the real litmus test is that jessica, previously uninterested in all motorcycles, suddenly suggested that she and i both get hybrid MP3s when they come out. sweet, it has teh royal blessing now...The MP3 looks damn cool!
irate2:
the real litmus test is that jessica, previously uninterested in all motorcycles, suddenly suggested that she and i both get hybrid MP3s when they come out. sweet, it has teh royal blessing now...The MP3 looks damn cool!
Coming months?
I bet we see below $2/gal in the coming months. I would hope that people would remember $4/gal and that it will eventually come back, but somehow I doubt it
sadly true... http://www.autoobserver.com/2008/11/now-that-gasoline-prices-are-plunging.htmlGas is less than $2/gal. Americans don't have the attention span to care anymore, watch all these cars die.
PML F-150 Hi-Pa. "600 hp, 2000 ft-lb torque" from four wheel motors. 40kWh of lithium. concept but drivable. no word on price.
Unfortunately small is out in the states, 2 seat vehicles are a tough sell and a 450lb tow rating is very nearly useless to most folks who need a truck. A 2wd CRV, Rav4 or maybe an element would probably do the job with a trailer, but they're all bigger than the VW and you'd have to store a trailer.I don't need wheel drive. Not a 4-door (or even extended cab) "club cab" or whatever, just something small and simple, with enough torque to get 450lbs of dirt bikes/gear out to the trails. Why can't anyone build something like that? Is it just not cool enough?
No. The CRV/Rav4 camp gets about 24mpg. That is inexcusably horrible, and especially for being so tiny. Add a small double rail trailer, and I'll bet it'll be lucky to get 18mpg. My 3l 6 cylinder 2wd Ranger gets 20-21mpg, and gets bumped down to 18-19 with 2 motos in the back... And no trailer, and it goes up hills decently. But that's all still horrible consumption.A 2wd CRV, Rav4 or maybe an element would probably do the job with a trailer
Around here, the small bench seat, manual trans, 4 cyl 2wd Toyotas of the early 90's are very, very expensive and hard to get. Everyone wants/needs one. The only 'Yotas under $2k have over 200k-250k miles and are beat to hell. Average selling price is around $4k... and these vehicles are 18 years old.Unfortunately small is out in the states, 2 seat vehicles are a tough sell
Well, to be fair the CRV is huge, damn near the size of a Jeep Cherokee if I remember right. Still, low 20's for what amounts to a tall wagon is pretty poor.No. The CRV/Rav4 camp gets about 24mpg. That is inexcusably horrible, and especially for being so tiny. Add a small double rail trailer, and I'll bet it'll be lucky to get 18mpg. My 3l 6 cylinder 2wd Ranger gets 20-21mpg, and gets bumped down to 18-19 with 2 motos in the back... And no trailer, and it goes up hills decently. But that's all still horrible consumption.
Around here, the small bench seat, manual trans, 4 cyl 2wd Toyotas of the early 90's are very, very expensive and hard to get. Everyone wants/needs one. The only 'Yotas under $2k have over 200k-250k miles and are beat to hell. Average selling price is around $4k... and these vehicles are 18 years old.
We need small diesel pickups. I can only hope they arrive soon. Otherwise, I might just have to get me a Jetta TDI and a small trailer. Chick car, here I come.
price and release date TBD.SmartGauge with EcoGuide features two, high-resolution, full-color liquid crystal display (LCD) screens on either side of the analog speedometer that can be configured to show different levels of information, including fuel and battery power levels, average and instant miles-per-gallon.
EcoGuide uses a multi-layered approach to coach the driver to maximum fuel efficiency. A tutorial mode built into the display that helps the driver learn about the instrument cluster and the hybrid in a whimsical way that does not overpower. Technical enthusiasts will love the detailed gauges that will help them learn to become more efficient in their driving. Everyday drivers will love another new feature in this same gauge cluster. Called Efficiency Leaves, the system grows leaves and vines on-screen to reward customers for efficient driving.
