Category Archives: Programming

What To Include In A Dryland Training Diving Facility

USA Diving currently lacks a world class dry land training facility in the country although many clubs and entrepreneur coaches have established several excellent facilities but below the standards of the major international countries. The main reason is that the foreign countries have their trampolines, springboards and pits sunken in the ground. This is good for diver safety, aids better coaching techniques and much more advanced for hand spotting and overhead harnesses.

Requirements for a ‘world class’ dry land training facility are:

4 – 8 x .5 meter springboards – (boards sit on the fulcrum – fulcrum attached to the concrete ground and concrete cut away at end to enable board to dip into ground)

4 x trampolines – (sunken into the concrete ground)

1 x sunken foam pit – (approximately 2.5 – 3 meter depth) – 1 x .5 meter springboard and 1 x 1 meter platform at end of pit. (Some countries’ have a hydraulic platform that goes from .5 meter to 3 meter’s in height to allow for different standards of diver).  If too difficult to cut concrete for pits and trampolines a great alternative is to simply raise the floor around the equipment and apparatus (provided there is ample ceiling hights).

At least 3 springboards and 2 trampolines must have overhead harnesses for spotting of the diver to learn new and difficult dives. This comprises of pulleys and ropes and a strong steel support overhead is recommended.

A large gymnastics area is also required to enable stretching, gymnastic practice, somersaulting and sports specific exercises.

Hanging wall bars required for core stability work and mirrors recommended in this are for divers to practice dry workouts. Some facilities also have sprung floors in a small area for tumbling practice.

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Yards vs. Meters vs. Meters

Every wonder why competitive swimming has three (3) different courses of play; short course yards, short course meters, and long course meters.  And why are there two different “mile” races, 1650-yards and 1500-meters? And for the record, a mile is closer to 1600-meters or 1750-yards. 

America is the only country on the planet using the “English” system of inches, feet, and miles (OK, technically Liberia and Myanmar are often listed as sad-sack English unit users). Interestingly, even England utilizes the metric system. In the 1970’s the United States made an half-hearted and unsuccessful attempt to convert Americans to the metric system. From gallons to liters and from miles to kilometers, Americans resisted the change. In track and field, running tracks were converted from 440 yards to 400 meters; however lengthening all of the nation’s swimming pools from yards to meters never caught on; it is extremely prohibitive to say the least.

USA Swimming’s current leadership is currently making another push toward the metric system. Spring Nationals are to be competed in 25 meters, while the summer Nationals will continue to be in 50-meter pools. The NCAA experimented with a similar plan; however abandon the plan shortly thereafter.

Related to yards vs. meters, USA Swimming’s Senior Swimming Committee previously recommended to stop hosting the spring Nationals altogether. National Championships competed in yards have no comparison to other times in the world or world record possibilities. Even from a marketing standpoint, it is difficult to explain to sponsors why there are two Nationals every year.  There is only one World Series, Super Bowl, or NBA Championship. USA Swimming’s initiative failed, but many believe the Spring Nationals are not truly a National Championship because so many eligible competitors do not elect to attend due to their proximity to the NCAA Swimming Championships, many of America’s finer athletes opted not to attend the USA Nationals due to missed school, financial, and motivational reasons.

It is not expected that 25-yard pools will be obsolete in the near future, but forward-thinking Owners should consider a “stretch” pool with a bulkhead to accommodate multiple race course configurations for yards and meters.  Other design possibilities exist, including a 25-yard x 25-meter pool, but the flexibility of pool length and even flexibility of water depth, though initially expensive, may be of paramount importance in the future.

World Class Diving Facility

A world class diving facility in the 21st century has forced changes in diving pool designs in the past 15 years. This is largely due to the advent of synchronized diving and also because of an increase in International competitions around the world forcing Countries to either build new pools or renovate existing facilities to better standards if they wish to host a major event. 

