Kristian Ferrell
Basketball stadiums are typically indoors, allowing organizers to control the temperature. Most basketball arenas are kept at approximately 65 to 75 degrees Fahrenheit (18 to 24 degrees Celsius). However, the temperature can rise as the stadium fills up, reaching up to 90 degrees Fahrenheit. The humidity level is typically kept below 55%, which can cause people to sweat, even in colder temperatures. Some basketball stadiums are shared with hockey teams, requiring the use of ice-cooling techniques to maintain the ice surface. Overall, while the temperature in basketball stadiums can vary, they are generally not considered extremely cold.
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What You'll Learn
- Basketball stadiums are kept at a temperature of 65-75°F (18-24°C)
- Arenas shared with hockey teams use pipes to keep the ice frozen
- Humidity is kept below 55%, which can cause sweating
- NBA arenas have a new system to monitor temperature and humidity
- It's not freezing, but some fans still recommend bringing a hoodie
Basketball stadiums are kept at a temperature of 65-75°F (18-24°C)
Basketball stadiums are typically kept at a temperature of 65–75°F (18–24°C). This range is considered comfortable for both players and spectators. While the temperature is controlled, it is not always easy to maintain, especially as the arena fills up with people. The temperature can rise by as much as 15°F, reaching 90°F in some cases.
The temperature in basketball stadiums is a critical component of the game. If it is too hot, the ball will expand due to the heat and increased air pressure at a molecular level. This can affect the natural bounce of the ball, and it may need to be re-inflated. If it is too cold, the ball will start to deflate and lose its bounce. However, it is rarely so cold inside a basketball arena that this becomes an issue.
Maintaining the right temperature is also important for the surface of the court. Some NBA teams share stadiums with NHL teams, which means there is ice under the basketball court. To prevent the ice from melting, the concrete floor under the ice has pipes that pump very cold liquid, such as antifreeze, to keep the ice frozen.
The humidity in basketball stadiums is also controlled. The humidity level is typically kept below 55%, although this is still quite humid and can cause players and spectators to sweat, especially during the game. The NBA has introduced the Venue Environmental Support System (VESS) to help monitor and control temperature and humidity in its arenas.
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Arenas shared with hockey teams use pipes to keep the ice frozen
Many basketball stadiums are also used for ice hockey, which requires a frozen rink. This is achieved by pumping freezing brinewater (an anti-freeze agent) through a system of pipes that run through a large piece of concrete known as the ice slab. This slab is maintained at 16 degrees Fahrenheit by chillers to freeze upwards of 10,000 gallons of deionized water pumped onto it, creating a layer of ice that’s about three-quarters of an inch thick.
When it's time for a basketball game, a platform that serves as the playing surface is placed on top of the ice. This helps to preserve the ice while ensuring that water from the ice does not affect the game. Special insulated plywood is laid out over the entire ice surface, and the hardwood of the basketball floor is placed on top. This plywood is heavy enough to stay in place and keeps the basketball court warm while the ice underneath remains frozen.
At the end of the hockey season, the ice surface is defrosted by heating the brinewater through the slab, making it easier to break up the ice and remove it. This process can be reversed quickly, with a large team of workers able to convert the basketball court into a hockey rink in just a couple of hours.
Examples of arenas shared by basketball and hockey teams include Madison Square Garden in New York, where the New York Rangers play hockey and the New York Knicks play basketball. Other examples include the T.D. Garden Arena in Boston, the Barclay's Center in Brooklyn, the Wells Fargo Center in Philadelphia, and the United Center in Chicago.
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Humidity is kept below 55%, which can cause sweating
Basketball games are typically played in arenas that are kept within a temperature range of 65 to 75 degrees Fahrenheit (18 to 24 degrees Celsius). These arenas are usually shared between basketball and hockey teams, which can make maintaining the desired temperature and humidity levels challenging.
To ensure optimal conditions for both players and spectators, arena staff aim to keep humidity levels below 55%. This is because high humidity, even at colder temperatures, can cause discomfort and sweating. In the case of basketball players, this can happen during the first or second quarter of a game, even when the temperature is below 70 degrees Fahrenheit.
