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William Maley

Quick Review: 2012 Chevrolet Volt

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William Maley

Staff Writer - CheersandGears.com

July 3, 2012

2011 was a tumultuous year for the Chevrolet Volt: sales didn't meet the high expectations set by General Motors, dealers had problems trying to get them off their lot, and then there was the battery fires which prompted a recall and a congressional hearing.

2012 so far is turning out to be a much better year for the Volt. Currently, the Volt is outselling Chevrolet's other halo car, the Corvette. (7,057 Volts vs. 5,547 Corvettes) and is on track to hit 20,000 units before the end of the year.

gallery_10485_438_514058.png

It seemed like a perfect time to revisit the Volt and wonder if it could reach the 20,000 mark.

Has anything changed since the last time the Volt visited the C&G Garage?

The big news for the 2012 Volt was a price drop to $39,995 (includes a $850 destination charge). To accomplish that, Chevrolet removed some of the standard features for the 2011 model and made them options. If you want your 2012 Volt to be like the 2011 model, you will have to pony up some more money. Also, the 2012 Volt comes with option of Chevrolet's MyLink Infotainment which adds the ability of playing Pandora and Stitcher internet radio. Other than that, the Volt is pretty much the same.

Next: The Exterior & Interior


So, the exterior is the same?

Since its last visit to the Cheers and Gears garage in February 2011, the Volt's exterior hasn't changed much. The front end features a fascia that is integrated well into the hood and front fenders to help improve aerodynamics. Also, the front end features a closed shield grill and projector headlights that extend into the front fenders. The side profile shows off the Volt's aerodynamic shape very well and features a chrome strip running underneath the windows. The Volt's back end is tall and has a squared off shape that is hidden by a spoiler.

And the Interior?

Also unchanged. Stepping into the Volt for the first time feels like you have entered the future. The Volt's instrument cluster says farewell to analog gauges and uses a large LCD screen to display all of the necessary information clearly. The center stack is mostly comprised of capacitive-touch controls that are simple to use, except in direct sunlight where its difficult to figure out which button does what. Sitting on top of the stack is a LCD touchscreen that handles climate, audio, economy information, and the optional navigation system.

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One thing that could upset buyers about the Volt are some of the materials used for the dash. The center stack and certain parts of the interior use hard plastics. Even though the plastics are nicely grained and help cut down on weight, some buyers would expect better quality materials for the price.

As for interior space, the Volt has enough headroom for both front and rear seat passengers. Legroom does come at premium, especially for the back seat passengers due to the placement of the battery.

Next: Powertrain, Fuel Economy, Charging, and Verdict.


What about the powertrain? How does it drive?

The Volt comes equipped with an electric motor delivering 111 kW (149 HP) and 368 lb-ft of torque. The electric power comes from a large 5.5 ft., 435 lb., t-shaped 16-kWh lithium-ion battery pack that is mounted in the middle of the vehicle. The final piece of the Volt's powertrain is a 84 HP 1.4L engine acting as a generator once you deplete the battery, giving you an extra 300 miles.

gallery_0_438_707273.png

Driving the Volt is like driving any other vehicle, albeit with barely any engine noise. Acceleration is very surprising due to low end torque of the electric motor. Getting up to speed on freeway onramps or leaving a stoplight was no problem for the Volt.

The transition from the Volt running on electric power alone, to using the gas engine is very seamless. The only giveaways that the transition has happened are the battery gauge changing to a gas gauge in the gauge screen and the slight hum from the 1.4L engine.

The Volt's handling is very planted, likely due to the placement of the 435 lb. battery. But it's also tuned for comfort, floating along the rough surfaces that dot the Detroit area. If you're expecting a quiet ride, you'll get it under 50 MPH. Over 50 MPH and you'll be able to make out road noise, especially in the back.

Steering also follows the comfort route, feeling light and somewhat "numb".

Fuel Economy?

The EPA rates the Volt at 95 City/93 Highway/94 Combined on EV power and 35 City/40 Highway/37 Combined when the gasoline engine kicks on. My average for the time I had the Volt was around 50 MPG. I'm betting the average would be higher if I had not taken a 100 Mile round-trip on the freeway and the battery only having a 20 Mile charge. Once the battery was depleted and the gas engine kicked in, the averaged dropped from 50 MPG to the low to mid 40's.

If you want the max fuel economy out of your Volt, stay within the 40 Mile EV range.

