Whether you like it or not PD are a business out to make money just like any other.
See here's the thing though. What you just said about good cars is an opinion which not everybody shares. Not everybody wants to drive a Lambo or Supra. While at the same time not everybody wants to drive a Demio.
The Leaf is cool because it makes you try to maintain momentum in turns, which can get tricky, and is a taste of the automotive future. GT always had the econo car, and without them it's just another typical high-end sports car **** fest.
GT has to draw a balance somewhere to appease a wider audience.
That said, you honestly think the Civic Si's, GTi's, and Clio's are crap?
Wow. Just wow.
Got me thinking.. Changing how the UCD works for GT6 would solve a lot of these problems. PD should take some cues from GT2. Have multiple UCDs representing certain countries or manufacturers.. Like a real dealership.
More often than not, used dealerships have all sorts of brands under the same roof. What we COULD do, however, is implement a filter system like the player's garage has.
Let me clarify... I don't want the 50 hp lawnmower cars that are always clogging up the UCD. the Fiat 500 is a golf ball and we got 4 of 'em. The leaf is just wimpy. electric cars suck always have always will. go gas/diesel or go home. I like the fast cars like the STI and I would like to see the new civic Si get into the GT series. notice that the most popular import cars STILL USE GAS. it ain't going away, no matter how much the environmentalasses and the B!tchocrats in washington want it to.
Let me clarify.......electric cars suck always have always will. go gas/diesel or go home. I like the fast cars like the STI and I would like to see the new civic Si get into the GT series......
one word caterham 7 fireblade best small car in the game
one word Caterham 7 Fireblade best small car in the game
Mercedes, Audi, the ACO, FIA, Ferrari, Toyota, and pretty much the entire automotive industry would disagree with you on that.
It's attitudes like that that hinder progress. A few people said the same thing about the first gas powered car while riding smug on a horse.
I like my fast cars too, but I also like different avenues of automobile technology.
I completely disagree with you... Electric cars are becoming more and more amazing. What do you have to say about Tesla? they are fully electric and have great performance.
Some people argue they are an essential component of GT and they're very fun and etc. but I couldn't care less for those cars. If I wanted to drive a crappy econo/eco hatch, I have mom's car in the driveway. I seriously don't look towards driving Demios, Priuses, Leafs, Swifts, generic K-cars etc.?
Why electric though? we ain't "saving" the planet any more than just running gas. Most of the electricity is produced burning COAL. we don't have very many nuclear, geothermal, or hydro-electric power plants to make electric a better option than gas.
Why electric though? we ain't "saving" the planet any more than just running gas. Most of the electricity is produced burning COAL. we don't have very many nuclear, geothermal, or hydro-electric power plants to make electric a better option than gas. The "carbon footprint" as well as total cost is ALOT more with current electric technology. LI-ion batteries are NOT re-useable and they cost a ton of money to replace. you can't recycle them after they crap out on you. it becomes useless and ends up in a landfill causing even more headaches on what the hell to do with it.
I like other options besides gas, but get something that can truly make a difference without worrying about a wimpy 100 mile range with a 4 hour down time in between. I say let's go with hydrogen. burn it, fuel cell it, do whatever. it's massively abundant, completely harmless, and dirt cheap. hydrogen is in water. separate water and you get oxygen and hydrogen, both are extremely flammable and completely harmless. Burn hydrogen, what do you get? Water and water vapor. THAT'S IT. super clean, super efficient, and super cheap. dead simple solution. we have the technology right now to make that work. CNG converted engines can burn hydrogen all day long. gas engines can be converted with a cheap conversion kit. screw electric until they can match a 250 mile range MINIMUM and make it super clean in the BIG picture.
I don't think you burn Hydrogen to make into water, nor is that even possible? It goes through some chemical reactions, but I don't think it actually burns.
That said anything that comes from this Earth and burns is not clean. There's no such thing as clean coal or clean diesel. It maybe cleaner than stuff before, but dirt on the floor is still dirt on the floor.
Like it or not, the small car of the future, and indeed all cars in general, or gonna get more and more hybridized and perhaps even have full electric models.
Why electric though? we ain't "saving" the planet any more than just running gas. Most of the electricity is produced burning COAL. we don't have very many nuclear, geothermal, or hydro-electric power plants to make electric a better option than gas. The "carbon footprint" as well as total cost is ALOT more with current electric technology. LI-ion batteries are NOT re-useable and they cost a ton of money to replace. you can't recycle them after they crap out on you. it becomes useless and ends up in a landfill causing even more headaches on what the hell to do with it.
I like other options besides gas, but get something that can truly make a difference without worrying about a wimpy 100 mile range with a 4 hour down time in between. I say let's go with hydrogen. burn it, fuel cell it, do whatever. it's massively abundant, completely harmless, and dirt cheap. hydrogen is in water. separate water and you get oxygen and hydrogen, both are extremely flammable and completely harmless. Burn hydrogen, what do you get? Water and water vapor. THAT'S IT. super clean, super efficient, and super cheap. dead simple solution. we have the technology right now to make that work. CNG converted engines can burn hydrogen all day long. gas engines can be converted with a cheap conversion kit. screw electric until they can match a 250 mile range MINIMUM and make it super clean in the BIG picture.
Electric cars are deeply flawed. I'd say car manufacturers have come a long way with the technology, which is admirable - but also slightly annoying. Maybe all that time, money and effort would have been better spent improving the production process of hydrogen?
See, electric cars are not practical for three main reasons:
-Source of energy. Drawing power from a coal-fired powerplant just isn't doing the environment any good. Yes, there are environmentally friendly sources of electricity, such as windmills, hydro-electric plants and geothermal steam systems.
But most of these are only able to produce power in small amounts - just enough to fuel the relatively low number of electric cars on the road today.
