2018 MACK GU713
Dump Truck in East Los Angeles, CA 90063
Well-maintained 2018 Mack Granite GU713 roll-off truck, used for our company’s bin rental service. Always serviced on schedule, no major issues, and ready to go straight to work. Selling as-is with no warranty and no refunds.
Specifications |
|
|
Sharerig ID
|
2731SB0AE8 |
|
Brake System
|
Air |
|
Cab Type
|
Cab-Behind-Engine |
|
Exterior Color
|
White |
|
Engine Manufacturer
|
Mack |
|
Fuel Type
|
Diesel |
|
GVWR Class
|
Class 8: 33,001 lb And Over |
Sale
Vehicle Location
East Los Angeles, CA, 90063, US
Benny Wu
Contact: Benny (owner)
Similar Listings
-
2014 FREIGHTLINER CASCADIA 125
319,000 mi, Automatic
Coto De Caza, CA
$70,000 -
2019 INTERNATIONAL HS515
223,981 mi, Automatic
Indianapolis, IN
$99,000 -
2019 INTERNATIONAL HS515
266,643 mi, Automatic
Indianapolis, IN
$99,000 -
2018 MACK GU813
203,060 mi, Automatic
Indianapolis, IN
$129,000 -
2019 INTERNATIONAL HS515
250,893 mi, Automatic
Indianapolis, IN
$99,000 -
2015 FREIGHTLINER FREIGHTLINER 114SD
419,258 mi, Manual
Lake Ronkonkoma, NY
$109,500
Pete's Take
2018 Mack Granite GU713: A Reliable Workhorse
The 2018 Mack Granite GU713 is a well-maintained roll-off truck that has been used for bin rental services. With its regular servicing and lack of any major issues, this vehicle is ready to hit the ground running. However, please note that it's being sold as-is without any warranty or refunds.
1. High Mileage but Well-Maintained: Despite having clocked 186,000 miles, the truck has been consistently serviced on schedule which makes it a reliable choice for those in need of a sturdy workhorse.
2. Cab-Behind-Engine Design: The cab-behind-engine design provides increased visibility and safety, making it stand out from other models with conventional designs.
3. Class 8 GVWR: With a Gross Vehicle Weight Rating (GVWR) of Class 8 (33,001 lb and over), this Mack Granite GU713 is built to handle heavy loads with ease.
4. Diesel Engine by Mack: The truck houses a diesel engine manufactured by Mack itself which ensures optimal performance and compatibility.