How long did it take to charge the battery?

Chevrolet says to charge a depleted Volt battery takes about four hours with the 240V charger or ten to twelve hours when using the 120V charger. I matched the ten to twelve hours charge time for a depleted battery. As for when the battery is about halfway used, charging time is about five to six hours.

gallery_10485_438_964194.png

And the verdict?

The Volt appears to have survived its first year with some minor bumps and bruises. The press about the fires and poor sales seem to be going away. In its place are the positives of the Volt; the quietness of the powertrain, extended range provided by the gas engine, and driving like a normal car. Some will balk at the high price and not getting that many luxuries. But with the Volt, you're buying it for the technologies. If you want luxuries, there's the Cadillac ELR coming in 2014.

The Chevrolet Volt solves one of the biggest problems plaguing electric vehicles; range anxiety. And people are beginning to take notice. Can it reach 20,000 sales? The answer looks to be yes.

Before I end this review, I need to make a note about electric vehicles in general. At this present time, electric vehicles aren't quite ready for primetime, but they're getting close. The problems are still price and battery capacity. The Volt might be the best comprise for an electric car, but it still falls into the price problem as other EVs. Electric vehicles are for small audience, despite almost everyone wanting one.

If you really have your heart set on an electric vehicle, be prepared to ask some difficult questions and doing some homework on your driving habits. Because that could make difference owning an electric or making an expensive mistake.

Disclaimer: General Motors provided the vehicle, insurance, and one tank of gas.

Year - 2012

Make - Chevrolet

Model - Volt

Trim - N/A

Engine - 1.4L Four-Cylinder, Voltec Electric Drive System

Driveline - Front Wheel Drive, Automatic

Horsepower @ RPM - 149 HP

Torque @ RPM - 368 @ 0 RPM

Fuel Economy: City/Highway/Combined - 95 City/93 Highway/94 Combined (EV Power), 35 City/40 Highway/37 Combined (Range Extender)

Curb Weight - 3781 lbs

Location of Manufacture - Detroit, Michigan

Base Price - $39,145.00

As Tested Price - $44,970.00 (Includes $850.00 Destination Charge)

William Maley is a staff writer for Cheers & Gears. He can be reached at william.maley@cheersandgears.com or you can follow him on twitter at @realmudmonster.

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Yes, fair and balanced. Facts are nice.

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Awesome read, Amazing is that last year, the dealerships had volts on the lots in Seattle, but I saw NONE on the road, this week alone, I have seen 3 volts all different color and yesterday on the bus ride home from work saw two more. Could have been the same as I saw earlier, but still 5 volt sitings in a matter of 3 days compared to none up till then does show the car is growing in popularity.

Forgot about the volt I saw on my weekend road trip with the wife. Funny we saw it and then pulled in for gas and at the gas station was a California Licenses prius and they were putting Oil into the engine and Tranny fluid in also. They told me it has been that way ever since they bought it new. Always used fluid but does not leak on the ground, so not sure where it goes, but their toyota dealership could not find any problems, so they just check every time they gas up and they now are approaching 80K miles.

For me, I would have demanded a new car as that one is clearly a lemon.

Back to the volt, we ran into the one that I passed at a winery in Eastern Washington. Owned by a woman who just loves it. She said she gave a fair test drive to both the Volt and the prius as the Nisson Leaf did not meet her needs of being able to go anywhere. The prius was nice but to small inside and she felt the Volt was and now proven as it was her second weekend out on road trips with friends since buying it. There were many people there that looked at the womans car and liked what they saw. To quote one guy. Seems america finally got a good mid size car to compete against those tiny imports.

If people can get this kind of positive, then we will see more people supporting American Made auto's.

GM keep up the drive for Quality built products.

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Yes, Gm keep up the drive!

Saw a red/maroon volt get pulled over bny the Ohio State Highway patrol today...

Glad to see the Volt doing well!

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I'd totally lease a volt if i was in better economic shape and my commute was like 20 miles or so.

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I'd take one, if I could afford it.

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I still don't want one.

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I think many fail to remember that the Prius has a slow start up before it became a poster child for the all that must be done to save the planet car.

Now if they can just work on the price I think they will be a much more common sight on the roads.

I see them here nearly daily anymore and I can't say that for the Leaf. In fact I see more ZR1 Vettes around here than Leafs.

