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Many arenas are designed to accommodate multiple sports, including basketball and hockey. The transition process from a hockey rink to a basketball court involves several steps and typically requires a large crew. First, the hockey rink walls and glass panels are removed, revealing the ice underneath. Then, insulated plywood is laid over the ice to create a level surface, followed by the installation of the basketball court floor, which consists of hundreds of heavy wooden pieces locked together. The process is reversed after a basketball game to prepare for hockey. Additionally, scoreboards may need adjustments to accommodate the specific requirements of each sport. The entire conversion process can range from 90 minutes to a full day, depending on the crew size and efficiency.
| Characteristics | Values |
|---|---|
| Size of the playing surface | Basketball court: 94 ft long and 50 ft wide; Hockey rink: 200 ft long and 85 ft wide |
| Seating layout | Basketball: Seating right up to the back of the players; Hockey: Seating set back to account for glass walls |
| Flooring | Basketball: Wooden planking; Hockey: Ice |
| Scoreboard | Different scoreboards for hockey and basketball, but newer scoreboards can be used for both sports with minor adjustments |
| Glass walls | Hockey requires glass walls and a penalty box on both sides of the ice |
| Ice | Ice is maintained at 16°F by chillers and is about 3/4 inch thick |
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What You'll Learn
Conversion of the rink to the court
Converting a hockey rink into a basketball court involves several steps and careful planning. The process typically begins with the removal of the walls and glass panels surrounding the hockey rink, which are not needed for basketball. This initial step opens up the space and prepares it for the next phase of the transformation.
The next critical step is addressing the flooring. The ice rink surface needs to be covered to create a suitable playing area for basketball. To achieve this, special insulated plywood is laid out across the entire ice surface. This plywood serves two important purposes: it provides a stable base and, thanks to its insulation properties, helps maintain a temperature difference between the basketball court and the ice below, keeping the court warm and the ice cool.
Once the plywood is in place, the basketball court flooring is carefully assembled on top of it. The court is typically made up of hundreds of heavy wooden pieces that are carefully locked into place to form a sturdy and seamless playing surface. This intricate puzzle-like process ensures the court is secure and provides the necessary markings for basketball. The weight of the wooden pieces, often totalling several tons, ensures that the court stays in place without sliding on the ice.
After the court is assembled, the necessary adjustments are made to the scoreboard. Modern scoreboards are often designed with multi-sport use in mind, allowing for easy conversion between different sports. This can involve simple changes to the display, such as changing "penalty" to "fouls" with the flip of a switch or utilizing small LED panels.
Finally, the seating arrangements may need adjustments. Basketball seating is usually closer to the playing area, with seats right up to the back of the players, whereas hockey requires seating to be set back slightly to accommodate the glass walls and penalty boxes. With careful planning and the use of temporary structures, arenas can accommodate these differences and provide optimal viewing experiences for both sports.
The entire conversion process can be completed remarkably quickly, often within a couple of hours, thanks to modern technology, efficient crew coordination, and the heavy-duty equipment used. However, the reverse process is equally important, ensuring that the ice rink is properly maintained and preserved beneath the basketball court, ready for the next hockey game.
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Scoreboard adjustments
Scoreboards are another essential aspect of the arena that requires adjustment when transitioning from hockey to basketball or vice versa. The scoreboard conversion should be straightforward, with the ability to accommodate both sports. Modern scoreboards are designed with multi-sport use in mind, offering versatility and ease of use. These scoreboards often feature small LED panels that can display text and be swiftly adjusted to suit the specific terminology and requirements of each sport. For example, with a simple flip of a switch, the LED panels can change from displaying "penalty" to "fouls".
In addition to the display adjustments, the height of the scoreboard may need to be modified to ensure optimal visibility for all spectators in the arena. This height adjustment process can take up to two hours to complete.
The electrical system of the arena must also be considered during the transition. The scoreboard, along with the sound system and other electronic equipment, may need to be relocated, rewired, or even replaced to meet the different lighting requirements of the two sports. The lighting intensity and positioning may vary between hockey and basketball, as glare on the ice surface or insufficient lighting on the court can negatively impact the players' and spectators' experiences.
The transformation of the scoreboard and other electrical components is a meticulous process that requires careful planning and coordination. The arena's crew must work efficiently to ensure that the necessary adjustments are made within the tight timeline, allowing enough time for final checks and ensuring that all equipment is ready for the next game.
Overall, the scoreboard adjustments are a critical aspect of converting an arena from hockey to basketball or vice versa, and they play a significant role in providing a seamless and enjoyable experience for fans and players alike.
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Seating layout changes
The glass walls and protective barriers used in hockey create a larger playing area compared to basketball. As a result, the seating layout for hockey may include additional sections or tiers to accommodate spectators, ensuring they have a clear view of the game despite the larger playing surface.
On the other hand, basketball courts have a more intimate setting, with the seating positioned closer to the action. The absence of glass walls in basketball allows for a more direct viewing experience for fans. The seating layout may differ in terms of the number of sections or tiers, with a focus on bringing spectators closer to the court.
