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A backyard ice rink kit provides the components needed to create a contained area of water that can freeze into a skating surface. Instead of sourcing and building every part yourself, a kit brings the key pieces together in an integrated system designed for seasonal use.
The basic idea is simple: contain the water and let freezing temperatures turn it into ice.
What varies between backyard ice rink kit designs is the engineered approach to containing the thousands of pounds of hydrostatic forces from the contained water, how the components connect and are secured, modularity of the system to support growth, features to improve hockey specific game play, and how much work is involved in setup.
A backyard ice rink kit is a collection of components designed to create a temporary ice rink on your property.
Depending on the system, a kit may include:
Some systems require staking, the use of tools, or additional construction, while others use modular components designed for easier assembly which includes some tool-free designs.
The purpose is the same: create a reliable structure that can contain water until it freezes into a skating surface.
The physics behind a backyard rink is straightforward, but the amount of water involved makes the perimeter important.
Water weighs about 8.34 pounds per gallon. A backyard rink can therefore hold thousands of pounds of water, creating hydrostatic pressure against the perimeter.
The deeper the water, the greater the force of the water on the rink boards.
That's why a backyard rink needs a properly engineered containment system rather than simply screwing some lumber together, adding a tarp, and filling it with water.
The liner provides the waterproof barrier, while the perimeter keeps the water contained over the rink area. Once the water is in place, sufficiently cold outdoor temperatures allow it to freeze.
The contents vary by manufacturer, so check exactly what is included before purchasing.
1. Rink Perimeter
The perimeter is the foundation of any backyard rink. It forms the boundary of the rink and contains the water, opposing all of the hydrostatic forces while adding to the experience of the user once ice is formed. It can consist of individual boards, panels, brackets, or modular sections, depending on the design. The perimeter also determines the rink's overall dimensions and shape. How the rink perimeter is secured is critical. A bad design or improper install can lead to the rink boards failing and losing thousands of gallons of water. Additionally, some designs require substantially more effort to install including staking and the use of screws. A good solution is one that not only can handle the hydrostatic forces of the water, but is quick and easy to install and allows for improved game play once the rink is frozen.
2. Rink Liner
The liner holds the water inside the rink and prevents it from draining into the ground. A purpose-designed liner should be purposely paired to the dimensions and configuration of the rink, typically 4’-10’ wider and longer than the rink dimensions. Having the liner included with the kit can eliminate the need to source and size one separately and ensures compatibility. The liner should also be white so it limits the amount of heat it absorbs from the sun.
3. Connectors and Hardware
Different systems use different methods to connect their perimeter sections. Some require screws, zip ties, various tools, or additional construction materials. Others are designed to slide or snap together and connect with fewer components and less assembly work.
4. Instructions
Setup instructions should explain how to assemble the perimeter, position the liner, and prepare the rink for filling. Clear instructions can make a significant difference, particularly for first-time rink owners.
You can design and build a backyard rink from materials sourced from most hardware stores, or you can purchase a purpose-built kit.
A DIY rink typically involves sourcing lumber, stakes, fasteners, a liner, and other materials separately. You are also responsible for designing the bracing and board solution to hold the thousands of pounds of force from the water, and you must also build and construct the rinks. Generally, this requires DIY, engineering, or contractor experience and the patience and desire to work through a design, make trips to the hardware store, and spend a lot of time building the rink, with the risk that you made a mistake.
A kit packages the main components into a coordinated system, drastically reducing the amount of planning required and time spent building the rink. Rink kit parts are typically also lightweight so your low back and body fair much better during the install
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DIY Rink |
Backyard Ice Rink Kit |
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Source materials separately |
Main components come as a system |
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Build the perimeter yourself |
Use purpose-designed components |
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Design yourself |
No design or engineering experience required. |
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Greater flexibility for custom builds |
Specific configurations |
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Can have a lower material cost |
Proven design that works and is convenient |
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Significant time and energy required |
Quickly source a kit and install quickly |
DIY construction can be a good fit for someone who has some construction experience and enjoys building projects and wants to control every detail. A kit is more suitable if the priority is getting a rink assembled quickly without having to do any design work or make trips to the hardware store. A kit is also generally much easier on your body.