In fact this month Zero Leafs and 1 ZL1 Camaro and about a dozen Volts.

While it is not my dream car I could live with one if I had too. It would make a great beat around town car or work car but I would need a Camaro or Vette in the Garage to have some fun. But I would say the same if I owned a Cruze too.

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      A tough, forged micro-alloy steel crankshaft anchors the new Duramax’s stronger rotating assembly. Cut-then-rolled journal fillets contribute to its durability by strengthening the junction where the journals — the round sections on which the bearings slide — meet the webs that separate the main and rod journals.
      The connecting rods are stronger, too, and incorporate a new 45-degree split-angle design to allow the larger-diameter rod bearings to pass through the cylinder bores during engine assembly. They’re forged and sintered with a durable powdered metal alloy, with a fractured-cap design enabling more precise cap-to-rod fitment. 
      A new, stronger cast-aluminum piston design tops off the rotating assembly. It features a taller crown area and a remelted combustion bowl rim for greater strength. Remelting is an additional manufacturing process for aluminum pistons in which the bowl rim area is reheated after casting and pre-machining, creating a much finer and more consistent metal grain structure that greatly enhances thermal fatigue properties.
      Additionally, the Duramax’s pistons don’t use pin bushings, reducing reciprocating weight to help the engine rev quicker and respond faster to throttle changes.
      Lightweight cylinder heads, solenoid injectors
      The redesigned engine retains the Duramax’s signature first-in-class aluminum cylinder head design, with six head bolts per cylinder and four valves per cylinder. The aluminum construction helps reduce the engine’s overall weight, while the six-bolt design provides exceptional head-clamping strength — a must in a high-compression, turbocharged application.
      A new aluminum head casting uses a new double-layer water core design that separates and arranges water cores in layers to create a stiffer head structure with more precise coolant flow control. The heads’ airflow passages are also heavily revised to enhance airflow, contributing to the engine’s increased horsepower and torque.
      The Duramax employs a common-rail direct injection fuel system with new high-capability solenoid-type injectors. High fuel pressure of 29,000 psi (2,000 bar) promotes excellent fuel atomization for a cleaner burn that promotes reduced particulate emissions. The new injectors also support up to seven fuel delivery events per combustion event, contributing to lower noise, greater efficiency and lower emissions. Technology advancements enable less-complex solenoid injectors to deliver comparable performance to piezo-type injectors.
      Electronically controlled, variable-geometry turbocharging system
      A new electronically controlled, variable-vane turbocharger advances the Duramax’s legacy of variable-geometry boosting. Compared to the current engine, the system produces higher maximum boost pressure — 28 psi (195 kPa) — to help the engine make more power, and revisions to enhance the capability of the exhaust-brake system.
      Along with a new camshaft profile and improved cylinder head design, the Duramax’s new variable-vane turbocharger enables the engine to deliver more power with lower exhaust emissions. It uses a more advanced variable-vane mechanism, allowing a 104-degree F (40 C) increase in exhaust temperature capability. The self-contained mechanism decouples movement from the turbine housing, allowing operation at higher temperature. That enables the engine to achieve higher power at lower cylinder pressure. Additionally, it has lower internal leakage, allowing more exhaust energy to be captured during exhaust braking.
      The integrated exhaust brake system makes towing less stressful by creating added backpressure in the exhaust, resulting in negative torque during deceleration and downhill driving, enhancing driver control and prolonging brake pad life.
      Venturi Jet Drain Oil Separator
      A new Venturi Jet Drain Oil Separator employed with the Duramax 6.6L is the first of its type in the segment and is designed to ensure oil control in sustained full-load operation. The totally sealed system collects the fine mist of oil entrained in the blow-by gas and uses a small portion of the boosted air generated by the turbocharger to pump the collected oil back to the engine oil sump for re-use by the engine. Less sophisticated systems are not able to return this oil during full-load operation, which can result in oil carryover into the cylinders during combustion.
      Cold Start System
      The new Duramax also provides outstanding cold-weather performance, with microprocessor-controlled glow plugs capable of gas-engine-like starting performance in fewer than 3 seconds in temperatures as low as -20 degrees F (-29 C) without a block heater. The system is enhanced with ceramic glow plugs and automatic temperature compensation — a first-in-class feature providing improved robustness and capability. The automatic temperature compensation assesses and adjusts the current to each glow plug for every use, providing optimal temperature for cold start performance and durability.     
      Electronic throttle valve and cooled EGR
      Unlike a gasoline engine, a diesel engine doesn’t necessarily require a throttle control system. The Duramax 6.6L employs an electronic throttle valve to regulate intake manifold pressure in order to increase exhaust gas recirculation (EGR) rates. It also contributes to smoother engine shutdown.
      Additionally, a cooled exhaust gas recirculation (EGR) system enhances performance and helps reduce emissions by diverting some of the engine-out exhaust gas and mixing it back into the fresh intake air stream, which is fed through the cylinder head for combustion. This lowers combustion temperatures, improving emissions performance by reducing NOx formation.
      The exhaust is cooled in a unique heat exchanger before it’s fed into the intake stream through a patented EGR mixing device, further improving emissions and performance capability. An integrated bypass allows non-cooled exhaust gas to be fed back into the system to help the engine more quickly achieve optimal operating temperature when cold.
      B20 Biodiesel Capability
      The new Duramax 6.6L is capable of running on B20 biodiesel, a fuel composed of 20 percent biodiesel and 80 percent conventional diesel. B20 helps lower carbon dioxide emissions and lessens dependence on petroleum. It is a domestically produced, renewable fuel made primarily of plant matter — mostly soybean oil.
      Manufacturing
      The new Duramax 6.6L turbo-diesel engine is produced with locally and globally sourced parts at the DMAX Ltd. (GM’s joint venture with Isuzu) manufacturing facility in Moraine, Ohio.
      Allison 1000 Automatic Transmission
      The proven Allison 1000 six-speed automatic transmission is matched with the new Duramax 6.6L. A number of refinements have been made to accommodate the engine’s higher torque capacity, including a new torque converter.
      The Allison 1000’s technologically advanced control features, such as driver shift control with manual shift feature and a patented elevated idle mode cab warm-up feature, haven’t changed. Also, the Tow/Haul mode reduces shift cycling for better control and improved cooling when towing or hauling heavy loads.
      There’s also a smart diesel exhaust brake feature that enhances control when descending steep grades.