Minimum requirements for a world class facility can be sketchy but if we compare the top pools in China, Australia, Great Britain, Canada, Mexico and Germany, USA is actually languishing. To have a ‘world class’ facility for diving comparable with these top nations, this would be the requirements. 

Diving Pool: competitive end 

3 x 3 meter springboards

2 x 1 meter springboards

1 x 10 meter platform

1 x 7.5 meter platform

1 x 5 meter platform

1 x 3 meter platform

1 x 1 meter platform 

NOTE: To have a world class training acility it is recommended to have all platorms 3 meters wide but priority should be 3m, 5m, and 10m platforms.

Many diving pools these days are now adding additional springboards on the opposite side of the pool to cater for learn to dive sessions whilst elite training is happening at the competition end of the pool. This also is a benefit for when National Training Camps and international meets are being conducted at the facility. At least 3-4 x 1 meter springboards and 2 x 3 meter springboards would be recommended on the opposite side.

 

The Importance of Dry Land Training

Diving in the 21st Century has developed to a new level of excellence. In order to win a high level competition, an athlete must perform high degree of difficulty dives with the highest quality. Consistency and precision are the indicators of high quality dives and for a diver to perform at this level, the answer is dry land training.  

In order to control body position and perform a graceful and precise difficult dive, a diver needs good body awareness and excellent spatial orientation. This is an essential ability for a diver. The way to improve and enhance this ability is to open the eyes and use vision to spot the water and see reference points during the somersaults. Visual spotting helps the diver develop better judgment of his/her body position, somersault location and somersault speed in the air. This will enhance the body’s awareness and spatial orientation. After the diver masters visual spotting and correct come-out techniques, the diver will become far more consistent and precise performing these hard dives.  

Modern indoor dry land training has taken the sport to a new level and has raised the bar in training techniques. It has also allowed far greater number of dives to be performed in training in a shorter time frame and has of course provided safety for the diver whilst attempting these difficult maneuvers’. Dry Land is also part and parcel of a competition requirement now and at every meet and in particular, at the senior and international level, many venues that previously hosted international competitions had them taken away and a facility with modern dry land facilities were chosen. It is now standard even for the host of the Olympic Games to have a dry land area for training despite the Games only running for 16 days. 

Indoor Dry Land training is now a common practice in the sport of diving and any new facility that is built these days must incorporate an indoor dry land facility for training programs, club training, hosting of national and international competitions and for domestic and international camps.

Swimming Pool Design and Flexibility of Utilization

The following presentation was presented at the FINA World Aquatics Convention held in Moscow Russia on October 31, 2012

What is the definition of Success for a Swimming Pool?  It may depend on who you ask.

For the Athlete it may be to create an environment that allows them to do their lifetime best.  This may be influenced by awe of arriving on the world stage in a magnificent venue or the mental preparation available in the adjacent space.  In the end the field of play allows them the ability to not only compete against todays competitors but the legacy of past champions.

For the Spectator a great view and comfortable experience is required to generate repeated visits and a memorable games.  This goes beyond the pool envelop and encompasses the arrival and departure way finding, support facilities that may include security, ticket control, concourses, and support spaces.

For the Official they share many of the same needs as the athlete and spectator regarding the venue space, however, they require unique spaces to perform at their best.

Media also has unique requirements for a successful venue.  Different media outlets have different physical requirements to be able to deliver the competition to its audience.  In the end, the audience wants to participate as a valued member of the venue with seamless incorporation to viewing the competition and the visual experience.

The Sponsor / Partner is also a critical component of a successful event and the design solution must incorporate their wants and needs as well.  These needs result in a wow experience with a sense of being special and being able to provide a memorable experience to their guests.

A successful facility goes beyond the competitive event.  The facility manager and operators will also have their own definitions of success.  They are looking for a design solution that provides dependable reliable service during the meet but also during everyday activities.

