The journey to find the right flooring for recreational spaces may feel like a daunting task with all the different flooring options and facility requirements.

It’s likely these spaces within your school may be used for sports- and non-sports related activities, which is why versatility, durability and ease of maintenance are all attributes to look for in addition to performance benefits for athletes.

By understanding common synthetic floor types, and why facility managers and athletic directors choose some over others, you will be able to make a well-informed synthetic flooring recommendation that will benefit everyone – down to athletes, students and the janitorial staff.

The Common Contenders

As a decision maker for flooring for recreational spaces, you may be considering materials such as carpeting, vinyl modular tile or vulcanized rubber for multi-purpose areas. These recreational spaces may include gyms that serve as a cafeteria or auditorium, or tennis and pickleball courts and weight rooms that double as spaces for activities in addition to their intended purpose.

Carpeting is sometimes used in multi-purpose areas. While it is an economical choice, it has significant downfalls. It is harder to keep clean and the fibers create a perfect environment for bacteria to grow and allergens to hide. Most importantly, it does not provide the proper surface friction for sports applications and rug burns are common.

Vinyl modular tile is a more common, inexpensive alternative. Minimal shock absorption can be added underneath; however, without an optional cushioned pad, it can be hard on athletes’ joints. Cleaning below the tiles is challenging and if not done, it can become a host for germ and mold growth. Yearly maintenance, as well as cracked tiles and loose tiles, are an ongoing nuisance.

A third option considered is vulcanized rubber flooring. Though it provides some shock absorbency, a concern with vulcanized rubber is that it must be completely replaced at end-of-life. Additionally, the fact that this floor has seams, means moisture and bacteria can soak into the floor, creating an unsanitary environment and causing the floor to degrade quicker.

For these reasons, we have found that the optimal synthetic sports floor is a padded polyurethane floor because it addresses the athletic and maintenance issues typically found in alternatives.

Where to Install Padded Polyurethane Floors and Why

Many schools find that padded polyurethane floors are a quality investment due to the versatility, durability and performance attributes. Padded polyurethane floors are comprised of a base mat with a polyurethane surface. This type of synthetic floor provides shock absorption, which is a critical flooring attribute facility managers and architects should look for when selecting and specifying a floor – it protects users’ joints and can help minimize injuries and fatigue. It’s something that coaches, athletic directors and rec center managers appreciate as well during class, activities and games.

Specific synthetic sports floor systems can withstand the abuse of heavy rolling loads providing a reasonably easy-to-maintain surface. Therefore, padded polyurethane floors are often selected for multi-purpose gymnasiums that double as a cafeteria or a gathering place for a multitude of events.

Outside of the gym, weight rooms are recreational spaces that reap the benefits of a seamless, non-porous floor option. Non-porous synthetic flooring, like a padded polyurethane floor, does not soak up the bacteria and perspiration of athletes. A spilled water bottle or sweat building up around a machine can make for more tedious clean-up work as this moisture soaks into porous floors. A non-porous system keeps moisture out and offers time-saving efficiencies for janitorial staff.

In weight room settings, durability is also a critical component. While most weight room floors offer acceptable protection for concrete, padded polyurethane floors can easily be resurfaced for longevity. The objective of weight room flooring is to protect the user, minimize noise, protect the equipment and reduce chipping of the concrete.

Many athletic directors and coaches are discovering the performance attributes of padded polyurethane for tennis courts outside of the common surfaces. Traditional tennis hardcourts have an asphalt or concrete base and are coated with an acrylic top coat, which does not offer shock absorption. Padded polyurethane cushioning is a much-appreciated characteristic to minimize injury and soreness of knees, hips and ankles, allowing for more comfortable playing and reduced recuperation times.

Finding the Best Synthetic System for Your School

There are many flooring solutions that work in schools and recreational centers of all sizes and purposes. Padded polyurethane floor systems provide users with comfortable cushioning, are durable and can be resurfaced. The non-porous characteristics also make maintenance an easier task than ever before.

To ensure you find the right floor for your project, take time to understand all considerations and requirements from both a short- and long-term perspective. Finally, work with a trusted and reputable flooring manufacturer that will guide you to find a synthetic sports floor system that makes things easier and more efficient for all the floor’s uses.

Cory Corullo is director of synthetic sales for Action Floor Systems.

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Designers of campus facilities are faced with a new and challenging set of constraints. On the one hand, universities are eager to showcase new facilities as poster children for public relations. On the other, the increased reliance on student fees to contribute to the cost of construction requires design to be functional but not lavish. In addition, leaders are increasingly seeking multifunctionality as an indispensable economic value, as the following success story illustrates.

Flagship to the Future

Middle Georgia State University’s Macon campus built a recreation center, designed by Marietta, Ga.-based Lyman Davidson Dooley Inc. (LDD), that combines traditional recreation and student union elements with solutions to contemporary needs for socialization and wellness. What makes the facility unique is its strategic placement as a symbol of the university’s commitment to the future. In the 21st century, the university has been evolving from a commuter school to a more traditional campus. Facilities such as the recreation center are a visible demonstration of this evolution.

