcars.com/honda-insight-a-flop/
Joe Romm said:So I wrote in a 2005 journal article, “The car and fuel of the future,” which was the “hottest article” in Energy Policy from July 2006 through March 2007 (and still #8 as recently as September 2008).Using fuel cell vehicles and hydrogen from zero-carbon sources such as renewable power or nuclear energy has a cost of avoided carbon dioxide of more than $600 a metric ton, which is more than a factor of ten higher than most other strategies being considered today….
So after the Bush administration squandered some $2 billion on hydrogen fuel cell vehicles, it was welcome news that our Nobel-prize-winning Energy Secretary Steven Chu submitted a budget that sharply scaled back the hydrogen fuel cell program and shifted it away from a focus on transportation (see “Hydrogen car R.I.P. Secretary Chu agrees with Climate Progress and slashes hydrogen budget“.
Now some hydrogen advocates — and even some environmental groups! — are trying to restore the money, which is much more urgently needed helping to develop and deploy clean technologies that could save energy and reduce pollution in the near-and medium-term. I’ll blog on that effort later.
First, however, I wanted to once and for all lay out the case against hydrogen as a transport fuel, starting with an excerpt of almost my entire Energy Policy piece. I think it is worthwhile reading for anyone interested in understanding the challenges facing alternative fuels.
...
It is possible we may never see a durable, affordable fuel cell vehicle with an efficiency, range, and annual fuel bill that matches even the best current hybrid vehicle. Of all AFVs and alternative fuels, fuel cell vehicles running on hydrogen are probably the least likely to be a cost-effective solution to global warming, which is why the other pathways deserve at least equal policy attention and funding.
Ashland electric vehicle companies Barefoot Motors and Brammo Inc. each scored a spot on winners' podiums at the Isle of Man Friday after competing in the Time Trials Xtreme Grand Prix.
Brammo came in third in the pro class, with an average speed of 75 mph. The pro class is a division for electric motorcycles designed as professional racing bikes. Barefoot narrowly missed getting first place in the open class, a division for street bikes, and instead scored second, with an average speed of 62 mph.
The Winner
When you get down to it, it's difficult to declare an outright winner between these two machines. The Zero-X boasts an awesome, consistent power delivery that just may overlap the chassis' handling and ergonomic oddities. The bike altogether feels like a motorized bicycle, but many of the Zero-X's shortcomings-suspension, grips, spokes and graphics-can be fixed. On the other hand, the Quantya Track feels like riders-not just engineers-built it, though this shows on the scale. The power may not be as consistent as the Zero-X, but the easier initial hit makes the Quantya easier to ride (particularly in off-road situations), and the ergonomics are solid. Between the two machines, the absolute best electric bike would be a combination of the two, as the Quantya's ergonomics and strength with the Zero-X's battery would be a sweet machine. But if we have to pick a winner, we'd hand it to the Zero-X based on the simple fact that the longer-lasting, removable battery equals more time in the saddle. And since we've been having so much fun on these, we really value saddle time!
But they are easy to chase down because they only got for 20 minutes.I hope electric dirtbikes don't catch on. One of the reasons they are banned in my area is because of their noise. It also makes them easier to catch poaching trails. With these electric bikes they can destroy the trails in secret.
Electrical output:
3kW
Mechanical output:
How hard can you pedal?
Top Speed: (no pedaling)
3kW - 70km/h
Range: (no pedaling)
35-50km
Frame:
ChroMo/Steel monocoque
Brakes:
Front - 6 Pot Hydraulic 9"
Upgrade - 8 pot Hydraulic 8"
Rear - 6 Pot Hydraulic 8"
Upgrade - 8 pot Hydraulic 8"
Suspension:
Front - RST 203mm
Upgrade - White Brothers Groove 200
Rear - 250mm DNM 4way coil/air
Transmission:
9 speed sequential gearbox
Weight -
3kW - 57kg
Electrical output:
2kW
Mechanical output:
How hard can you pedal?
Top Speed: (no pedaling)
50km/h
Top speed: (pedaling)
55km/h
Range: (no pedaling)
20-25km
Frame:
ChroMo/ Hi tensile steel monocoque
Brakes:
Front - 6 Pot Hydraulic 8"
Upgrade - 8 Pot Hydraulic 8"
Rear - 6 Pot Hydraulic 8"
Upgrade - 8 Pot Hydraulic 8"
Suspension:
Front - 160mm RST Storm Air
Rear - 200mm DNM 3way coil/air
Transmission:
2 speed internal BB
16 speed available with the addition of a deraileur.
Weight:
35kg
but the frontal area is miniscule! at least if you don't have a large shoe size.35mpg tops.
4.9 L/100 km is 48 mpg! their conclusions:Conclusions
The car that went the furthest on 50-litres of fuel in the CanadianDriver 2008 50-litre ChallengeTM was the 2009 Toyota Corolla, followed very closely by the 2008 Honda Civic. Third place went to the Pontiac Vibe.
None of the vehicles consumed over 8.0 L/100km, and based on fuel consumption of under 6.0 L/100km, 6.0-7.0 L/100 km and over 7.0 L/100 km, they fall into three groups, as follows:
Group One Kilometres L/100 km
Toyota Corolla 1017 4.9
Honda Civic 947 5.3
Pontiac Vibe 854 5.9
Group Two
Hyundai Elantra 812 6.2
Mazda3 784 6.4
Pontiac G5 755 6.6
Mitsubishi Lancer 754 6.6
Kia Spectra 742 6.7
Ford Focus 742 6.7
Nissan Sentra 717 7.0
Group Three
Volkswagen City Golf 670 7.5
Dodge Caliber 653 7.7
Suzuki SX4 637 7.9
Why do some compact cars use significantly less fuel than others? Technology, engine management systems, weight and aerodynamics all play a part. But as a whole, this category of vehicles continues to offer Canadians the prospect of very economical operating costs, more interior space than you may think, and a complete range of available safety and convenience features. Couple these attributes with a fuel efficient driving style, and you can find a car that will work with you to better manage fuel costs.
All for under $20,000!
I still want to do a '63 Chevy C10 with a Duramax. I miss my '69 with air ride. Use a Porterbuilt Dropmember front and a bio powered monster.jimmydean....for your next project....stick a VW TDI in a old Toyota pick up. Swap kit sold here.
Unless they're making Corollas a LOT $hittier than they used to you should have at least 100K more miles before that thing goes kaput...my wife, jessica, and i test drove a few cars today: a 2009 Honda Fit Sport, a 2010 Honda Insight EX, and a base model 2010 Toyota Prius. we test drove them just for fun, as her 2001 Toyota Corolla LE is showing few signs of slowing down even as it passes through 120k miles on the clock, but we thought we could do some advance homework for the day that it does go kaput.