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2020 Chevrolet Silverado 1500 with new diesel delivers EPA-estimated 33 mpg highway; driver-selectable stop/start

The 2020 Chevrolet Silverado 1500 with the available, all-new 3.0L Duramax turbo-diesel engine delivers an EPA-estimated 33 mpg highway and 23 city in rear-wheel-drive models. EPA-estimated fuel economy for four-wheel drive models is 29 mpg highway/23 city.

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With an SAE-certified 277 horsepower and 460 lb-ft (624 N·m) of torque, the Silverado 3.0L Duramax with four-wheel drive is also capable of towing up to 9,300 pounds and a max payload of 1,870 pounds, meeting the towing needs of about 90% of light-duty customers.

This is the first diesel offered in Chevrolet’s light-duty trucks since 1997, and the brand’s first inline-six configuration for full-size, light-duty trucks. As such, engineers had a clean sheet to leverage the efficiency and balance of an inline-six-cylinder architecture.

Highly durable materials make up key components, including iron cylinder liners within the aluminum engine block, a forged steel crankshaft and connecting rods as well as blended silicon/aluminum pistons for greater heat resistance and reduced expansion.

The truck draws on innovative technologies to deliver impressive fuel economy and a refined customer experience.

  • The inline-six engine provides an inherently balanced configuration for low noise and vibration characteristics. It features an aluminum block for weight reduction, an 84mm x 90mm bore and stroke, dual-overhead camshafts and four valves per cylinder.

  • A new active thermal management system warms up propulsion components more quickly for more efficient operation.

  • The exhaust brake, which is available in tow-haul mode, can provide additional driver confidence when towing, especially when going downhill.

  • The driver-selectable stop/start technology enhances fuel economy by shutting off the engine at stoplights and certain other stop-and-go situations, helping save fuel. The engine automatically restarts when the driver takes his or her foot off the brake.

  • The 3.0L Duramax is exclusively paired with a Hydra-Matic 10L80 10-speed automatic transmission, featuring smaller gear steps and an overall larger ratio spread to enable peak efficiency. Intelligent controls adjust to the driver’s needs for smooth operation and aggressive response.

The Duramax 3.0L turbo-diesel marks Chevrolet’s fourth diesel truck in the available lineup, joining the Colorado, Silverado HD and Silverado Medium Duty. The company draws on deep diesel truck experience from the Silverado HD with the Duramax 6.6L Turbo-Diesel V8 and Colorado with the Duramax 2.8L Turbo-Diesel.

The new diesel option completes the all-new Chevrolet Silverado 1500 propulsion portfolio, which provides eight trims paired with six engine/transmission combinations. The 3.0L Duramax turbo-diesel is available on the LT, RST, LTZ and High Country trims. For the LTZ and High Country, the 3.0L Diesel is a $2,495 option, identical to that of the 6.2L V-8. For the LT and RST, it is a $3,890 increase over a 2.7L Turbo engine.

The first customer deliveries of the 2020 Silverado 1500 with the available 3.0L Duramax turbo-diesel are expected to begin in the fall.

Comments

Lad

Why would you buy a 33 mpg dirty diesel? Wait a while longer and get a BEV truck that runs on cheap electricity and gets 150 mpge without the downside of high maintenance, and pollution the diesel delivers.

SJC

277 hp from a 3L means serious boost pressure.

cujet

Quote Lad: "Why would you buy a 33 mpg dirty diesel? Wait a while longer and get a BEV truck that runs on cheap electricity and gets 150 mpge without the downside of high maintenance, and pollution the diesel delivers"

Answer: Because it can go 4x more than 125 miles while pulling a load.

Answer #2: Because net energy consumption is lower with an efficient diesel at 45+% thermal efficiency , when compared to a BEV, powered by the average 38% eff powerplant, with 7% elec transmission line losses running a battery charger with 10% losses and charging batteries with 10% losses, running motors with 10% losses.

People look at how many watts they consume from a battery to go a distance. With ZERO regard to how much energy is used up generating the power at the plant.

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