Equipamentos para parques de trampolins comerciais
A CJ Elite projeta e fabrica equipamentos comerciais para parques de trampolins, destinados a centros de entretenimento familiar, shoppings e espaços de recreação indoor. Dependendo da abrangência do projeto, podemos oferecer suporte no planejamento do equipamento, desenvolvimento do layout, fabricação, entrega, instalação e comunicação pós-venda.
A configuração adequada depende da área disponível, da altura livre do teto, da variedade de atividades, dos grupos de usuários, do modelo de supervisão, da proteção contra impactos, do plano de manutenção e dos requisitos aplicáveis no mercado de destino.
Envie-nos as informações sobre o seu local para discutirmos um conceito de parque de trampolins específico para o seu projeto.
O que são equipamentos comerciais para parques de trampolins?
Os equipamentos comerciais para parques de trampolins são projetados para espaços de recreação indoor operados por empresas, como centros de entretenimento familiar, shoppings, instalações recreativas e projetos de entretenimento de uso misto. Um projeto completo pode incluir quadras de trampolins interligadas, áreas de salto livre, basquete em trampolins, zonas de queimada, áreas de aterrissagem com piscina de espuma ou airbags, elementos de desafio e recursos de segurança ou operacionais relacionados.
Um parque de trampolins não é simplesmente uma coleção de brinquedos para saltar. Os equipamentos, o layout, as vias de acesso, as áreas de aterrissagem, as regras de utilização, a supervisão da equipe, os procedimentos de inspeção e o plano de manutenção devem ser considerados em conjunto. A CJ Elite pode discutir os requisitos de equipamento e do projeto de acordo com as informações do local e o escopo acordado.
Por que escolher uma solução de parque de trampolins baseada em projeto?
End-to-End Solutions
From custom trampoline park design to ongoing maintenance, we provide: Modular trampoline panels, Smart safety systems, Themed attractions.
Proven Safety Standards
Military-grade springs (200,000+ cycle tested); Triple-layer impact foam (CE-certified PE/PVC composite); Anti-slip jump surfaces with UV resistance.
Profit-Boosting Packages
Interactive add-ons: Digital scoreboards, automated ticket kiosks; Marketing-ready designs: Instagrammable obstacle courses, party rooms; IoT-enabled maintenance: Remote diagnostics + predictive replacement alerts.
Equipment, Layout and Operation Should Be Planned Together
A commercial trampoline venue needs to work for more than one type of user. Children and adults may share the facility, staff must be able to supervise activity areas, and operators need practical access for cleaning, inspection, repairs and daily opening procedures.
CJ Elite approaches trampoline park projects through the following questions:
Project question | What should be reviewed |
What activities should the venue offer? | Open jumping, basketball, dodgeball, landing attractions, challenges or mixed activities |
How should the space be organized? | Activity separation, entry and exit, queues, staff visibility and circulation |
Who will use the facility? | Age groups, user ability, session format, supervision and access rules |
What does the building allow? | Floor area, clear height, columns, exits, services, delivery route and site access |
How will the venue be maintained? | Opening checks, cleaning, inspection, repairs, replacement parts and records |
What documents are needed? | Drawings, equipment lists, installation information, test reports and local approvals |
The final design and equipment specification should be confirmed for the actual project rather than selected only from catalogue photographs.
Typical Components of a Commercial Trampoline Park
The following zones may be combined or adjusted according to the site, target users and operating concept.
Open Jump Area
An open-jump area uses connected trampoline courts for recreational jumping and basic movement activities. The layout should consider user flow, access, supervision, court separation, edge protection, cleaning access and the operating rules for different user groups.
Trampoline Basketball
Trampoline basketball adds a goal-oriented activity to the jumping area. The project should review the relationship between the courts, basketball equipment, user access, ball retrieval, supervision and surrounding protective surfaces.
Dodgeball Zone
A trampoline-based dodgeball zone can support group play and scheduled activities. The venue should establish user rules, staff supervision, session control, ball management, access points and separation from other high-energy areas.
Foam Pit or Airbag Landing Area
Foam pits and airbag systems can be used as landing attractions connected to trampoline or challenge elements. Before approval, the project team should clarify access, landing configuration, cleaning, foam or airbag maintenance, inspection, user rules and the applicable requirements for the installation.
Challenge and Obstacle Zone
Challenge areas may include active obstacles, balance features, climbing elements or other movement-based activities. The difficulty, height, user age, clearances, landing or fall areas, supervision and inspection frequency should be defined in the project brief.
Themed or Branded Features
Themed elements can help connect the trampoline park with an FEC, shopping mall, resort or brand identity. Decorative elements should remain compatible with visibility, cleaning, inspection, replacement and user access.
Family or Lower-Intensity Area
Some venues may include a lower-intensity activity area for younger users or families. The appropriate design depends on the target age group and should be separated from higher-energy activities where necessary.
