Basketball Hoop Installation

INSTALLING YOUR GOAL

Never installed a basketball goal before and not sure where to start? Not a problem. Regardless of where you purchased your hoop, you’ll have the option of installing it yourself or paying a professional to do it for you. The following article will walk you through the steps.

Do it yourself

The following videos will walk you step-by-step through the process of installing an in-ground basketball goal.

Installing the anchor kit

Part 2

Goal Installation

MIXING CONCRETE FOR AN IN-GROUND INSTALLATION

The secret to a long-lasting basketball hoop is in foundation. Achieving the correct mixture of dry concrete and water can give your goal additional years of life!

A mixture that is too thin lacks the strength needed to properly hold the steel pole in place. A mixture that is too thick will leave you struggling to fill voids that can’t be seen below, again compromising strength. So how do you achieve the perfect balance? Let’s find out!

Compressive Strength

Concrete is rated by its compressive strength, which means: how much pressure per square inch can a standard cylinder of concrete withstand before breaking. These ratings are derived from standardized machines which can evenly apply pressure across the surface of a concrete cylinder.

Compressive strength is largely determined by the composition of the mix. Walk into any home improvement store and you’ll see a variety of mixes that advertise ‘fast setting,’ ‘high-strength,’ ‘crack resistant,’ etc. The main difference between each of these is some mixes may contain additional ingredients, such as fiberglass, to provide even greater bond strength.

If you have a specific mix you’re looking for, then great, you already know what to get. However, if you’re simply trying to follow the instructions for your hoop, your standard ‘High-Strength’ mix will do just fine.

What Does Goalrilla Recommend?

Goalrilla recommends purchasing 12-13 bags of Quikrete concrete mix. This concrete meets the ASTM C387 Standard Specifications for concrete.

While directions state you only need 11 bags, it’s not a bad idea to have an extra bag or two on hand in the event the installation gets a little messy. As you’ll find out, concrete mix can be difficult to move and it’s very easy to accidentally tear a bag open.

Mixing the Concrete

Once you have all the appropriate materials, start by opening 1-2 bags and pouring them into a large container. Add water according to what the instructions dictate.

For an 80 lb. bag, you’ll want to use 6 pints or 2.8 L of water, or for a 60 lb. bag, you’ll want to use 4 pints or 1.9 L per bag of concrete. If you don’t have measuring bucket around, a 2 L soda pop bottle will work to get a close enough estimation.

Create a depression in the center of the dry mix and add your water here. Work the mix with a hoe or other tool and ensure consistency across the batch. Properly mixed concrete should be wet, but firm enough to hold its shape and in an oatmeal-like consistency. You can test its consistency by picking up a handful while wearing gloves.

Do not let the mix sit for extended periods of time or you run the risk of letting it dry out. Move the mix to the freshly dug hole as soon as possible and agitate as you pour to help alleviate any voids. A trench shovel and extra set of hands will be helpful here.

On especially hot days you may need to add more water to the mix as water will evaporate. Always keep the mix moving and ensure the mix maintains its consistency.

Repeat these steps as necessary until you have the appropriate amount of concrete.

Pouring Concrete in Cold Weather

Installing your basketball hoop in winter is possible but has a few caveats. If the outside temperature is below 40° F (4.44° C) for an extended period of time, you will want to reconsider your install date. Temperatures below this threshold can cause all sorts of problems your average DIY installer is most likely not equipped to handle, nor would want to.

If you choose to pour concrete during the winter months, there are few things you or your installer will want to remember.

  1. If the ground is frozen, you will need to wait until it thaws before you can even consider starting. You should NEVER place concrete in frozen ground, since it poses a number of problems from cracking, crusting, and settling unevenly.
  2. Use a fast-setting mix with hot water. As the name implies, a fast-setting mix will usually set in under an hour. While it may set in under an hour, it will still take several days to cure. When mixing concrete in these temperatures, regardless of type, use hot water.
  3. Use an accelerator. If you don’t have access to fast-setting concrete or have already purchased regular concrete, you can purchase an accelerator that helps increase the concrete hydration rate. This helps to shorten the setting time and gets the concrete to a higher strength earlier. Avoid any accelerators or additives containing calcium chloride as this will cause the rebar to rust and could potentially cause the concrete to crack. Do not mix fast-setting concrete and an accelerator.
  4. Use curing blankets. Specifically, for cold-weather applications, concrete curing blankets help to trap in the heat and moisture, so the concrete can reach its proper strength. Additionally, these “blankets” protect the concrete from freezing. Blankets can be purchased from your local home improvement store for around $50-$60 depending on your area. Keep in mind they do not look like the blankets you would use in your home. These blankets look more tarp-like and usually come in rolls.

In addition to these tips, some professional installers may have other methods or tricks they use to set concrete in colder weather. In this case, it may be better to hire a professional to do the job as they will often have the necessary supplies, like curing blankets, already on hand.

As the cost of additional materials begins to add up, combined with the inconvenience of working in the cold, you may find it’s better to have someone else do it.

The recommended hole size is 16 inches in diameter and 48 inches deep. You will need eleven 80-lb bags of concrete for the installation.

IMPORTANT SAFETY PRECAUTION: Before you dig, call your local utilities to rule out the presence of buried cables including power, water, gas and phone lines. Failure to do so could result in serious or fatal injury.

For safety purposes, we recommend you have at least three capable persons to assist you.

For best results with less vibration, your Goalrilla Anchor System should be independent of your court. If pouring concrete for both at the same time, add an expansion joint in between.

The anchor system is set in concrete on Day 1 and requires at least 72 hours to cure. We recommend erecting your system on Day 5 to ensure the superior rock-solid performance for which Goalrilla is famous.

Too much overhang can reduce the amount of court space and cause excessive shaking due to the weight of the backboard being suspended too far from the main pole. Look for approximately 2 feet to 4 feet of overhang for the best balance of safety and performance. A basketball hoop with an overhang of 5 feet or more can compromise performance because the weight of the glass backboard will increase shake in the system. A basketball hoop with an overhang of 5 feet will actually encroach on the play surface by more than 7 feet once you add the 25 inches of rim that come out from the backboard surface.

 Overhang changes as the basketball goal is adjusted. Goalrilla basketball hoops are adjustable from the safety-approved height of 7.5 feet to the NBA and NCAA regulation height of 10 feet. Use the Goalrilla basketball goal overhang chart here to find your model and learn the distance in overhang at each height.