The transition from hockey to basketball seating may involve adjusting or removing certain sections of seating to accommodate the reduced playing area of a basketball court. Temporary structures or modular seating arrangements can be utilised to facilitate this change, ensuring that the seating configuration complies with the sport-specific requirements.
Additionally, the conversion process should also consider the comfort and safety of the spectators. This includes ensuring unobstructed views, providing adequate legroom, and maintaining the necessary clearances between rows to facilitate movement and emergency egress. The seating layout changes should be designed to optimise the viewing experience for fans while adhering to safety regulations and providing a comfortable environment during the game.
While the specifics of seating layout changes may vary depending on the arena's design and the available technology, the primary distinction lies in accommodating the different playing areas and spectator viewing requirements of hockey and basketball. Efficient planning and execution of these changes are crucial to ensure a successful and seamless transition from one sport to another in a multi-purpose arena.
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Glass wall assembly
Arenas that host both basketball and hockey games need to be able to convert between the two sports. The process of converting the arena from a basketball court to a hockey rink and vice versa needs to be easy and quick.
The glass walls around the hockey rink serve several purposes. Firstly, they protect the spectators from flying pucks, which can cause severe injuries and even death. Secondly, they ensure that the puck stays within the rink, preventing interruptions to the game. Thirdly, they keep the cold air inside the rink during setup, allowing the water to freeze faster. Lastly, they provide a layer of protection for the players and spectators from each other, preventing any physical altercations during highly-charged games.
There are two types of glass shielding used in hockey rinks: tempered glass and acrylic glass (also known as Plexiglas). Tempered glass, which is typically used along the sides of the rink, the penalty box, and the team benches, is created through a process of successive heating and cooling to strengthen it. It can withstand the impact of players slamming into it and provides an unobstructed view for the audience. If it does break, tempered glass shatters into small pieces, reducing the risk of injury.
On the other hand, acrylic glass is used to line the ends of the rink. It is mounted on the outside of the boards and held together by supports, allowing it to absorb impact better than tempered glass. Acrylic glass produces a loud, visible flex when struck, making it a preferred choice for players.
When converting the arena from a hockey rink to a basketball court, the glass walls and other rink walls are removed. The process of removing the glass walls can be time-consuming, taking several hours. Once the glass walls are taken down, a layer of insulated plywood is laid over the ice surface. This plywood ensures that the basketball court stays warm while keeping the ice cool. Finally, the hardwood basketball floor is assembled on top of the plywood.
The basketball court is made up of hundreds of heavy wooden pieces that lock together and are then tightened with a sledgehammer. This process ensures that the court is secure and stable for the players. The entire conversion process can take anywhere from 90 minutes to a full day, depending on the crew size and efficiency.
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Temperature control
To achieve this, modern arenas are equipped with advanced refrigeration systems that maintain the ice at optimal temperatures even when covered. For example, an ice-bearing concrete slab is embedded with miles of pipes filled with brinewater (an antifreeze agent). Chillers keep this slab at a chilly 16 degrees Fahrenheit, which is cold enough to freeze the thousands of gallons of water needed to create the ice layer for hockey.
When it's time for basketball, the ice surface is not melted. Instead, the basketball court is laid on top of the frozen ice. This process involves placing interlocking mats made from rubber or a fibreglass-foam composite over the ice. Then, deck boards topped with basketball-ready parquet are laid down. This specialised plywood layer helps to maintain the temperature differential, keeping the basketball court warm and the ice beneath cool.
The reverse process takes place when transitioning back to hockey. The basketball court is removed, and the ice is once again exposed, ready for use. This careful temperature management ensures that the ice remains in optimal condition, even when the arena is utilised for basketball games.
In summary, the ability to control and maintain distinct temperatures for different sports is a remarkable feat of engineering. It showcases the innovative use of climate control systems, enabling arenas to seamlessly transform from hosting basketball games to providing the perfect frozen ice rink for hockey. This temperature control aspect is a crucial component of the complex process of converting an arena from hockey to basketball.
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Frequently asked questions
It's all thanks to modern technology. First, the rink's walls and glass panels are removed. Then, the basketball court, made up of around 25 tons of plywood and wooden pieces, is laid out over the ice. The ice stays frozen underneath, thanks to a concrete floor embedded with temperature control mechanisms. The process is then reversed after the basketball game to prepare for the next hockey game.
Depending on the system used and the number of workers, the transition can take anywhere from 90 minutes to a full day.
The playing surface size and seating layout differ between the two sports. A basketball court is smaller than a hockey rink, measuring 94 feet by 50 feet, while a rink is 200 feet by 85 feet. For basketball, the seating is right up to the back of the players, while hockey requires seating to be set back to accommodate glass walls.
The scoreboard also needs to be converted, as hockey and basketball have different requirements. Modern scoreboards are often designed for multi-sport use, allowing for easy conversion by changing title displays or using LED panels.
The ice, which is only about an inch thick, is created using many tiny layers to ensure durability. It is kept frozen by an ice-bearing concrete slab embedded with pipes filled with brinewater (an antifreeze agent) and maintained at 16 degrees Fahrenheit by chillers.
