3 Days with a 2012 Chevy Volt
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3 Days with a 2012 Chevy Volt

I have an awesome job; I get to work with some really great companies and do some cool things. Recently Chevrolet along with the social media analytics gurus at Klout asked if I wanted to spend three days with a Chevy Volt. Being an automotive enthusiast I jumped at the chance. Like just mentioned, I’m into cars, before this experience I already saw reviews of the car on YouTube, read articles about how efficient the Volt is, and even saw one at a car show.

If you don’t know anything about the Volt, let me fill you in and clear up some misconceptions. First the Volt is NOT a hybrid car. Yes, it does have a four cylinder gas motor and a battery pack. The motor does not power the wheels in any way. The motor acts like a generator recharging the batteries, which powers the car. But before the 1.4 liter I4 kicks in, the batteries are good for an average distance of 35 miles.

The average driver commutes 12-15 miles per day according to the last census survey done in 2009. According to those numbers the Volt makes perfect sense, and if you can charge while you work – you just doubled your all electric distance to 70 miles.

The best part of the Volt, and where the Nissan Leaf falls short, is the gas generator allows for a total distance of 375 miles versus the Leaf’s 100 mile average range. Planning a road trip? The Volt lets you travel just as you would with any car getting an equivalent of 93 miles per gallon on the highway & 95 mpg in town.

All those mpg’s come at a cost. The biggest and really the only downside to the Volt I see is the cost. Latha Thomas-Black, VP of Finance at GoAuto states the MSRP starts at $31, 645 but the price of my as tested Volt was north of $45,000 – OUCH. That’s a tough pill to swallow, and while the Volt was named 2011 North American Car of the Year and 2012 European Car of the Year Chevy isn’t exactly selling as many as they hoped.

For those considering a new Chevrolet Volt, it does drive great – actually better than I expected. The steering is crisp and brakes are strong. For those who haven’t driven an electric car, you’re in for a surprise – they are quick. Unlike a traditional gasoline motor that needs to build RPMs to achieve peak power, an electric motor is instantaneous. The Volt unleashes 273 lb-ft of torque making 0-30mph go by quick but then flattens out to about a 9 second 0-60 time.

My favorite part of the Volt was the interior. It features a bright electronic display, keyless operating system, a built-in hard drive, navigation, on-star, and leather with heated seats. The cabin is quiet, I was having a conversation using the built-in Bluetooth and my friend didn’t even know I was driving. In fact the entire car is so quiet that the Volt has a soft pedestrian warning horn which alerts people of the Volt’s presence (and becomes very addicting to press).

Driving the Volt was fun, especially in battery mode, it is whisper quiet – all I could hear were tires on the pavement.  Once the battery was depleted I thought I’d try charging it and that is where I ran into my only issue. Electric cars are great and the Volt is awesome, but the electric charging station infrastructure still has a long way to go.  There are two major charging companies across the US currently, ChargePoint and Blink. ChargePoint has a great iPhone app that integrates with the map to show exactly where stations are and if they’re available. Since Chevy provided me with credit to use ChargePoint I searched for the nearest station, and lucky me there were plenty of stations in the Seattle area and one right in my neighborhood. But the only one in my neighborhood just happened to be in the parking garage of a software company, which was closed on the weekend- out of luck there. Since that was the only ChargePoint near me and I didn’t want to drive in traffic to downtown Seattle, I searched for a Blink station near me. There were two and the closest was a mile away in a grocery store parking lot, but when I arrived it was off line. Then I drove 2 miles to a station in a Church parking lot, again, off line.

Good thing the Volt uses battery and a generator or I would have been stuck. I would think that most Volt owners would have the ability to charge their vehicle at their home, even if it’s only at 120v, unfortunately my building’s garage doesn’t have any outlets. I think the Volt makes perfect sense for any early adopters who don’t mind the electric charging station’s developing infrastructure and the Volt’s higher cost of entry. I felt special driving the Volt, not only because I was behind the wheel of the latest green automotive technology, but because it’s that cool.

About the author: James Daugherty is an online marketer who loves talking about cars and often partners with Edmonton new car pros GoAuto.

Photo Credit: James Daugherty

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  • viperrt10matt

    You mention the Volt’s cost, but no mention that just about everyone buying one gets a $7500 federal tax credit, in addition to any available state credits?

    • http://twitter.com/JimmyDaugherty James Daugherty

      You are totally correct. There is a $7,500 federal tax credit in the US for the first 200,000 Volts sold. But a car that has a 45K msrp should feel, drive, and act like a 45K car – which is a tall order. In California buyers are also eligible for a 5K rebate bringing the total even lower.

