Peach Prime Consultancy provides trampoline park design and planning services for investors, FEC operators, mall developers, and hospitality groups planning standalone trampoline parks or trampoline zones within larger Family Entertainment Centres. We cover the full scope of trampoline park consultancy from concept development and activity zone planning through to equipment layout, safety system design, theming, operational framework development, and execution advisory.
Trampoline parks are one of the highest-revenue-per-square-foot entertainment formats in the indoor leisure sector, combining strong repeat visitation from local catchments with broad demographic appeal across children, teenagers, young adults, and corporate group bookings. Planning a trampoline park that maximises revenue per session, operates safely under high-intensity use, and maintains its physical condition over years of demanding daily operation requires a structured design and planning approach. Peach Prime brings this approach to every trampoline park project, whether it is a compact zone within a shopping mall FEC or a large-format standalone trampoline arena.
Trampoline park design consultancy is the professional service of planning, designing, and specifying a trampoline park or trampoline zone from concept through to construction and equipment installation. It covers the activity zone layout and equipment selection, safety padding and buffer zone design, structural and floor loading assessment, theming and visual environment design, visitor flow and session management planning, revenue optimisation through zone and pricing structure design, and operational framework development.
A trampoline park is a physically intensive environment in which the relationship between equipment layout, safety buffer zones, structural floor loading, and visitor flow is critical. Equipment that is positioned too close together creates collision risk. Insufficient buffer padding between trampoline beds and hard walls creates injury risk even in normal use. Floor structures that are not engineered to the dynamic load requirements of trampoline equipment are a structural liability. These technical requirements must be resolved at the design stage, not discovered during installation or, worse, during operation.
Beyond the technical requirements, trampoline park revenue performance is heavily shaped by design decisions: the proportion of floor area allocated to general freestyle trampolining versus structured activity zones, the inclusion of high-revenue-per-user premium activities such as ninja courses, foam pits, and slam dunk zones, the design of party room capacity relative to projected group booking demand, and the placement and sizing of the viewing and seating area for accompanying adults who are not jumping. Peach Prime designs trampoline parks with both technical compliance and revenue optimisation as explicit design objectives.
A well-designed trampoline park is not a single open floor of trampolines. It is a multi-zone environment in which different activity formats cater to different visitor age groups, ability levels, and visit motivations. Peach Prime designs trampoline parks with a structured zone mix calibrated to the target demographic and revenue objectives of each project.
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Main Free Jump Arena |
The primary open trampoline area covering wall-to-wall interconnected trampoline beds for general freestyle jumping. This zone forms the core revenue driver of the park and must be sized to handle peak session loads without dangerous crowding. We design the main arena with appropriate trampoline bay sizing, pad and buffer specifications, and supervised access control points. |
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Foam Pit and Jump Tower |
A foam pit zone allows jumpers to practise flips, drops, and aerial manoeuvres without hard surface landing risk. Jump towers and elevated platforms feeding into foam pits are among the highest-dwell-time zones in a trampoline park, generating strong per-session revenue and social media-driven word of mouth. We design foam pit zones with correct foam cube depth, pit perimeter safety, and structural support specifications. |
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Ninja Warrior and Obstacle Course |
Ninja-style obstacle courses within trampoline parks attract teenagers and young adults who have progressed beyond open jumping and want a physical challenge. These zones command premium session pricing, generate strong group booking interest, and create the kind of aspirational content that drives organic social media visibility. We design ninja courses with graduated difficulty levels, appropriate safety padding, and structural anchoring specifications. |
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Slam Dunk and Basketball Zones |
Elevated trampoline lanes feeding into basketball hoops allow visitors to experience slam dunks regardless of their natural height or athletic ability. These zones are consistently among the most photographed and shared areas in a trampoline park and are strong repeat-visit drivers. We design slam dunk zones with correct approach run length, hoop height calibration, and landing zone safety. |
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Kids Toddler Zone |
A dedicated low-height trampoline zone separated from the main arena for children under 6 is an essential component of any family-oriented trampoline park. Without a toddler zone, families with very young children are effectively excluded from the park. We design toddler zones with age-appropriate equipment specifications, secure physical separation from the adult and older children’s zones, and accompanying adult seating positioned with clear sightlines into the zone. |
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Party and Event Rooms |
Party room capacity is one of the highest-margin revenue streams in a trampoline park. Dedicated party rooms with catering, decoration, and package booking options generate premium per-head revenue from birthday parties, school groups, and corporate events. We design party room capacity relative to projected group booking demand, with appropriate kitchen or catering preparation infrastructure, storage, and noise isolation from the active zones. |
Our trampoline park design process follows six structured phases from initial feasibility and concept through to equipment installation coordination and pre-opening review.