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Key Factors for Buyers and Project Teams
Selection factor | Por que isso é importante |
Usable floor area | Determines the size, number and arrangement of activity zones |
altura livre do teto | Affects possible equipment heights, user clearance and building coordination |
Faixas etárias alvo | Influences activity intensity, access, user rules and supervision |
Activity mix | Determines whether the venue focuses on open jumping, group play, challenges or a combination |
User capacity | Must be reviewed together with layout, operating sessions, supervision and local requirements |
Entry and exit routes | Affect access control, evacuation coordination, staff movement and user circulation |
Landing and impact areas | Require project-specific review of surfaces, clearances and surrounding equipment |
Staff visibility | Helps operators monitor activity and respond to users or incidents |
Cleaning and maintenance access | Supports daily operation, inspection and replacement work |
Tema e cores | Connects the equipment with the venue’s identity and customer experience |
Building interfaces | Includes floor conditions, columns, services, lighting, ventilation and delivery access |
Destination requirements | May include building, fire, accessibility, insurance, amusement and safety requirements |
From Site Information to Project Delivery
1. Project consultation
We discuss the venue, target users, preferred attractions, design direction, operating model, expected project scope and target opening date.
2. Site and feasibility review
The project team reviews the available area, clear height, columns, entrances, exits, circulation, staff visibility, delivery access, floor conditions and maintenance routes.
3. Equipment configuration and layout
The activity zones are arranged according to the site and operating concept. The layout should coordinate jumping areas, landing attractions, queues, access, supervision and other venue functions.
4. 3D design and project confirmation
Depending on the agreed scope, the design may include floor plans, 3D views, equipment lists, theme direction, dimensions and revisions. The buyer and supplier should confirm the approved version before production.
5. Quotation and technical scope
The quotation should clearly state the equipment, dimensions, materials, design scope, packaging, shipping, installation, commissioning, documents, warranty, spare parts and exclusions.
6. Manufacturing and inspection
Production follows the approved project information. Typical checks may include component review, fabrication workmanship, dimensions, appearance, functions, connections, padding, assembly, packing and shipping protection.
7. Delivery and installation
Installation depends on the destination, site readiness, building access, working hours, local labor, lifting, floor preparation and agreed scope. Confirm these responsibilities in writing before ordering.
8. Commissioning and handover
Before opening, the operator should receive the agreed use, cleaning, inspection, maintenance, repair and defect-reporting information. Staff procedures and local approvals remain important parts of the operating project.
The Engineering of Safety—More Than Just Bounce
Why Engineering Matters: The Foundation of Liability Protection
Safety isn’t a marketing feature—it’s your liability shield. A poorly engineered trampoline can fail catastrophically under multi-user stress, leading to injuries, lawsuits, and business closure. The difference between a 5-year-old park and a 15-year-old thriving business often comes down to component quality and engineering precision.
Springs: The Heart of the System
Material & Specifications: Modern trampoline parks use 14cm or 18cm galvanized manganese steel springs, depending on expected usage intensity. Here’s why this matters:
- Galvanized Manganese Steel vs. Carbon Steel: Manganese steel provides superior fatigue resistance. Carbon steel springs degrade after 2-3 years of heavy use, requiring expensive replacement. Manganese steel maintains bounce consistency for 7-10 years.
- Spring Diameter: 14cm springs support 80-100kg per spring and are ideal for toddler zones (ages 3-6). 18cm springs support 120-150kg and are essential for main jump zones and professional areas.
- Spring Quantity & Spacing: A standard 2m x 2m trampoline requires 24-32 springs. Improper spacing (>15cm gaps) creates “dead zones” where children experience uneven bounce, increasing injury risk.
Technical Insight: Springs lose approximately 5-8% of elasticity annually under continuous use. Suppliers should provide replacement schedules in your maintenance manual. Budget $500-$1,500 annually for spring replacement in a 2,000 sq meter park.
Frame: Structural Integrity Under Stress
Engineering Specifications: The frame must withstand simultaneous multi-user loading without resonance or structural failure. The industry standard is:
- Material: 80mm x 80mm, 3mm-thick high-frequency welded steel tubing (HFW)
- Welding Method: Full-penetration TIG welding (not MIG) at all connection points
- Surface Treatment: Hot-dip galvanizing (minimum 85 microns) to prevent rust and extend frame life to 15+ years
Why This Matters: When multiple children jump simultaneously on adjacent trampolines, the frame experiences harmonic resonance. Undersized frames (70mm x 70mm, 2mm) can develop micro-fractures within 2-3 years. Properly engineered frames distribute load across the entire structure, preventing stress concentration at welds.
Real-World Scenario: A 2,000 sq meter park with 20 trampolines can experience 50-80 simultaneous jumpers during peak hours. This creates 4,000-6,400kg of dynamic load. A properly engineered frame absorbs this; a compromised frame develops metal fatigue.