      View full article
    • By William Maley
      Over the weekend, General Motors published and then deleted the power figures for the new 6.6L Duramax Diesel V8 that would be appearing in the 2017 Chevrolet Silverado HD and GMC Sierra HD. Today at the Texas State Fair, GM revealed everything about this new engine.
      We'll begin with the most important detail, power output. The numbers that GM revealed match the numbers posted to their powertrain site - 445 horsepower and 910 pound-feet of torque. Compared to the current Duramax V8, the new engine produces 48 more horsepower and 145 more pound-feet of torque.
      How was GM able to pull this off? They basically went through the engine with a fine tooth comb and made various changes. GM says 90 percent of this engine has been changed. Some of the changes include new electronically controlled, variable-vane turbocharger, revised cylinder heads, improved cooling, and revised fuel delivery system. The updated Duramax can also run B20 bio-diesel.
      Figures for payload and towing will be announced at a later date.
      Source: Chevrolet, GMC
      Press Release is on Page 2


      DALLAS — Chevrolet today announced the redesigned Duramax 6.6L V-8 turbo-diesel offered on the 2017 Silverado HD. This next-generation redesign offers more horsepower and torque than ever — an SAE-certified 445 horsepower (332 kW) and 910 lb.-ft. (1,234 Nm) — to enable easier, more confident hauling and trailering.
      Along with a 19 percent increase in max torque over the current Duramax 6.6L, the redesigned turbo-diesel’s performance is quieter and smoother, for greater refinement. In fact, engine noise at idle is reduced 38 percent.
      “With nearly 2 million sold over the past 15 years, customers have forged a bond with the Duramax diesel based on trust and capability,” said Dan Nicholson, vice president, Global Propulsion Systems. “The new Duramax takes those traits to higher levels.”
      The new Duramax 6.6L shares essentially only the bore and stroke dimensions of the current engine and incorporates a new, GM-developed control system. The Duramax’s signature low-rpm torque production hasn’t changed and still offers 90 percent of peak torque at a low 1,550 rpm and sustains it through 2,850 rpm.
      “Nearly everything about the Duramax is new, designed to produce more torque at lower rpm and more confidence when trailering or hauling,” said Gary Arvan, chief engineer. “You’ll also notice the refinement improvements the moment you start the engine, and appreciate them as you cruise quietly down the highway — with or without a trailer.”
      Additional highlights include:
      New, stronger cylinder block and cylinder heads New, stronger rotating and reciprocating assembly Increased oil- and coolant-flow capacity New EGR system with single cooler and integrated bypass New electrically actuated/electronically controlled turbocharging system All-new advanced solenoid fuel system All-new electronic controls New full-length damped steel oil pan that contributes to quietness New rocker cover/fuel system acoustical treatments B20 bio-diesel compatibility SAE-certified 445 net horsepower (332 kW) at 2,800 rpm SAE-certified 910 net lb.-ft. of torque (1,234 Nm) at 1,600 rpm A new, patent-pending vehicle air intake system — distinguished on the Silverado HD by a bold hood scoop — drives cool, dry air into the engine for sustained performance and cooler engine temperatures during difficult conditions, such as trailering on steep grades. Cooler air helps the engine run better under load, especially in conditions where engine and transmission temperatures can rise quickly. That allows the Duramax to maintain more power and vehicle speed when trailering in the toughest conditions.
      The intake design is another example of the advanced integration included in the 2017 Silverado HD that makes it over-the-road capable.   
      A strong foundation
      As with previous versions, the new Duramax block features a strong cast-iron foundation known for its durability, with induction-hardened cylinder walls and five nodular iron main bearings. It retains the same 4.05-inch (103mm) and 3.89-inch (99mm) bore and stroke dimensions as the current engine, retaining the Duramax’s familiar 6.6L (403 cu.-in./6,599 cc) displacement.