      My point is just because the government has stepped in with rebates/incentives it doesn’t justify a lower quality product just because it is discounted. Just my opinion.

      The Volt should be looked at as a design exercise in new technology. There is a lot of promise in the technology and I hope as it is developed and its cost reduced it will make its way into more GM products.

      • ModernEngineering

        California does NOT have $5k for Volt, only $1.5K.  Colorado has $6k tax credits but you would have to make $133k  per year to take full advantage of it.

        • http://twitter.com/JimmyDaugherty James Daugherty

          Thanks for the info!

  • http://twitter.com/poormansheli Poor Man’s Heli

    Nice write up James.  If my math is right (and it probably isn’t…) after you’ve accounted for the tax credit you’d only have to drive ~323k highway miles (assuming $4/gallon) in the Chevy to breakeven vs. buying a fully loaded Civic.

    • http://twitter.com/JimmyDaugherty James Daugherty

      Very good point. 40+mpg club for gas cars is increasing, making for a competitive market.

      In five years I hope the technology is spread across more affordable products. I’d love to drive around town without gas, but have the option to still drive up to the mountain, road-trips, etc.

      • http://twitter.com/poormansheli Poor Man’s Heli

        Fully agree.  Call me when an AWD Prius-esque vehicle that is even remotely price competitive hits the market!

        • http://twitter.com/JimmyDaugherty James Daugherty

          Where you at Subaru?

          • http://twitter.com/poormansheli Poor Man’s Heli

            I NO RITE?  At least give us the diesels they’ve got in other countries

    • http://twitter.com/poormansheli Poor Man’s Heli

      …of course you could also just buy a bike if you’re looking to reduce fossil fuel usage.  12 miles/day average commute = 6 miles each way, under an hour at a leisurely pace.  Let’s assume 10 calories burned/ mile = 120 calories burned a day = 600/wk = 31200 per year (about 9 lbs of weight loss) without changing anything else about your lifestyle.  Talking about your bike doesn’t make for interesting cocktail party banter unless you live in Portland though.

      • ModernEngineering

        Sure biking would be the best.   But some people don’t have 2 hrs to spend on commuting 6 miles each way.  In the Volt that will only take 10 mins.

    • johntarantino1

      While you do make a good point, I think the Chevy Volt is a great first step in the right direction for cleaner cars. Factors such as how much you drive on electric mode only, how much your local utility company charges for electricity, etc…I’m sure all make a difference in the calculation for breaking even.

      • http://twitter.com/poormansheli Poor Man’s Heli

        I think it also depends on how you define ‘cleaner’.  Looking purely at tailpipe output per mile driven, yes, but would be curious to know the true costs of these vehicles – i.e. would you consider hydro power having a negative impact on the environment, and how does it weight vs. vehicle emissions?  What about people that live in coal powered areas of the country? 

        • ModernEngineering

          Well, still cleaner.  Your gas comes from refinery where it uses the same coal fired electricity.  Your gas is transported by tanker trucks across the country.  Your gas is shipped around the world before it is refined.  A single coal fired plant is still more efficient.  (40% in energy conversion) where an internal combustion engine is in the 20% range.  What about your oil change, filter change…etc?

    • pdxsteve85

      “The average driver commutes 12-15 miles per day according to the last census survey done in 2009.”
      I’m not sure how your math applies to the fact that the average user will not surpass the vehicles ability to remain in 100% electric mode and never burn a drop of gasoline. That fact alone could potentially save a major chunk of cash for those who aren’t planning on a cross country trip every weekend. Also I don’t think your going to find the kind of amenities a Chevy Volt has to offer in a Civic. Just saying.  

      • http://twitter.com/EcoChic314 Angie Tarantino

        Good point. Also by using public transportation or riding your bike when possible would help reduce the amount you drive and then you’ll find you never need to pay for gas. I love the idea of this car. Perfect for someone like me who rarely ever drives. 

      • http://twitter.com/poormansheli Poor Man’s Heli

        Fair point indeed.  In the case of this hypothetical ~4k/yr commuter they’ll breakeven over a civic in 46.9 years (again my math is probably wrong as I put all of 20 seconds into that calc).  As far as amenities, not sure what the Volt offers over the Civic that isn’t part of the e-specifics (and certainly there’s nothing that can’t be added for a small fraction of the price difference).

        I like these vehicles and think it’s great that the government bailout wasn’t just used to produce more non-forward thinking vehicles but think that their costs more than kill any of their proposed benefits.