Drivers can choose one of four data screens to choose the information level displayed during their drives. They are:
Inform: Fuel level and battery charge status
Enlighten: Adds electric vehicle mode indicator and tachometer
Engage: Adds engine output power and battery output power
Empower: Adds power to wheels, engine pull-up threshold and accessory power consumption
All levels can show instant fuel economy, fuel economy history, odometer, engine coolant temperature, what gear the car is in and trip data (trip fuel economy, time-elapsed fuel economy and miles to empty). The engine coolant temperature indicator turns green when engine conditions are warm enough to allow engine pull-down.
You must be really bad at math...Someone just showed me this... 1989 Civic CRX HF, 50mpg:
I miss the Nissan minivan my friend had in Spain. 6 speed, turbo diesel, sat 9 people (we usually did 6 people and 6 DH bikes on road trips), and averaged 55-60mpg on my rough estimates. That thing was fast, and handled good too.
There are EV parking only charging stations at the World Trade Center downtown as well as FlexCar only parking.to be fair 33 mpg is roughly on par with the published figures for the camry hybrid.
jimmydean, you might be particularly interested in this: http://news.prnewswire.com/ViewContent.aspx?ACCT=109&STORY=/www/story/11-19-2008/0004929143&EDATE=
"[Oregon], under Gov. Kulongoski's leadership, and Nissan are working with PGE towards the creation of the EV charging network. PGE, as part of its plug- in vehicle initiative, is striving to find innovative solutions to Oregon's transportation and energy challenges through the development of a model charging station infrastructure, as well as identifying its infrastructure needs related to vehicle-to-grid technology. Over the past several months, PGE has installed six charging stations- with the capability to charge several dozen vehicles - across the Portland and Salem areas, with more on the way."
Not to mention the gas filler is on the wrong side. Stupid English.One thing everyone needs to be careful with is the difference between a UK Gallon and a US gallon... 1 gal UK = 1.2 US
renault-nissan will provide the vehicles. here's a prototype electric Nissan RogueA Palo Alto start-up with powerful backing on Thursday unveiled an ambitious $1 billion plan to help make the Bay Area the nation's electric-car capital.
Endorsed by all three of the Bay Area's big city mayors, the plan would provide the re-charging infrastructure that must be in place before most consumers would consider buying or leasing an electric car.
Better Place, headed by former high-tech executive Shai Agassi, plans to install about 250,000 charging ports, 200 battery-exchange stations and a control center to service Bay Area electric car drivers. The goal is to have most of the system in place by 2012.
Thanks buddy, I appreciate that. Now have a great day. lthumbsdown:You must be really bad at math...
***Found it on the Nissan.es site. The Primastar gets 33.6 HWY mpg... I could have sworn that it was a turbo diesel, but I might be wrong. It could even be the wrong van, since his was a 2003 model or something like that. Anyhow, it was amazing how such a low-powered (90 claimed horsies) engine had so much torque, and how much stuff and people it fit inside. Comparing that to Econoline diesel vans that struggle to get 20mpg, and don't handle worth a damn, it seems like we really have our heads up our arses when it comes to practical vehicles.***
Webpage for Primastar:
http://dynamic.nissan.es/home/vehicles/carbuilder/lcv/X83F/engines.html
Sounds awesome.... I really hope he pulls it off.Project Better Place continues to march on:
http://www.mercurynews.com/ci_11032113?source=rss
renault-nissan will provide the vehicles. here's a prototype electric Nissan Rogue
I wonder how small the market is. I also wonder if it might grow soon. I would trade in my current Toyota Tacoma, immediately if Toyota started selling the euro spec 2.4l diesel here in the US. This summer in Germany I drove a 2wd version of this with the old style bed rails (the ones that give you a solid place to hook the ends of tie down ratchets) and I was in love. I think it even had bucket seats in the short cab version. Too bad the American market/government cant wrap their head around the idea that diesels with particle filters are not dirty.No demand. You and 5 friends aren't enough of a demand for Toyota or any other company to build a truck for a market that small.