      A deep-skirt design and four-bolt, cross-bolted main caps help ensure the block’s strength and enable more accurate location of the rotating assembly. A die-cast aluminum lower crankcase also strengthens the engine block and serves as the lower engine cover, while reducing its overall weight.
      The new engine block incorporates larger-diameter crankshaft connecting rod journals than the current engine, enabling the placement of a stronger crankshaft and increased bearing area to handle higher cylinder loads.
      An enhanced oiling circuit, with higher flow capacity and a dedicated feed for the turbocharger, provides increased pressure at the turbo and faster oil delivery. Larger piston-cooling oil jets at the bottom of the cylinder bores spray up to twice the amount of engine oil into oil galleries under the crown of the pistons, contributing to lower engine temperature and greater durability.
      A new, two-piece oil pan contributes to the new Duramax’s quieter operation. It consists of a laminated steel oil pan with an upper aluminum section. The aluminum section provides strength-enhancing rigidity for the engine, but a pan made entirely of aluminum would radiate more noise, so the laminated steel lower section is added to dampen noise and vibration.
      There’s also an integrated oil cooler with 50 percent greater capacity than the current engine’s, ensuring more consistent temperatures at higher engine loads.
      Segment firsts
      Re-melt piston bowl rim Venturi Jet Drain Oil Separator Closed-loop glow plug temperature control Stronger pistons with remelt
      A tough, forged micro-alloy steel crankshaft anchors the new Duramax’s stronger rotating assembly. Cut-then-rolled journal fillets contribute to its durability by strengthening the junction where the journals — the round sections on which the bearings slide — meet the webs that separate the main and rod journals.
      The connecting rods are stronger, too, and incorporate a new 45-degree split-angle design to allow the larger-diameter rod bearings to pass through the cylinder bores during engine assembly. They’re forged and sintered with a durable powdered metal alloy, with a fractured-cap design enabling more precise cap-to-rod fitment. 
      A new, stronger cast-aluminum piston design tops off the rotating assembly. It features a taller crown area and a remelted combustion bowl rim for greater strength. Remelting is an additional manufacturing process for aluminum pistons in which the bowl rim area is reheated after casting and pre-machining, creating a much finer and more consistent metal grain structure that greatly enhances thermal fatigue properties.
      Additionally, the Duramax’s pistons don’t use pin bushings, reducing reciprocating weight to help the engine rev quicker and respond faster to throttle changes.
      Lightweight cylinder heads, solenoid injectors
      The redesigned engine retains the Duramax’s signature first-in-class aluminum cylinder head design, with six head bolts per cylinder and four valves per cylinder. The aluminum construction helps reduce the engine’s overall weight, while the six-bolt design provides exceptional head-clamping strength — a must in a high-compression, turbocharged application.
      A new aluminum head casting uses a new double-layer water core design that separates and arranges water cores in layers to create a stiffer head structure with more precise coolant flow control. The heads’ airflow passages are also heavily revised to enhance airflow, contributing to the engine’s increased horsepower and torque.
      The Duramax employs a common-rail direct injection fuel system with new high-capability solenoid-type injectors. High fuel pressure of 29,000 psi (2,000 bar) promotes excellent fuel atomization for a cleaner burn that promotes reduced particulate emissions. The new injectors also support up to seven fuel delivery events per combustion event, contributing to lower noise, greater efficiency and lower emissions. Technology advancements enable less-complex solenoid injectors to deliver comparable performance to piezo-type injectors.
      Electronically controlled, variable-geometry turbocharging system
      A new electronically controlled, variable-vane turbocharger advances the Duramax’s legacy of variable-geometry boosting. Compared to the current engine, the system produces higher maximum boost pressure — 28 psi (195 kPa) — to help the engine make more power, and revisions to enhance the capability of the exhaust-brake system.