Lastly meeting the definitions of success for the community or host of the facility is critical to the creation and operation of the aquatic venue.  These stakeholders don’t measure success in a week long meet but over generations of use.  The operations must be fiscally, programmatically, and economically sustainable.  The definition of success might go beyond the facility and look at the economic impact to the local economy or is presence on the world stage.

 

So How Do You Get All Of These Different Stakeholders With Different Definitions of Success On The Same Page?

 

The key is accurate and timely information to make knowledgeable decisions on how to move forward.  This starts at the idea phase and continues on even after the facility is open and operating.

Idea Stage:  Visioning, dreaming and goal setting are important to explore every possibility.  As more information becomes available these aspirations will begin to align with reality.  For example, is it your goal to be a world class venue facility or a world class training facility to develop the best athletes in the world to compete at the best venue facilities?

Business Plan:  As reality starts to take shape it is not uncommon to develop multiple scenarios.  The basic information that needs to be gathered during the planning process is who is going to use it, how are they going to use it and when they are going to use it.  For example in the United States when we sit down with a variety of stakeholders that may include with multiple swim teams.  When asked when they want to use the pool –  everyone wants the pool after school.  So from a capacity point of view we would need 4 – 50 meter pools that would be at capacity from 3PM to 6PM but sit practically empty the rest of the day.  So getting the various groups talking together about a common definition of success is helpful in transforming the vision into a reality.

As the vision starts to take shape it is not uncommon to have multiple options.  These might include a Dream concept (which makes everyone happy except the person paying for the facility), reality concept (that most closely meets global requirements of the stakeholders) and a fall back concept (which maybe the least you are willing to support and still move forward with the project).  For each concept a space program is developed with preliminary development costs and operational analysis.  This process answers the how, what and when questions, and then outlines the financial requirements for creating the spaces and the requirements to operate them.  In reality it is often easier getting the development funding than the operating funding as the operations may last a lifetime.

Fiscal sustainability:  Traditionally we have seen three economic models for operating an aquatic facility.  These include the subsidy model, break even model and positive cash flow model.

The subsidy model is where the owner / develop is willing to use government dollars to build the facility and operate the facility.

The break-even model is where the owner / developer is willing to use government dollars to build the facility but the direct operating costs are paid by the operational revenue of the aquatic center.

The last model is the positive cash-flow model.  This is where the operation revenue is not only expected to pay for the operation costs, but also contribute to the capital costs.

There is a mis-understanding with regard to a venue facility and financial performance.  In North America, the revenue from spectator seating often goes to the sponsoring organization.  The facility is essentially renting space for the event.  The positive economic impact of local businesses does not benefit from recognized revenue for the facility however; it may help the local government that may also own the facility.  Clearly understanding how success will be measured is particularly important when evaluating a spectator oriented facility.

Developing a site specific business plan with all of the information necessary to talk knowledgably with political leadership is a requirement to get the support needed for moving forward.  Once a commitment to move forward is made then the process of delivering the experience can begin.

Delivering the Experience

Athlete – Delivering the sense of Wow.  When walking into the venue facility sense of importance and awe.  Having arrived at the world stage.  The athlete needs a fast pool.  These are the results of resistive forces experience by the competitor during a race and the propulsive forces that a swimmer can generate.  The design can affect both of these.  For the resistive forces, water depth, wave action (gutter design and touch pad design), mechanical system returns can all influence the field of play.  I have often said the definition of a fast pool is a lake a sunset, it is just glass.  The design must return the pool to a glass like state as quickly as possible.

The design also influences propulsive forces.  The water temperature and quality can have a profound impact on the athlete’s performance.  FINA rules are prescriptive on temperature requirements for competition.  The mechanical systems ability to deliver this temperature is critical to maximize the athlete’s performance.

The design must also provide good water and air.  The sanitation process includes chemical reactions that require air.  Minimizing the disinfection byproducts depend on both the water chemistry and the air systems.  Getting the right solution by incorporating water filtration, sanitation with both primary and supplemental sanitation and the air handling system to support the chemical reaction and evacuating the disinfection byproducts is critical to a life time best performance for the athlete.  This receipe of success just does not happen without careful planning and engineering.