I was about half way into a diesel 2wd Chevy C10 project before it got way to expensive because that is what I was looking for. A truck to haul my family and our dirt toys on at least 25mpg.
I bought my 4x4 '89 Toyota 22RE for $2200 and I am getting 22mpg in it. I use it as a truck and not as a daily driver, so that works for me.
I have seen diesel Toyota's for sale on Craigs List, same body style you are talking about (84-88).
man that's sweet!'Why even bother with a pickup, when you can get an entire Ikea-inspired house trailer for your recumbent? I bet a couple motos will probably fit in here...
Full article: http://austinbikeblog.org/2008/11/23/rdefining-the-family-road-trip/ (click through to the K-Wall original version. It's funnier)
a brilliant idea if it actually works. my knowledge of these things is scant enough that i can't tell if it is flux capacitor-style gibberish or something that is reasonable and feasible.At the SAE Government/Industry Meeting in Washington in 2001, Goldner, Zerigian and J.R. Hull from Argonne presented a paper estimating that the percentage of recoverable power/energy for a 2,500 lb vehicle that employs four optimized design regenerative magnetic shock absorbers and whose average speed is 20 meters/s (45 mph) on a typical US highway is likely to be between 20% and 70%.
The shock absorber uses an electromagnetic linear generator to convert variable frequency, repetitive intermittent linear displacement motion to useful electrical power. The Goldner device uses superposition of radial components of the magnetic flux density from a plurality of adjacent magnets to produce a maximum average radial magnetic flux density within a coil winding array.
[...]
In their patent filing, the inventors claim that the regenerative electromagnetic shock absorber system is capable of peak power generating capacity of between about 2 to 17 kW, average power generating capacity ranging from about 1 to 6 kW, and power contribution efficiencies ranging from 8-44% for passenger vehicles traveling at relatively moderate speeds on typical roads encountered under normal urban driving conditions.
For rough roads with bump slopes as high as 0.10 and displacement velocities greater than 1.0 m/s, they claim that the system may generate nearly 50 kW of peak power and nearly 16 kW of average power with a power contribution efficiency approaching 70%.
The physics of the power generation is sound (It's similar to how they get power out of ocean waves), though I imagine it might be a little difficult to get a shock that performs well.Electric Truck Exclusively Options Regenerative Magnetic Shock Absorber Technology from Tufts
a brilliant idea if it actually works. my knowledge of these things is scant enough that i can't tell if it is flux capacitor-style gibberish or something that is reasonable and feasible.
that said, someone shoot me if i ever buy and support a product as subpar as the Miles EV, let alone the horrid Zap Xebra. here's a Miles review for your (dis)pleasure:[...] Since forming Plug In Olympia in May 2007, Lambrix has persuaded about 10 businesses, four state agencies, Intercity Transit and the city of Lacey to install electric plug-in stations in their parking lots.
Some of the state agency sites are for state employees only, but most of the stations are open to anyone who needs an energy boost for their electric vehicles.
But the Lambrixes' passion for electric sockets in parking lots runs deeper than personal convenience. It's the family's way of promoting increased ownership and use of electric vehicles, which, in turn, reduces the nation's dependence on foreign oil and curbs greenhouse gas emissions from motor vehicles.
[...]
About one-third of the electricity used at their Rodgers Street home on Olympia's west side comes from an array of 18 solar panels they installed on their roof in December 2006, and they have a solar-powered hot water heater. They plan to add six solar panels to the system before the year's end.
The solar array allows the family to make a claim that few can: They produce the electric power that runs their vehicles.
They bought their first all-electric vehicle in April 2007 -- a three-wheeled, shiny blue Zap Zebra that Lambrix uses to commute to work and run errands around town. The vehicle's range is about 25 miles per charge.
The family added a Miles in June. It's a four-passenger sedan with a 35- to 45-mile range and top speed of about 35 mph.
"We can climb all the hills in town, no problem," Kathy Lambrix said.