Jumping Mat: The Wear Surface
Specifications:
- Material: 1.5mm-thick polypropylene (PP) or polyethylene (PE) fabric
- Weave Density: 600-800 denier for durability
- UV Resistance: Essential for outdoor parks; indoor parks should use standard-grade mats
- Seam Quality: Double-stitched with reinforced edge binding
Wear Patterns & Replacement: Jumping mats typically last 4-6 years in high-traffic zones. Budget $2,000-$5,000 annually for mat replacement in a medium-sized park. Monitor for:
- Visible wear patterns (thin spots indicate uneven load distribution)
- Seam separation (indicates poor initial stitching)
- Discoloration (suggests UV degradation or chemical damage)
Padding: The Safety Buffer
Specifications:
- Material: 7cm thick EPE closed-cell foam (Expanded Polyethylene)
- Outer Cover: 0.55mm fire-rated PVC (meets EN 1176 flame retardancy)
- Density: 25-30 kg/m³ for optimal impact absorption
- Attachment: Adhesive bonding + mechanical fastening (rivets or screws every 10cm)
Why EPE Over Other Foams:
- Closed-cell structure prevents moisture absorption (critical for hygiene)
- Consistent density maintains shock absorption over 10+ years
- Non-toxic and hypoallergenic (important for liability)
- Flame-rated (meets ASTM F2374 requirements)
Installation Critical Point: Padding must be installed on all hard surfaces within 2 meters of jumping areas. Gaps or thin spots create injury liability. A child falling from 1.5m height onto unpadded steel requires 10cm+ padding to prevent serious injury.
Leia sobre segurança, materiais e testes em parques infantis cobertos.
What Affects the Cost of a Trampoline Park?
A commercial trampoline park quotation depends on more than the floor area. Major cost factors may include the equipment mix, activity zones, clear ceiling height, landing system, theme, materials, design scope, site conditions, installation requirements, shipping destination, local work and documentation requirements.
A project-based quotation is therefore more useful than a standard price per square meter. To request a preliminary quotation, send the country, venue type, usable area, clear ceiling height, floor plan or site photos, preferred activity zones, target users, opening date and expected project scope.
Why Work with CJ Elite?
CJ Elite is the international brand used by Dalian Caijie Amusement Equipment Co., Ltd., a Dalian-based amusement equipment company established in 2011. The company integrates product development, production, sales and service and provides project discussions for commercial indoor playground equipment.
For trampoline park projects, the relevant scope may include equipment selection, layout planning, customization, manufacturing, inspection, delivery, installation, commissioning and after-sales communication. The actual service scope depends on the project quotation and contract.
The company also provides other equipment categories that may be combined with trampoline zones, including commercial soft play, naughty castle, slides, ball pools, toddler play and adventure equipment.
Perguntas frequentes
Q: What is commercial trampoline park equipment?
Commercial trampoline park equipment is designed for business-operated indoor active-play facilities. It may include connected trampoline courts, open-jump areas, basketball, dodgeball, foam-pit or airbag attractions, challenge elements and related protective or operational features.
Q: Which venues can use trampoline park equipment?
Trampoline park equipment may be considered for FECs, shopping malls, recreation facilities, mixed-use entertainment projects, resorts and other suitable indoor venues. The final configuration depends on the building, users, operating model and applicable requirements.
Q: What information is needed for a trampoline park quotation?
Please provide the country and city, venue type, usable floor area, clear ceiling height, floor plan or site photos, columns and exits, target users, preferred activity zones, theme direction, target opening date and approximate budget range.
Q: What is the minimum ceiling height required for a trampoline park?
R: For a standard park, you need at least 5.5 meters (18 feet). If you plan to install an Air Bag or high-performance trampolines, 6-7 meters is recommended to ensure safety clearance.
Q: How long does it take from order to grand opening?
R: Typically 90-120 days. (30 days manufacturing + 30-45 days shipping + 20 days installation).
Q: Can I integrate a Ninja Course into my trampoline park?
R: Yes, it’s our most requested combo. We use the same structural pillars to save space and costs.
Q: Does the quotation include installation?
Not automatically. Installation, commissioning, travel, local labor, unloading, lifting, site preparation and post-installation inspection depend on the destination and agreed scope. The quotation should clearly identify included and excluded items.
Q: Which safety standards apply to a trampoline park?
The applicable standards depend on the equipment, configuration, installation, destination country and local project requirements. ASTM F2970 is one relevant standard practice for institutional trampoline courts in and around amusement, entertainment or recreational facilities, but buyers should confirm the exact applicable edition and documentation for their project.
Q: Is EN 1176/1177 a universal trampoline park certification?
No general statement should treat EN 1176 and EN 1177 as one universal certification for every trampoline park component. They have different scopes, and the buyer should request the exact report or certificate applicable to the supplied equipment, installation and destination market.
Q: How should trampoline park equipment be maintained?
The operator should establish opening inspections, cleaning procedures, periodic checks, repair records, replacement criteria, user rules, staff supervision and incident reporting. The exact procedure should follow the equipment documentation and applicable local requirements.
Q: Can you provide test reports and material documents?
The available documents depend on the product, configuration, destination and project requirements. Ask for the material information, inspection records, applicable test reports, installation instructions and maintenance guidance for the actual equipment.
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