Growth has driven change. Starting as a small school, Macon State College merged with Middle Georgia College in 2012 to become Middle Georgia State College. In the summer of 2015, it became Middle Georgia State University. To convey the ambitious vision of the university, the character and appearance of new facilities will be a strong and visible key, and the recreation center is the architectural flagship of this vision.

Campus Expansion & Local Culture

Most of the current Middle Georgia campus lies on one side of a lake at the center of the campus property. The recreation center, located on the opposite and mostly undeveloped side of the lake, is connected to the main campus by a bridge. The long curving front of the building and its entrance lobby face the main campus across the lake, so that everyone on the historic side of campus has it constantly in their view. The center beckons to people to cross the bridge to its entrance.

While the lake is a prominent icon of the school’s identity when viewed from the older campus buildings, the non-student community, when passing by on Ivey Drive or Columbus Road, currently sees parking lots or the undeveloped side of the lake. Because of this, the design team had to consider how the building would appear from multiple viewpoints since there is no true back. The future campus will expand on the undeveloped side of the lake — to either side of the recreation center, and also up the hill behind it to a busy thoroughfare.

When students come onto campus now, the Recreation and Wellness Center is often one of the first buildings that they enter, a sure sign of success. The symbolic role of the bridge crossing over to the center is emphasized at the Macon Cherry Blossom Festival’s annual Tunes and Balloons event, when the campus is adorned with illuminated balloons. Thousands of people come on campus to participate and listen to live music on the open lawn around all sides of the Recreation and Wellness Center.

Programming & Vision

To start the process, planning sessions asked students at Middle Georgia State to rank the top five components they wanted to see in the new center. Then, to expand consensus, the project team continually met with administration and senior leadership, always staying in touch with student leaders, student government, the student newspaper and their internal website. These measures maintained interest and fostered both buy-in and an understanding of the design.

For example, senior faculty wanted the center to be a place for which students could feel a sense of belonging and ownership. That is, beyond the initial goal of attracting new students, the facility should also be a means of retaining them through graduation day and encouraging their return as alumni.

The school’s president, who missed only one of the preliminary design meetings, had a strong vision for the building. It was critical to balance his vision with feedback coming in from students and faculty. The president wanted the building to function, beyond athletic training activities, as a place for various types of recreation — sort of a holistic center for student life. That’s why it has a bowling alley and three stations for interactive gaming: one station for Xbox, one for Wii, and one for PlayStation.

The areas are separated by low walls that allow students to move seats around and watch others compete. A small, minimally staffed, food venue sells grab-and-go items to address the needs of today’s mobile students.

Check out the entire article in the September/October issue of School Construction News.

Dave McCauley, AIA, is director of recreation studio and principal with Lyman Davidson Dooley Inc.

The post New Horizons for Rec Centers & Student Unions appeared first on School Construction News.

“We are grateful for the commitment that President John Lahey has made to Quinnipiac athletics as we strive to be one of the top athletic departments in the country,” said Quinnipiac Director of Athletics and Recreation Greg Amodio in a statement. “These new fields will provide our varsity teams and student athletes with premier facilities that rival those of our peer institutions and will allow Quinnipiac Athletics to continue to grow into an elite program.”

Construction on the soccer and lacrosse venue began last fall. The projects will include permanent seating for up to 1,500 spectators and an infill turf playing surface. There will also be two covered terraces for spectating and special events located on top of the grandstand.

Earlier this year, construction began on the field hockey venue. This includes permanent seating for up to 500 fans as well as an artificial turf field with a high-velocity peripheral irrigation system common for the sport.

Both venues, scheduled for completion in time for the 2017-18 athletic seasons, will feature several support spaces including locker, team and training rooms for the competitors and staff; broadcast-ready press boxes for the media; and a first aid area and restrooms for spectators.

“The two venues will work in tandem to create a unified athletic complex that also safeguards the adjacent wetlands,” said Centerbrook Partner Jeff Riley, FAIA, in a statement. “Abundant plantings and low-profile structures will merge harmoniously with the wooded setting.”

Design features of the complex include brick and cast-stone facades to mimic the traditional look of the university’s main academic and residential campus architecture. This will allow the two athletic venues to blend seamlessly with the rest of the campus look and feel.

The post New Athletic Complex Underway at Quinnipiac University appeared first on School Construction News.

The new name will allow the company to better acknowledge and promote its diverse line of businesses, including Acorn Engineering Company, the founding company, as well as all of the other divisions formerly under the Acorn Family of Companies umbrella.

Acorn Engineering Co. manufactures stainless steel plumbing products and systems for the institutional, commercial, and residential markets. In the beginning, Acorn primarily manufactured a broad line of floor sinks and prefabricated stainless steel shower equipment.

In 1953, Earl Morris founded the Earl L. Morris Company (ELMCO) in downtown Los Angeles. After his years of experience selling plumbing products, Morris found that the type of products he enjoyed selling the most were those specified by the engineer. In 1954, he established a new manufacturing division called Acorn Engineering, which grew to become a leading manufacturer of stainless steel plumbing fixtures, valued in correctional facilities for their vandal-resistance and durability.

www.morrisgroup.co

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