Related Read: How to Build a Backyard Ice Rink
Not all backyard rink kits are built the same way. Consider these factors before choosing one.
1. Ease of Setup
The EZ ICE Quick Start Kit, with its patented strap system, for example, is designed around a straightforward assembly process for homeowners who don't want to designa rink, deal with heavy lumber, or use any tools.
2. Perimeter Construction
3. Liner
4. Available Sizes
5. Seasonal Storage
Because backyard ice rinks are temporary, consider how the components can be taken apart and stored after the skating season.
A modular system that can be disassembled and reused can be more practical than rebuilding a rink from raw materials each year.
Setup time and difficulty depend heavily on the type of kit.
Traditional DIY construction requires designing a bracing and board system and then the time and effort to build what you designed. The lack of a turnkey bracing and board system puts the risk and work back into the users hands to ensure everything works and can hold the water.
Kits are designed to simplify the process by using components that connect together as a system and have been proven to work through countless hours of engineering and testing.
Staking is another requirement to consider. A DIY kit will most likely rely on a home-made staking solution while some rink kits offer turnkey staking designs. Although the kits utilizing staking are still easier than building your own brackets, look for systems that don’t require any staking. This allows you to build your rink on any surface (sport court, grass, pavement, frozen ground) with significantly less effort and no bruised thumbs.
The important point when comparing kits is not simply how many components they contain. Consider how those components go together, how much construction work is required from you, and the user experience once the rink is built.
A kit will provide the main rink components, but you'll also need the following:
Always check the manufacturer's included-components list so you know what you'll need before setup.
No. The suitability of a yard depends on factors such as available space, slope, surface conditions, and the requirements of the specific rink system.
Before purchasing, measure the intended rink area and slope and check the manufacturer's installation requirements.
The rink also needs enough surrounding space for people to safely access the ice and use the rink.
The main benefit is simpler construction. With a DIY rink, you source the materials and design and build the rink system yourself. A purpose-built kit comes ready to build without any designing or sourcing required. And, you can be confident that the system will work as intended.
That can make the setup process easier for homeowners who want a backyard rink without turning it into a major construction project.
If ease of setup is your priority, consider an EZ ICE Backyard rink. Their patented tool free design is the ultimate in easy set up and most rinks can be assembled in 60 minutes or less. You can use their rink builder to configure the best rink for your space.
A backyard ice rink kit simplifies all aspects of creating a temporary ice skating surface.
The essential requirements remain straightforward: a strong perimeter contains the water, a liner keeps the water inside the rink, and freezing temperatures turn that water into ice.
The real differences between kits are in the design, materials, size options, installation method, and ease of use.
When comparing backyard ice rink kits, consider how much construction you want to do yourself, how much space you have, and how easily the system can be assembled and stored from season to season.
What is the easiest type of backyard ice rink to set up?
Modular rink kits are generally designed to simplify setup by using pre-made components that connect together while meeting any challenging design requirements. The exact installation time depends on the specific system and rink size.
Are backyard ice rink kits reusable?
Many purpose-built backyard rink systems are designed to be disassembled and stored for future seasons. Check the manufacturer's storage and reuse instructions for the specific kit.
Can you make a backyard rink without building a wooden frame?
Yes. Some backyard rink systems use modular boards, brackets, and other components instead of requiring homeowners to construct a traditional wooden frame.
Does a backyard ice rink kit include the water?
No. Homeowners must supply the water used to create the ice.
Can you expand a backyard ice rink later?
Some modular rink systems offer expansion options including taller boards, additional width and length, and even netting options, but this depends on the manufacturer's design. Check whether additional sections or configurations are available before purchasing.