The National Basketball Association (NBA) has recognised the importance of maintaining suitable temperature and humidity levels, implementing the Venue Environmental Support System (VESS). This system helps to maintain a competitive balance and enhance the fan experience. VESS has been installed in 30 NBA arenas and has been met with success, winning a Commissioner's Award for Innovation.
The system utilises sensors to monitor and compile data on temperature, humidity levels, and dew points. This information is then fed into a dashboard that arena managers and the league can access. Alerts and alarms are triggered when readings approach or exceed acceptable thresholds, allowing for prompt adjustments to maintain the desired environmental conditions.
In summary, keeping humidity below 55% in basketball stadiums is crucial to prevent sweating, ensure player comfort, and provide a positive experience for spectators. The implementation of innovative systems like VESS demonstrates the NBA's commitment to optimising environmental conditions in their arenas.
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NBA arenas have a new system to monitor temperature and humidity
Basketball games are usually played indoors, which means the organisers can control the temperature. Most NBA arenas are kept at around 65 to 75 degrees Fahrenheit (18 to 24 degrees Celsius). However, the temperature isn't the only factor that determines comfort—humidity also plays a significant role. Even at 60 degrees Fahrenheit, if the humidity is above 30-40%, you're likely to feel uncomfortable.
To address this issue, the NBA has developed a new system to monitor and control temperature and humidity in their arenas: the Venue Environmental Support System (VESS). VESS is a first-of-its-kind building monitoring system that uses infrared technology and wireless sensors to track court surface temperatures and interior temperatures and humidity. It was developed in collaboration with Henderson Building Solutions, Henderson Engineers, and Elite Automation.
The VESS system helps the NBA predict and prevent temperature, humidity, and dew point issues before they happen. Unfavourable combinations of temperature and humidity can result in condensation on the court, leading to game cancellations or player injuries. With real-time data, the league can calculate the probability of future complications and notify arenas and other necessary parties in advance. This information also helps arenas identify infrastructure issues in mechanical systems that require repair.
VESS was beta-tested during the 2018 NBA Finals and then tested during the 2018-19 season at the Fiserv Forum in Milwaukee and the Wells Fargo Center in Philadelphia. Following these successful trials, Henderson installed VESS in 29 NBA venues for the 2020-21 season and beyond. The system has been so well-received that a travel version was developed for use during the 2019-20 NBA Bubble, an entire season played in isolation due to the COVID-19 pandemic.
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It's not freezing, but some fans still recommend bringing a hoodie
Basketball games are typically played in indoor arenas, allowing organisers to control the temperature. Most basketball arenas are kept at approximately 65 to 75 degrees Fahrenheit (18 to 24 degrees Celsius). However, as the arena fills up with fans, staff, and players, the temperature can rise by up to 15 degrees Fahrenheit.
While the temperature in basketball arenas is generally comfortable, some fans recommend bringing a hoodie, especially if you are someone who feels the cold easily. This is because the temperature can vary depending on the arena and other factors such as humidity. For example, even at 60 degrees Fahrenheit, if the humidity is above 30-40%, you may start to feel uncomfortably warm.
Additionally, some arenas are shared by basketball and hockey teams, which can affect the temperature. In these cases, a platform is placed on top of the ice to protect it and ensure the water does not affect the basketball game. The ice is kept frozen by pumping cold liquid through pipes in the concrete floor underneath.
Overall, while basketball arenas are generally not freezing, it is a good idea to bring a light jacket or hoodie to ensure you are comfortable throughout the game.
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Frequently asked questions
Basketball stadiums are typically indoors, so organizers can control the temperature. Most are kept at around 65 to 75 degrees Fahrenheit (18 to 24 degrees Celsius). However, the temperature can rise as the stadium fills up and can reach up to 90 degrees Fahrenheit.
Yes, many NBA and NHL teams share stadiums to save money on property and maintenance costs. When a basketball game is being played, a platform is placed on top of the ice to protect it and ensure the water does not affect the game.
Basketball stadiums use advanced technology to monitor and control temperature and humidity levels. The NBA's Venue Environmental Support System (VESS) uses sensors to monitor and compile data on temperatures, humidity levels, and dew points. This data is then fed into a dashboard that arena managers and the league can access.