      Along with a new camshaft profile and improved cylinder head design, the Duramax’s new variable-vane turbocharger enables the engine to deliver more power with lower exhaust emissions. It uses a more advanced variable-vane mechanism, allowing a 104-degree F (40 C) increase in exhaust temperature capability. The self-contained mechanism decouples movement from the turbine housing, allowing operation at higher temperature. That enables the engine to achieve higher power at lower cylinder pressure. Additionally, it has lower internal leakage, allowing more exhaust energy to be captured during exhaust braking.
      The integrated exhaust brake system makes towing less stressful by creating added backpressure in the exhaust, resulting in negative torque during deceleration and downhill driving, enhancing driver control and prolonging brake pad life.
      Venturi Jet Drain Oil Separator
      A new Venturi Jet Drain Oil Separator employed with the Duramax 6.6L is the first of its type in the segment and is designed to ensure oil control in sustained full-load operation. The totally sealed system collects the fine mist of oil entrained in the blow-by gas and uses a small portion of the boosted air generated by the turbocharger to pump the collected oil back to the engine oil sump for re-use by the engine. Less sophisticated systems are not able to return this oil during full-load operation, which can result in oil carryover into the cylinders during combustion.
      Cold Start System
      The new Duramax also provides outstanding cold-weather performance, with microprocessor-controlled glow plugs capable of gas-engine-like starting performance in fewer than 3 seconds in temperatures as low as -20 degrees F (-29 C) without a block heater. The system is enhanced with ceramic glow plugs and automatic temperature compensation — a first-in-class feature providing improved robustness and capability. The automatic temperature compensation assesses and adjusts the current to each glow plug for every use, providing optimal temperature for cold start performance and durability.     
      Electronic throttle valve and cooled EGR
      Unlike a gasoline engine, a diesel engine doesn’t necessarily require a throttle control system. The Duramax 6.6L employs an electronic throttle valve to regulate intake manifold pressure in order to increase exhaust gas recirculation (EGR) rates. It also contributes to smoother engine shutdown.
      Additionally, a cooled exhaust gas recirculation (EGR) system enhances performance and helps reduce emissions by diverting some of the engine-out exhaust gas and mixing it back into the fresh intake air stream, which is fed through the cylinder head for combustion. This lowers combustion temperatures, improving emissions performance by reducing NOx formation.
      The exhaust is cooled in a unique heat exchanger before it’s fed into the intake stream through a patented EGR mixing device, further improving emissions and performance capability. An integrated bypass allows non-cooled exhaust gas to be fed back into the system to help the engine more quickly achieve optimal operating temperature when cold.
      B20 Biodiesel Capability
      The new Duramax 6.6L is capable of running on B20 biodiesel, a fuel composed of 20 percent biodiesel and 80 percent conventional diesel. B20 helps lower carbon dioxide emissions and lessens dependence on petroleum. It is a domestically produced, renewable fuel made primarily of plant matter — mostly soybean oil.
      Manufacturing
      The new Duramax 6.6L turbo-diesel engine is produced with locally and globally sourced parts at the DMAX Ltd. (GM’s joint venture with Isuzu) manufacturing facility in Moraine, Ohio.
      Allison 1000 Automatic Transmission
      The proven Allison 1000 six-speed automatic transmission is matched with the new Duramax 6.6L. A number of refinements have been made to accommodate the engine’s higher torque capacity, including a new torque converter.
      The Allison 1000’s technologically advanced control features, such as driver shift control with manual shift feature and a patented elevated idle mode cab warm-up feature, haven’t changed. Also, the Tow/Haul mode reduces shift cycling for better control and improved cooling when towing or hauling heavy loads.
      There’s also a smart diesel exhaust brake feature that enhances control when descending steep grades.
    • By William Maley
