Transform Your Existing Play Area into an Innovative Experience

How Can You Create More Value Without Renovating Your Existing FEC?

When a decision is made to expand an FEC business, the first options that come to mind are usually the same: renting new space, expanding existing space, installing a new gaming system, or undergoing an extensive renovation of the facility.
However, especially in an environment where investment costs, rental expenses and operational burdens have increased in recent years, evaluating growth only in terms of more square meters may not always be the most efficient approach.

The real question is sometimes much simpler:
How can we increase the value we get today from our existing space?

An FEC's soft play, trampoline, ninja, climbing and similar physical play systems can remain in use for many years. However, the continued service life of the physical structure does not necessarily mean that the experience will remain equally engaging for visitors.
Visitor expectations are changing. Alongside physical activity, elements such as interaction, competition, scoring, challenges, personalization and replayability are becoming increasingly important, especially for children, young people and families.

At this point, instead of completely changing the existing physical investment, two different approaches can be considered:
The first is to update the existing system with Antalya Park retrofit products and make it interactive.
The second is the addition of new interactive game systems to the existing area, independent of the existing structure. 
These two approaches can also be used together in the right project.

An Equation More Important Than Field Size in FECs

The commercial performance of a playground is not only determined by how many square meters it is. Indoor Playground Manufacturer Antalya Park recommendes:
The usage rate of two spaces of the same size, the amount of time the visitor spends inside, and replay behavior can be quite different.
Therefore, rather than assessing FEC investments solely by square metres, it is necessary to consider how efficiently the space is used.
For example, these questions become more meaningful:

• How much time does the visitor spend in this area?
• Is there a desire to play the activity for a second or third time?
• Can the same system be used by different age groups?
• Can families and groups of friends play together?
• Does the system create competition or social interaction?
• Can the content or game mode be changed over time?
• To what extent is the current capacity used during the day?
• Can the same physical space produce more uses without new investment?

This perspective creates a significant shift in FEC investing.
The focus shifts away from simply asking:
“How much space do we have?”
towards asking:
“How much usage and commercial value does this area generate for us?”
This becomes the more meaningful question.

Retrofit: Refreshing the Experience Without Changing the Existing System

The main advantage of the retrofit approach is that the experience can be redesigned while preserving the existing physical investment as much as possible.
For example, rather than completely dismantling and rebuilding a trampoline system that is still physically usable, it can be enhanced with games such as Moly Duo, Challenge Wall, Challenge Trampoline and Fire Ball, supported by sensors, lights, targets, scoring mechanics and software-based gameplay.
Similarly, motion detection, light and sound technologies can be added to a soft play system.

Examples include XOX, NGo Lights, Quad Lights, Balls & Colors, Reflex Challenge, Wall Throw, Rain Retro, Quad Battle Challenge, PXhell, Projector Game, Piano Game and Air Labyrinth.
Time measurement and performance tracking can also be used in a ninja course through RFID systems.
The goal here is not to add as much technology as possible to the existing system.
The goal is to choose the right technology that will change the way the physical system is used.
This distinction is important.
The value of an interactive solution is not determined by the number of sensors, LEDs or screens used, but by what visitors do during the experience and what they want to do afterwards.

Difference Between Retrofit and New Interactive System

For FEC operators, retrofit solutions and new interactive systems should be considered as two distinct approaches.

1. Retrofitting the Existing System

In this approach, the main physical structure is retained.
The existing trampoline, soft play, ninja or climbing system is assessed in its current form, and a new interactive layer is added to it.
This layer may include technologies such as:
•    sensors,
•    light and sound,
•    target systems,
•    time measurement,
•    scoring mechanics,
•    software,
•    game modes.
A significant part of the investment therefore relies on reusing the existing physical infrastructure.

2. Adding New Interactive Systems from Soft Play Manufacturer

In the second approach, a new interactive game system can be installed in a suitable part of the facility without modifying the existing system.
For example, an unused wall, panel, corridor section or compact floor area can be put to use.
In this case, the new system does not have to form part of the existing soft play or trampoline structure.
It can create a new, standalone play experience.
Depending on the existing layout of the FEC, operators can therefore consider not only retrofit solutions but also expanding the experience through new interactive systems.

Interactive Retrofit for Trampoline Systems

Trampoline areas are one of the strongest examples of how physical activity can be combined with digital game mechanics.
In a traditional trampoline area, the main activity is jumping. Once an interactive system is added, the same physical movement can be connected to different game objectives.
Players can reach a specific target, follow illuminated points, complete challenges or compete against another player.
At this point, the play experience can develop into a cycle such as:
Jump → Play → Score → Compete → Replay
From a commercial perspective, the important point is not merely that the system looks interactive.
It is that visitors have a reason to try the same activity again.
A score achieved in the first game can become a personal target for the next attempt. A score difference between two players can create competition. Different game modes can enable the same physical area to deliver a renewed experience across multiple visits.

An Interactive Layer for Soft Play Systems

Interactivity in soft play areas is often associated with screens. In reality, a much broader relationship can be created between the physical structure and technology.
Motion sensors, lighting, sound, targets and game scenarios can be integrated into different points of the existing structure.
For example, a player reaching a particular zone can activate a new challenge. A motion sensor can trigger a specific response. The player's progress can be reinforced with sound or lighting effects.
In this way, the usage scenario can change while the physical structure remains the same.
This approach can be particularly valuable for soft play systems that remain physically sound but need to be updated from a visitor-experience perspective.

