2020 KENWORTH, W900 Extended Daycab Tandem

Day Cab Truck in Blaine, WA 98230

293,000 mi
18 Spd Transmission

Stock #: 51861

Exterior Colour: Black

Engine: Cummins X15

Horsepower: 605

Transmission: 18 Spd

Front Axle: 20,000

Rear Axle: 46,000

Gear Ratio: 4.10

Frame: Double

Brakes: Jake

Suspension: Neway

Wheelbase: 323.0

Mileage: 293K Miles

X15 605 HP, 18 Spd, 20,000 x 46,000 Axles, Double Frame, AM / FM / CD / Nav, Power Windows / Locks / Mirrors, Leather Seats, Smart Steering Wheel, Full Lockers, 24ft + of Clean Frame, Loaded Extended Day Cab, 239K Miles. deal-pending


Exterior Color
Engine Manufacturer
Fuel Type

Contact: Jennifer Faulkner


Website: internationalmachinery.com

This unit is not available!

Vehicle Location

Blaine, WA, 98230, US

Similar Vehicles

Rivals to the 2020 Kenworth W900 Extended Daycab Tandem

1. 2019 Peterbilt 389 Extended Day Cab

The 2019 Peterbilt 389 Extended Day Cab is a robust choice for those seeking power and durability. Powered by a Cummins X15 Engine, this truck offers similar horsepower (605HP) to the Kenworth W900. The manual transmission ensures a hands-on driving experience, while the tandem axle configuration provides stability during heavy loads. With its spacious day cab and extended frame, it's built for long hauls.

2. 2020 Freightliner Cascadia Tandem Axle Sleeper

If you're looking for something with a bit more comfort, consider the 2020 Freightliner Cascadia Tandem Axle Sleeper. While still featuring a powerful engine (Detroit DD15), this model includes a sleeper cabin for those longer journeys. Like the Kenworth W900, it also features manual transmission and tandem axles for handling substantial weights.

3. 2021 Mack Anthem Day Cab

The Mack Anthem is another strong competitor in the day cab market, with its combination of power and functionality making it an appealing alternative to the Kenworth W900. This model features an MP8 engine that delivers up to 505HP and comes with an automated manual transmission providing ease of use without sacrificing control over the vehicle's performance.