If we all drove electric cars, that power supply would dry up pretty quick. And good luck finding enough area to build more and more of these facilities (not to mention the environmental impact of physically constructing power plants).
-Range. Even the newest electric production cars have a range significantly lower than what we think of as acceptable. This equals more frequent fill ups, which means more dependance on power plants, which worsens environmental impact and further depletes fossil fuel supplies.
Then there is the issue of what happens when you run out of "juice". Currently, you're facing a wait of several hours to fully charge an electric car. Yes, there are "fast-charge" systems available, but keep using them and you'll destroy the lifespan of your cars batteries.
-Cost. Putting aside the frankly laughable purchase cost of current electric cars, there is the futher cost of fuel and maintennace. Yes, fuel. I think you will find that constantly recharging your car at home will not be as cheap as you imagined. And as demand goes up, so too will the price of electricity.
If public charging points are made available, you can be sure that their use will not be free.
Keep using fast-charge systems and you'll have to soon replace the batteries themselves, which I can pretty much assure you will be monstrously expensive (and will probably occur as soon as your warranty/service plan runs out...).
Then why burn coal to get electricity? Elect a government that invests in green energy = problem solved.
Funny thing, because a small gasoline-powered car, like the 2012 Scion iQ, gets 37 mpg, while the 2013 Honda Fit EV gets 118 mpg-e. Additionally, the fuel cost per mile is three times as expensive in the gasoline car than in the electric car.
When it comes to range, most of the driving is short. The average American drives less than 40 km per day, and the current generation of electric cars does a lot more than that. There's plenty of battery to drive to work, drive home and charge the batteries during night. As electric cars gets more common, battery switch stations will start to appear, where you can simply switch your empty battery to a fully charged one in about one minute.
When it comes to emissions from electricity versus petrol, the average US electric vehicle produces 115 grams of CO2/km, while the average petrol car produces 250 grams of CO2/km (including the CO2 emmissions from producing and transporting the fuel as well as the actual burn). In the worst case scenario, if you live in a region where 100% of all electricity is from coal powerplants (shame on your government if you do) the emissions from an electric car is the same as from a petrol car. If you, on the other hand, live in a region where the electricity are from nuclear powerplants, the emissions are really low. Of course there are other problems with nuclear power...
Source for all of this: http://en.wikipedia.org/wiki/Electric_car#Comparison_with_internal_combustion_engine_vehicles
EV's are expensive, but they're getting cheaper. How many could afford a car before Henry Ford revolutioned the production? I'm pretty sure the EV's will become cheaper in production. The times of great inventions are not gone...
Maintenance is actually cheaper in an EV than a petrol car. A petrol engine has hundreds of moving parts and a complicated driveline, while an electric engine only has a handfull of moving parts and a simple driveline. What's expensive is only the batteries and there will be improvements there.
On the other hand, the fuel cost is much cheaper than a petrol car, and as the petrol prize goes up and the electric cars becomes cheaper, electric cars will soon be cheaper than petrol cars if we look at the entire life-span of the vehicle.
Hydrogen is also interesting, but the problems are even bigger than for electric vehicles. First of all, hydrogen has to be produced - it's not a natural resource. Then it has to be transported to the refueling stations, and unlike electricity, it can't travel through wires. An electric car can be charged anywhere if there's an electric outlet. How many hydrogen refueling stations are there?
Hydrogen is extremely flammable. It doesn't burn like petrol - it explodes. One spark somewhere and you'll end up with the Hindenburg disaster (which, coincidentally, used hydrogen to fly). I wouldn't be comfortable driving around in that, especially not with my family in thezeppelinecar.
You can't honestly believe it's that simple? Surely? Seriously?eran0004
Then why burn coal to get electricity? Elect a government that invests in green energy = problem solved.
You're speaking in terms of efficiency, which is different to sheer range. By which I mean, a VW Polo is more efficient than a Land Cruiser (goes further per drop of of fuel), but overland exploration 'Cruisers can go for over 1000km with aux fuel tanks installed. Thats range. Of course electric cars may make more effective use of energy. But that doesn't change that fact that they cannot go very far before having to refuel, which is currently a painstaking process. Batteries simply aren't capable of storing enough power.Funny thing, because a small gasoline-powered car, like the 2012 Scion iQ, gets 37 mpg, while the 2013 Honda Fit EV gets 118 mpg-e. Additionally, the fuel cost per mile is three times as expensive in the gasoline car than in the electric car.
Have to disagree with you on this, since I'm in a different part of the world to you. I know that myself and pretty much everyone I know drives way more than 40km per day.When it comes to range, most of the driving is short. The average American drives less than 40 km per day, and the current generation of electric cars does a lot more than that.
Henry Ford revolutionised the assembly process - not the technology itself, he did not have to perfect the internal combustion engine. But I see your point, so I'll agree with you on this - however read my previous points regarding the cost of fuel itself.How many could afford a car before Henry Ford revolutioned the production?
Electricity is not a natural resource either - unless you count lightning, which is pretty much impossible to harness. Yes, it has to be transported, but if the trucks transporting it are running on hydrogen, it will go a long way towards reducing emmissions.Hydrogen is also interesting, but the problems are even bigger than for electric vehicles. First of all, hydrogen has to be produced - it's not a natural resource. Then it has to be transported to the refueling stations, and unlike electricity, it can't travel through wires. An electric car can be charged anywhere if there's an electric outlet. How many hydrogen refueling stations are there?
Hydrogen is extremely flammable. It doesn't burn like petrol - it explodes. One spark somewhere and you'll end up with the Hindenburg disaster (which, coincidentally, used hydrogen to fly). I wouldn't be comfortable driving around in that, especially not with my family in the zeppeline car.