Ninja Courses and Performance-Oriented Play

Ninja courses are naturally built around physical competition and performance.
However, there is a significant difference between simply completing a course and being able to measure personal performance on it.
Time and performance measurement systems such as RunFID can be introduced at this point.
Time and performance can be tracked through designated checkpoints along the course. This makes improving one's own result, rather than merely completing the course, part of the game.
The experience can progress as follows:
Challenge → Time → Performance → Score → Competition
This approach is particularly valuable for encouraging repeat play.
The visitor is no longer facing only a physical course, but also a personal performance to improve.
“Can I be faster on my next attempt?”
This question becomes a natural part of the game.
When mechanics such as leaderboards are added, personal goals can develop into social competition.
Walls and Small Spaces Can Accommodate New Interactive Systems
Not every interactive game system requires a large play area.
In FECs, underused walls, panels or compact spaces can sometimes offer significant opportunities.
A well-designed interactive wall can support different game mechanics such as:

• reaction,
• reflex,
• memory,
• target-based play,
• multiplayer play.

The key advantage here is the limited physical space required.
Instead of allocating hundreds of square metres to a new system, an unused surface within the existing facility can be utilised.
More importantly, in software-based systems, game content can change while the physical hardware remains the same.
This makes the system updateable over time rather than limiting it to a single game.
The Value of an Interactive System Comes from Use, Not Technology
Simply using the word “interactive” in an FEC project is not an advantage in itself.
Adding sensors, screens or lights can technically make a system interactive. What matters to the operator, however, is how this affects visitor behaviour.
A well-designed interactive system can:

• increase dwell time,
• encourage visitors to replay the same activity,
• create competition among groups of friends,
• appeal to a broader age range,
• and increase the utilisation rate of the existing space throughout the day.

For this reason, when assessing an interactive investment, the play experience should be considered before the list of technologies.
What will the visitor do?
How long will they play?
Why will they play again?
Will they play alone or with friends?
Can the outcome of the game be measured?
Can the content be changed over time?
The real value emerges from the answers to these questions.

How Should a Retrofit Investment Be Assessed?

When deciding whether to invest in a retrofit or a new interactive system, it is not enough to consider only the initial investment cost.
A more accurate approach is to measure the investment's impact on the business.
At this point, KPIs such as the following become important:
•    Revenue per m²
•    Utilization
•    Dwell Time
•    Repeat Play
•    Payback Period
For example, if an existing area has a low utilisation rate, simply adding technology to it may not solve the problem.
It is first necessary to understand why the area is underused.
Similarly, if visitors spend a long time playing a game but do not return to it, the issue may be its replay value rather than the duration of play.
A successful retrofit project should therefore do more than install a technically functional system; it should be designed to solve a specific operational problem.

The Same Solution Cannot Be Applied to Every Facility

One of the most important considerations in FEC retrofit and interactive-system projects is that a standard solution will not produce the same result in every facility.
In one business, the trampoline area may present the greatest opportunity.
In another facility, making the soft play area interactive may be more appropriate.
For some operators, adding a new interactive system to a small space without modifying existing systems may be the better investment.
Before the project begins, the following should therefore be assessed together:
•    the condition of the existing physical systems,
•    the dimensions of the area,
•    the visitor profile,
•    age groups,
•    usage intensity,
•    daily visitor traffic,
•    the existing technological infrastructure,
•    the operator's pricing and revenue model.
Ultimately, the objective should not merely be to “install an interactive product”, but to create a play and revenue model suited to the needs of the existing FEC.

Antalya Park: An Integrated Approach to Retrofit and New Interactive Systems

At Antalya Park, we apply our manufacturing experience in soft play, trampoline, climbing, ninja and interactive game systems both to retrofit projects for existing structures and to the development of new interactive systems.
We do not see this approach as simply adding electronic components.
We believe that the physical structure, electronic system, software and game design must be assessed together.
In a retrofit project, we analyse the physical structure of the existing system and assess which parts can be made interactive.
Where necessary, rather than modifying the existing system, new interactive game systems can be designed to operate independently within the facility.
These two approaches can also be combined within the same project.
For example, an existing trampoline system can be enhanced through retrofit, while an unused wall or compact space in the same FEC can be used for a new interactive game system.
This allows investment to be planned according to the facility's overall utilisation efficiency rather than focusing on a single point.
For us, this is precisely what matters:
mechanics + electronics + software + game design + user experience
bringing all these elements together within a single systems-based approach.

The Future of FECs May Be About More Efficient Spaces, Not Simply Larger Ones

As competition in the FEC sector increases, operators may not need to invest continually in additional square metres.
Sometimes the better strategy is to increase the utilisation and experiential value of the existing space.
A trampoline system can be enhanced with interactive games.
Sensor-, light- and sound-based challenges can be added to a soft play area.
A ninja course can become more competitive through time and performance measurement.
An unused wall or panel can be transformed into a standalone interactive game system.
None of these changes necessarily requires the existing FEC to be completely rebuilt.

Antalya Park, an Indoor Playground Manufacturer, Recommends

An FEC's growth strategy should not be considered solely in terms of new spaces and new physical structures.
How efficiently the existing investment is used is at least as important as making a new investment.
A soft play, trampoline, ninja or climbing system that remains physically usable can be transformed into a new experience through retrofit.
Unused or underused areas within the facility can also accommodate new interactive game systems that operate independently of the existing structures.
Therefore, the only question asked before making an investment decision should not be:
“What new structure can we build?”
One more question should be added:
“How can we enhance our existing spaces to generate greater utilisation, longer play time and stronger repeat-play potential?”
In the future of FECs, competition will be shaped not only by having larger facilities, but also by the ability to use existing physical space more intelligently, interactively and efficiently.