      For a time, the V6 was looked down upon in the likes of the Chevrolet Camaro, Dodge Challenger, and Ford Mustang because they were seen as lackluster. The engines didn’t match aggression that was being expressed by the exterior of the coupes. But rising gas prices and increasing regulations on fuel economy and emissions has the likes of GM, Ford, and FCA revisiting the idea of a V6 muscle car. We recently spent some time in a 2016 Dodge Challenger V6 to see if it is worth it.
      I will argue that the Challenger is still the meanest looking out of the three muscle cars on sale. Dodge’s designers were able to bring the design of the original Challenger into the modern era without making it look like a complete mess. The little details such as the narrow grille, quad headlights, fuel filler cap, and rectangular taillights are here and help it stand out. Our tester featured the optional Blacktop package that adds a blacked-out grille, black stripes, and a set of 20-inch wheels. The downside to bringing the original Challenger design into the modern era is poor visibility. Large rear pillars and a small glass area make it somewhat difficult to backup or making a pass. The good news is that a number of Challenger models like our SXT Plus come with a backup camera as standard and blind spot monitoring is available as an option. The Challenger’s interior hasn’t changed much since we last reviewed it back in 2014 with the SRT 392. It is still a comfortable place to sit in and controls are in easy reach for the driver thanks to the center stack being slightly angled. Still, the limited glass area does mean you will feel somewhat confined. Power for the SXT is Chrysler’s 3.6L Pentastar V6 with 305 horsepower and 268 pound-feet of torque. This is paired with an eight-speed automatic only. If you want a manual, you need to step to one of the V8 engines. The V6 is quite surprising with how much performance is on offer. Step on the accelerator and the V6 moves the Challenger with surprising authority. Power comes on a smooth rate no matter what gear you find yourself in. The eight-speed automatic is one of best in the business with smart shifts. Only disappointment is the V6 doesn’t sound like it belongs in the Challenger. There isn’t that muscular roar when step on the accelerator. A new exhaust and some tweaking in the engine could fix this issue.  As for fuel economy, we got an average of 23.4 mpg. Not bad for a coupe that is rated at 19 City/30 Highway/23 Combined. One item that the Challenger is known for is its ride comfort and this hasn’t changed. Even with the optional Super Track Pak fitted to our tester, the Challenger was able to provide a cushy ride over some of Michigan’s terrible roads. Road and wind noise are kept at very low levels. Speaking of the Super Track Pak, this should be mandatory equipment on the V6 model. With firmer suspension bits, it makes the Challenger feel slightly smaller and reduces body roll around corners. However, it cannot mask the Challenger’s weight. Pushing it around a corner, the Challenger feels quite big and not as nimble the as the Chevrolet Camaro I drove afterward. The Challenger SXT Plus starts at $29,995. Add on a few options such as the Blacktop package and you’ll came to an as-tested price of $34,965, pretty good value for a muscle car. Going with the V6 option in the Challenger isn’t bad a choice. You get the looks of a muscle car and some decent performance. But as I drove the Challenger during the week, I couldn’t help but think about what if I had the V8. Six is good, but eight is even better. Disclaimer: Dodge Provided the Challenger, Insurance, and One Tank of Gas
      Year: 2016
      Make: Dodge
      Model: Challenger
      Trim: SXT Plus
      Engine: 3.6L 24-Valve VVT V6
      Driveline: Rear-Wheel Drive, Eight-Speed Automatic
      Horsepower @ RPM: 305 @ 6,350
      Torque @ RPM: 268 @ 4,800
      Fuel Economy: City/Highway/Combined - 19/30/23
      Curb Weight: 3,885.2 lbs
      Location of Manufacture: Brampton, Ontario
      Base Price: $26,995
      As Tested Price: $34,965 (Includes $995.00 Destination Charge)
      Options:
      SXT Plus 3.6L V6 Package 21V - $3,000.00
      Driver Convenience Group - $1,095.00
      Sound Group II - $795.00
      Blacktop Package - $695.00
      Super Track Pak - $695.00
      UConnect 8.4 NAV - $695.00

      View full article
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