Spectators – may not know the details of a great venue facility, but they know when it does not work right.  Lines of site, acoustics, glare, temperature and humidity levels and comfortable seat all significantly impact the spectator experience.  Getting this right is the result of careful planning and design to deliver an outstanding venue environment

Beyond the venue, support facilities such as food service and restrooms are critical to provide comfort to the patron.  The transportation system and parking add to the overall memories of the competition.

Officials also are sensitive to glare, temperature, humidity, lines of site, but they also require unique spaces.  Deck space, clear traffic patterns, and adjacencies are critical.  Dedicated support facility for toilets, changing and hospitality are critical

Media – The design challenges for the media are a balance of providing what is necessary without building in functional obsolescence.  Both technology and the presentation are changing dramatically and the ability to create something today that will support and foster great presentations for the next 50 to 100 years is critical.  Visual excitement is fostered by staging that can include framing the picture with spectators in the background (gladiator seating), visually appealing (un-attractive spaces in critical camera angles) and the use of color.  Staging also incorporate a little theater with exciting athlete entrances and award stand presentations.  Providing the wow shot for those special moments.  A dedicated interview space that is functional and accessible in a timely fashion is critical to catch the excitement of the moment.

Practical infrastructure design to meet the media needs to support the general requirements.  This could include lighting catwalks for rigging, power, access to outside support spaces.  Technology to internet

Corporate Sponsor – expects all the basics of the normal spectator but with a sense of creating a unique experience.  From a design perspective this could take the form of dedicated space that provides proximity to the action, views, hospitality services, security, and ease of ingress and egress.

The facility managers and operations will be looking for design and engineering solutions that offer adequate functional work and storage space to support their requirements.  These are often the first to go when budgets get tight and can have a lasting effect for the life of the facility.  Their goal is to be able to provide and experience that meets and exceeds expectations on a daily basis.  This requires dependable equipment and controls, ease of maintainability (relamping), practical mechanical solutions (UV Maintenance requirements – Time and money), redundancy in systems( pumps, motors, HVAC 1 big unit versus 3 smaller ones) and effective staffing levels.

Different areas of the world have different expectations with regard to staffing and risk management protocols.  For example in many places it may be cheaper to staff of position than to install and automatic control system.  In some cultures staff security through visual control and access is expected while in others having a individual available for questions is common.  Lifeguarding protocols is an example of different operating expectations and labor impact that the same facility can have in different parts of the world.

In the end, the design must be able to deliver a safe and wholesome experience for the users to generate repeat visits both for competitors and daily users.  In summary, patrons do not come to the pool because of the locker room, but they may not come to the pool because of the locker room if it is not clean and safe.

For a venue facility to be successful, the design solution often goes beyond the competitive field of play and incorporates meeting the general aquatic needs of the community.  Typically this not only includes the athlete but also the recreation, lesson and fitness and therapy users.  Each user group has specific needs for their program.  Often these include around water temperature and water depth.  The competitive swimming is an athlete requiring both deep water (2 meter / 3 meters) and cool water (25 to 28 degrees Celsius).  The recreation user may prefer shallower in the 1.2 meter range and warmer water in the 29 to 30 C range.  The lesson swimmer needs staging area or what I call gutter crawler area with open area to swim.  The therapy and fitness user can have a variety of preferences on water temperature depending on the modality and purpose of the protocol.  For example, an arthritis patient might prefer water in the 33 C range and a MS patient would prefer much cooler water.

The more user groups and constituencies that benefit from the creation of an aquatics facility weather for the Olympics, World Championships, World Cup Grand Prix, the  Juniors or the community swim club, the more likely the vision will become a reality.  By expanding, the benefits beyond the athlete to the local community (life skills) and creating an economic engine that is self-sustaining and positively impacts the economy creates a winning scenario for all involved.