        • ModernEngineering

          A loaded Civic is about $22k.  A equivalent Volt is about $41k before tax incentives.  After tax incentives (Calfornia for example, other states have more incentives), you reduce that sticker to $32k.  So, $10k difference.

          But they are NOT the same car.  You should ask yourself why would anyone buy an Acura ILX over a Civic?  That is also $10k difference in price.

  • ModernEngineering

    There are so many misconception here, it is just silly.  As a Volt owner, I am here to clear some of them up.

    1.  Volt is rated 35miles range by the EPA and I easily get 40-45 miles in range with A/C on and hwy speed above 70mph.
    2.  Volt should NOT be compared with a econ box like Civic and Corolla (or Chevy Cruze). Those who do have NEVER driven the Volt before.  Volt drives, rides and feels like a luxury sedan that is at least in the $35k price range.  The Volt is as quiet as a Lexus and quieter than Prius/Insight/other hybrids.
    3.  Volt is $45k MSRP with LOADED features.  Civic and Corolla in that $16k price range do NOT come with Navigation, backup camera, leather, all touch console and configuration screen.    A Based Volt is already loaded with features only cost $39k.  Wtih Federal Tax Credit of $7,500, that is only $31,500.  The California ONLY has a state cash incentive of $1,500 right now.  Colorado actually offers $6,000 state tax credits.  So, the Price will be in the low $30k range for most people.4.  Average commute is shorter than 40 miles (~12,000 miles per year) per day.  You can easily save anywhere between $600 to $1200 in gas money (Comparing with a high MPG econ box).  Sure, electricity cost will go up slightly, about $20-$40 per month depending the electricity charge.  So, you will save at least few hundreds per year assuming gas won’t go up in price.
    5.  Volt looks better than any of the Prius/Insight Hybrids.
    6.  Electricity generation is MORE EFFICIENT (might not be as greeen) than any gasoline engine.  (40% vs. 20%).  A single coal plant is still more efficient and easier to clean up than millions of cars.  And if you want, you can always install solar panels to offset that.  Volt usaged can be easily offset by a 3KW solar panel installation.  Coal is a also a domestic resources.  Coal plants haven’t been built in the last 10 years and it is backbone generation.  Whether you use it or not, it will be on.  Additional capacity are mostly hydro, nuclear and natural gas based.
    7.  Volt has less maintanence.  Less oil change due to mostly EV mode.  Gasoline engine maintainence adds a lot of pollution.  Also if you include the refining, distributing and transportation of gas and oil, the difference is even larger.
    8.  Volt has 10yr/150k miles battery warranty (in California, where 8yr/100k is standard elsewhere) and GM warranties 70% capacity for that battery where Toyota, Nissan and Mitsubishi don’t.
    9.  Volt is about choice.  You can make decision on whether to operate in EV mode or gas mode.  If gas is cheap, operate in gas mode, if electricity is cheap, stay in EV mode…

    Lastly, Volt is just cool.

  • http://twitter.com/JimmyDaugherty James Daugherty

    1. I didn’t exceed the 35 range in electric mode. I didn’t use the A/C and only drove in town.
    2. The Volt can be compared to anything. A Civic and Cruze can be LOADED with Nav and leather. You can buy TWO Cruze Eco’s with leather and Nav at MSRP for the MSRP of a Volt. The Volt does not drive like a luxury car, it drives like a heavy Cruze – they are built on the SAME chassis. I have driven both, and a Civic, and Prius. 
    3. Even with incentives the VOLT is still at $35K car with $20K quality and new technology – that is the truth. Again it shares it chassis with the Cruze.
    4. Yes, Volt will save money on gas, but Volt owners also paid $15K-$20K more to get the car.
    5. Looks are opinion – I like the styling of the Volt, but people don’t buy Volts, Prius, or a Leaf because they cool looking. Hatchbacks are efficient.
    6. An electric motor is more efficient and I look forward to the progress of this technology.
    7. Looking forward to learning the true cost of maintenance of all EVs. How long the batteries last. Cost to  replace batteries.

    I think the Volt is a great car, but still has a long way to go. I applaud you for being a early adopter and I applaud Chevy for having the guts to take a risk on the Volt – I think (and hope) it pays off for them down the road.

    There is a Quora question answered by Burak kanber, Software and green technology engineer, in which Burak calculates the brake-even point of a Chevy Volt compared to 4 cylinder car that costs $14K less. In which he shows that it would take 14 years to make up the cost driving a Volt. Google: Quora “what is the break-even point for a chevy volt” to see the thread.