Family investments in solar energy and electric cars total $70,000. The solar power system is designed to pay for itself in 12 to 15 years, but ever-increasing electric utility rates will lower that payback period, Lambrix said.
The family has about 8,000 miles on their two vehicles at a fuel cost of about a penny per mile, or a total of about $80.
The same mileage in a car averaging 25 miles per gallon of gasoline priced at $3.50 per gallon would have cost the family $1,120.
that's a crap article.It doesn't look great for tesla...
http://www.nytimes.com/2008/11/30/business/30digi.html
whoa! Don't go workin' up a sweat over there... I was merely pointing out that they seem a bit short of cash at the moment. I have a hard time believing that the Fed is going to pony up any cash for them.that's a crap article.
1) it ignores that the Tesla Roadster is designed to be a flagship, and isn't the end of their (proposed) model range. they propose a $60k sedan, the Model S né Whitestar. they are already providing powertrains for other manufacturers, whose models may well be cheaper if they aren't based of Lotus chassis.
2) the assumption that a plug-in hybrid a la the Chevy Volt would be both cheaper to produce and develop is beyond asinine. Volt cost overruns are driving GM into the ground, let alone a small maker like Tesla. (one could argue that Aptera seems to have figured it out, but that's because Aptera dodged the rules effectively by not building a car: their Typ-1 lineup are motorcycles in the eyes of the law.)
3) the loan that Tesla is applying for is designed to help manufacturers revamp their model lineups to be efficient. say what you will about the price but Tesla's model is nothing but efficient of energy. furthermore, they're actually producing it, unlike the Big 2.8's endless stream of electric and hybrid show cars that never come to fruition.
4) finally, investing in a manufacturing plant in San Jose, CA would bring money and jobs to the area, with the profits going to all-american entrepreneurs. how again is this bad?
but my point is that the loan program, although no doubt tailored for the Big 2.8 by their lobbyists, should be applicable to them on paper.whoa! Don't go workin' up a sweat over there... I was merely pointing out that they seem a bit short of cash at the moment. I have a hard time believing that the Fed is going to pony up any cash for them.
other fun facts: they just raised $40 million more in financing. their powertrain business is profitable currently, and the list of companies using their powertrain hasn't been confirmed yet but is believed to include BMW for the mini-E.In September, just days after the collapse of Lehman Brothers, the three companies' chief executives traveled to Washington to ask for $7.5 billion that would be used to fund $25 billion in loan guarantees that had been promised in a 2007 energy bill. The loans were to be used to retool to produce the more energy-efficient cars the market was demanding. With little debate, the $7.5 billion was approved as part of a continuing resolution in October.
an electric Transit Connect would be kind of fun in a Element/xB/box on wheels kind of way:The company said it will accelerate plans to roll out electric vehicles as part of its plan.
"We are going to do that across our product line," Mulally said in the interview.
The first plug-in vehicle will be a Transit Connect small van for commercial use in 2010 and a car the size of the Ford Focus compact the following year.
Ford also said it will accelerate plans for hybrid gas-electric vehicles.
Mulally said he will encourage automakers and parts suppliers to join forces to develop new battery technologies in the U.S. for future electric cars so the country doesn't rely on foreign batteries.
"We don't want to trade oil for batteries," he said.
Ford's plan calls for an investment of up to $14 billion to improve fuel efficiency over the next seven years. The company said would improve the overall efficiency of its fleet by an average of 14 percent in 2009.
Last week was the last straw. She got a whopping 22mpg last tank in the Malibu, I was pissed. She only drives about 100 miles a week to and from school, but to fill up as much as she does is ridiculous. If we end up with the new house, it will cut to about 80 miles a week (or even less).good call on the corolla. jessica has a 2001 Corolla 5-spd and she averages 36-37 mpg in combined driving, with 40 and even 45 mpg seen over full tanks when there's lots of highway involved. the lowest she's seen is 32 in the city.
While most everyone else is saving money at the pump these days, the City of Portland is filling up city vehicles with biodiesel costing almost $7-per-gallon, racking up fuel budget overruns near $300,000.