how to choose your dumpster size
15 yards
*Dimensions may vary but volume is always 15 cubic yards.
Single room remodels
Storage space clean out
Including garages, attics, and basements
Community cleaning projects
Disposal of brick, dirt, and concrete
20 yards
*Dimensions may vary but volume is always 20 cubic yards.
Roofing project debris
Full house clean out
Large-scale landscaping cleanup
Small-scale demolitions
ROLL-OFF DUMPSTER PRICING
I just need one dumpster.
I need multiple dumpsters for a project.
prep for delivery
CLEAR THE PATH
We will need a minimum of 60ft in length to be able to drop off your container. Please move cars and any other objects to make the space available for your container.
check for overhead obstacles
We will need a minimum of 23ft of vertical clearance to install your container. Please be sure the drop-off area is free of overhead wires, branches, etc.
be prepared
Prep the drop-off area the night before your delivery date so there will be no delays during drop-off. This will help ensure a smooth delivery process.
pay attention to weight & prohibited items
Please stay within the weight limit of your container and avoid disposing of prohibited items so you will not incur any unexpected fees.
weight limit comparisons
15 yard weight limit:
A 15 cubic yard dumpster can hold between 1 and 2 tons (2000 – 4000 lbs) which is about the equivalent of 4.5 pick up truck loads.
20 yard weight limit:
A 20 cubic yard dumpster can hold between 2 and 3 tons (4000 – 6000 lbs) which is about the equivalent of 6 pick up truck loads.
CONTAINER SIZING FOR SHINGLE REMOVAL
It is important to choose the best dumpster size for your shingle removal project. You can do a quick calculation of the size that you will need based on the size of your roof and the weight of the debris that will be removed.
Roofing shingles are measured in squares.
1 square of shingles is 100 square ft
= 250 – 400 lbs
+ 50 – 100 lbs of plywood, felt, etc. per square
Calculate the weight of your roof debris:
Size of Roof (square)
x
Shingle Weight per Square
x
Number of Layers
x
Additional Debris