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Phase |
What We Deliver |
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Phase 1 Feasibility and Catchment Analysis |
We assess the proposed location for trampoline park viability, evaluating the catchment population within 10 to 20 km, competitor trampoline and FEC facilities, available floor area, ceiling height, structural loading capacity of the host building, and target visitor demographics. We produce a feasibility assessment with session revenue modelling, staffing cost analysis, and return on investment projections. Ceiling height is a critical site constraint: a minimum of 5.5 metres is required for a functional trampoline park, and 6 metres or more is preferred for jump tower and foam pit zones. |
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Phase 2 Concept and Zone Mix Development |
We develop the zone mix and floor area allocation for the trampoline park, defining the proportion of floor space allocated to each activity zone based on revenue contribution, visitor demographic, and space efficiency analysis. We present two to three zone mix options with revenue modelling for each option and recommend the optimal mix with documented rationale. |
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Phase 3 Equipment Layout and Safety Design |
We produce the detailed equipment layout plan for the trampoline park, positioning every trampoline bay, foam pit, obstacle element, and activity zone within the floor plate. Safety buffer zones, padding specifications, emergency access routes, and structural loading zones are mapped and documented. The equipment layout is developed in close coordination with the trampoline equipment supplier to ensure compatibility between the layout intent and the available equipment configurations. |
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Phase 4 Theming and Visual Environment Design |
We develop the theming concept and visual environment for the trampoline park, covering wall graphics, lighting design, colour palette, signage system, and any structural theming elements such as climbing frames, feature walls, or themed zone dividers. Theming quality directly influences the social media shareability of the park and the perceived value of the experience, which supports premium pricing and repeat visitation. |
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Phase 5 Operational Framework and Revenue Design |
We develop the operational framework covering session management, booking and access control, jump sock and equipment rental, party booking procedures, staffing structure and deployment, safety briefing protocols, maintenance scheduling, and emergency response procedures. We also finalise the revenue model covering session pricing tiers, party packages, membership options, and corporate group rates. |
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Phase 6 Tender Support and Installation Coordination |
We prepare tender documentation for civil fit-out works, trampoline equipment supply and installation, theming fabrication, and AV and lighting systems. We coordinate between the civil contractor, equipment supplier, and theming contractor during the installation phase to ensure the finished park matches the approved design. We conduct a pre-opening safety review and operational readiness assessment before the park opens to the public. |
Revenue-optimised zone mix: Many trampoline parks are designed with a single large open jump area and minimal structured activity zones. This layout misses significant revenue potential from premium-priced zones that attract older visitors, group bookings, and repeat visits. Peach Prime designs zone mixes that balance open jump capacity with structured activity zones based on the revenue contribution and demographic reach of each zone format.
Safety compliance from the first layout: Trampoline park safety compliance requirements are specific and non-negotiable. Buffer zone dimensions, padding depths, structural loading requirements, and age separation provisions must be met before the park can open. Peach Prime designs these requirements into the initial layout, preventing the costly redesign and equipment repositioning that happens when safety issues are identified during installation or inspection.
Ceiling height and structural assessment before design: The single most common reason a trampoline park design has to be significantly revised is that the host building’s ceiling height or structural loading capacity was not properly assessed before the design began. Peach Prime conducts a thorough building assessment at the start of every trampoline park engagement to ensure the design is compatible with the structural reality of the host building.
Party room capacity as a profit centre: Party bookings are the highest-margin revenue stream in most trampoline parks, yet many parks are designed with insufficient or poorly located party room capacity. Peach Prime designs party room capacity based on projected group booking demand and positions party rooms with efficient flow from active zones, reducing operational friction and maximising the volume of bookings the park can accommodate simultaneously.
Q. What does trampoline park design consultancy include?
Trampoline park design consultancy from Peach Prime covers the full planning and design scope from feasibility assessment through to equipment installation coordination. The service includes catchment and feasibility analysis, zone mix and floor area allocation, equipment layout and safety design, theming and visual environment design, operational framework and revenue model development, and tender and installation support. The outputs are the documents required to appoint a civil fit-out contractor, trampoline equipment supplier, and theming contractor.
Q. What is the minimum ceiling height required for a trampoline park?
A minimum ceiling height of 5.5 metres is required for a functional trampoline park covering standard freestyle jumping zones. Areas incorporating jump towers, slam dunk zones, or elevated platforms typically require a minimum of 6 metres clear height. Foam pit jump zones with elevated entry platforms may require 6.5 metres or more depending on the platform height. Peach Prime conducts a ceiling height assessment at every proposed trampoline park site before design begins, as ceiling height is the single most critical structural constraint in trampoline park planning.
Q. How much floor area is needed for a trampoline park?
A compact trampoline zone within an FEC can function with as little as 3,000 to 5,000 square feet of floor area. A standalone trampoline park with a full activity zone mix including main arena, foam pit, ninja course, slam dunk zone, toddler zone, and party rooms typically requires 8,000 to 20,000 square feet. Large-format trampoline arenas targeting high visitor volumes and corporate event business may be 25,000 square feet or larger. Peach Prime advises on the optimal floor area allocation for each zone based on the target demographic and revenue model of the specific project.
Q. What safety standards apply to trampoline parks?
Trampoline parks are subject to safety standards covering equipment quality, installation, buffer zone dimensions, padding specifications, and operational procedures. Relevant international standards include ASTM F2970 for trampoline court equipment in North American markets, EN 13219 for trampolines in European markets, and equivalent national standards in other jurisdictions. All trampoline equipment used in a Peach Prime designed park is specified to meet the applicable safety standard for the project location. We also develop the operational safety framework covering staff ratios, safety briefing procedures, age and weight restrictions, and emergency response protocols.
Q. Can a trampoline park be included within an FEC or theme park?
Yes. Trampoline zones are one of the most effective anchor activities within a Family Entertainment Centre because they deliver high visitor dwell time, strong repeat visitation, and appeal across the widest age range of any single activity format. Peach Prime designs trampoline zones within FECs and theme parks as integrated components of the broader destination, ensuring the trampoline zone carries the thematic identity of the wider venue and is positioned and sized correctly within the overall visitor flow and zone mix.
Q. How is revenue modelled for a trampoline park?
Trampoline park revenue is modelled across several streams: general session jump fees typically charged per 60 or 90 minute session, premium zone uplift charges for ninja courses and foam pit access, party room hire packages with per-head catering and decoration charges, membership and loyalty programme subscriptions for regular local visitors, corporate and school group block bookings, and retail revenue from jump socks and branded merchandise. Peach Prime models all revenue streams against projected visitor volumes and session occupancy rates to produce realistic annual revenue projections under conservative, base, and optimistic scenarios.