There’s nothing quite like watching a game of baseball in person. The crack of the bat, the high-fives from teammates and cheering fans are all part of what makes a game so fun.
However, if the right precautions
are not taken, spectator safety can be compromised. Fortunately, sports netting
systems can prevent this from happening.
Increasing the Height of
the Netting
When outfitting a
ballpark, the goal is to provide spectators with an unobstructed view of the
field. A backstop fence would block their views, whereas netting does not. In
addition, a backstop netting system is weatherproof and will not rust – while a
chain link fence will deteriorate over time.
A backstop
netting system can also be designed to include a durable wall structure
with wood-less padding that is maintenance friendly. A poured concrete wall is
more expensive than a chain link fence but offers the structural integrity
necessary for the safety of players, coaches and spectators.
A netting system that
uses in-line poles is the least costly but can create visual obstructions for
spectators and may not be as visually appealing as a tie-back system using a
backstop wall with integrated pads. These systems use large steel poles that are
engineered based on the height and netting span of your ballpark and can be
configured in a variety of ways including along foul lines, behind dugouts or
around seating areas.
Increased Safety
The right netting system
is vital in helping athletes reach their goals. With a clear boundary, athletes
can focus on their game and work to improve. Without a backstop, they’d be
exposed to balls that could hurt them or others on the field and outside of it.
High-quality netting
systems use treated knotted nylon or Dyneema netting that resists sagging,
stretching and tearing over time. They are also weatherproofed, meaning they
can withstand high winds and inclement weather. This helps them last longer,
saving sports facilities money in the long run.
Another safety feature
of netting is that it can separate fans from batted balls and bats that may
enter the bleachers. This prevents spectators from getting injured and keeps
them safe as they enjoy the games and atmosphere at your stadium.
Increased Ball
Containment
In addition to keeping
spectators safe, backstop netting also helps prevent stray balls from leaving
the stadium area and damaging nearby vehicles or property. Fences are less
effective in preventing this type of damage, and they can be dangerous for fans
who crowd near the fences.
Increasing the height of
the netting increases ball containment, which is especially important for
sports like baseball and softball. This feature minimizes the likelihood of
stray balls injuring spectators or damaging adjacent property and ensures that
the game can continue without interruption.
The netting is typically
integrated with a sturdy wall structure, such as a concrete or block wall. A
solid wall is essential, as the netting cannot be installed directly on the
field surface. This could create tears and holes in the netting due to contact
with cleats or the ground. Additionally, a block wall lacking filled cores or
structural support will not be able to adequately support the pressure applied
by the netting above.
Increased Costs
When considering a new
backstop netting system, it is important to think about how the height will
affect spectator visibility. While the days of peering through chain link
fences are long gone, a netted backstop will provide superior protection for fans
while allowing them to enjoy an unobstructed view of the game.
The cost of a netting
system will vary depending on the size and complexity of the project. A key
factor is the height of the net, which will determine how large the support
structure needs to be and can increase costs. It is important to work with a
supplier who understands the intricacies of netting design and installation,
including structural specifications, pole mounting methods, and logistical
timelines.
Larger systems typically
include extending barrier netting over dugouts and down foul lines to offer
enhanced safety protection. These features can increase cost by up to 25%. If
possible, it is best to implement a larger system in phases so that cost
increases can be deferred into a second year of improvements.
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