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John Bedrow 

Automotive Journalist,

Updated on January 28, 2025

2016 Chevrolet Express Cargo 3500 

The 2016 Chevrolet Express Cargo 3500 draws power from its 4.8L V8 engine that produces a total of 285 horsepower and 295 lb-ft of torque. Equipped with a 6-speed HD auto gearbox, the Cargo Van can go from 0-60 mph in 7.7 seconds.

Model Name

Published 0-60 mph

Real World User 0-60 mph

2016 Chevrolet Express Cargo 3500 

NA

7.7 seconds

Chevrolet Express 3500

    Car
    Engine
    0-60 MPH
    Top Speed
    SourceCompare
    4.3L 6cyl V6 8AM8.2 sec-
    4.8L 8cyl V8 6A8.2 sec-
    4.8L 8cyl V8 6A8.2 sec159 mph
    4.3L 6cyl V6 8A8.4 sec-
    4.3L 6cyl V6 8A8.4 sec-
    4.3L 6cyl V6 8A8.4 sec-

    Trim Wise 0-60

    Trims
    Configuration
    0-60 MPH
    SourceCompare

    Work Van

    Ranked #1

    4.3L 6cyl RWD 8AM8.2 sec

    Base

    Ranked #2

    4.3L 6cyl RWD 8A8.4 sec

    LS

    Ranked #2

    4.3L 6cyl RWD 8AM8.4 sec

    LS

    Ranked #2

    4.3L 6cyl FWD 6A8.4 sec

    LT

    Ranked #2

    4.3L 6cyl RWD 8AM8.4 sec

    Competitor's 0-60

      Car Name
      0-60 MPH
      Quarter Mile
      Top Speed
      SourceCompare
      8.2 sec--
      8.1 sec--
      8.1 sec16.5 sec-
      8.2 sec--
      8.4 sec--
      9.7 sec19.4 sec114 mph

      Other Chevrolet Cars

        Car Name
        Engine
        0-60 MPH
        Top Speed
        SourceCompare
        6.2L 8cyl 6M3.21 sec120 mph
        6.2L 8cyl 8AM3.35 sec194 mph
        2.0L 4cyl 6M5.4 sec-
        5.3L 8cyl 10A5.9 sec-
        electric DD6.3 sec-
        6.6L 8cyl 6A6.6 sec-

        At Carhp, We make sure to deliver the most precise and reliable 0-60 mph timings sourced from a carefully curated selection of reputable sources. Our commitment to accuracy ensures that the 0-60 mph figures listed on our site truly represent the real-world performance capabilities of the vehicles. It's important to note that our comprehensive database comprises data from various sources, and factors such as vehicle weight, tire grip, road conditions, and altitude may influence these figures.