Modular children’s playground complexes for ages 3–12 – “Frame / Ninja” collection MBG-Ninja Frame Dortmund II house 02729

FRAME – a modern, modular children’s playground equipment line with a clear architectural form and functional design, intended for contemporary public and private spaces. It is a high-end solution where architecture, movement, and long-lasting quality come together, creating exceptional value for urban and community infrastructure.

FRAME stands out with a minimalist, structured design language that eliminates excessive forms and visual noise. As a result, these playgrounds naturally integrate into the urban environment and become an integral part of the architectural whole. This is not just playground equipment – it is a spatial solution that shapes environmental identity and enhances the quality of public space.

This system is designed with architects, landscape architects, and project developers in mind, for whom not only functionality but also aesthetic value is important. FRAME allows the creation of both compact and complex play environments, adapted to different age groups and levels of use intensity.

One of the key advantages of FRAME is its modular structure. It enables flexible space planning, easy combination of elements, and the creation of individual projects tailored to specific architectural and urban needs. This is a solution that adapts to the environment rather than limiting it.

FRAME playgrounds promote active movement, coordination, balance, and creative play. Children create their own experiences, and play becomes a natural process of physical and social development.

These are high-quality products designed for long-term use in intensive public spaces. FRAME is characterized by durability, reliability, and sustainability, making it suitable for projects where not only appearance but also operational value is important.

FRAME is a unique, high-quality, and architecturally valuable playground system worthy of attention in modern public spaces, parks, school territories, and residential districts.

Technical Information

Dimensions:

• Length: 12470 mm
• Width: 8680 mm
• Height: 3000 mm

Safety Parameters:

• Safety zone: 15,37 × 11,58 m / 177,98 m²
• Free fall height: 1,15 m
• Suitable age group: 3+ years

Materials:

• Galvanized and powder-coated steel, colour according to RAL palette
• Robinia wood
• Materials resistant to UV radiation, moisture, graffiti and mechanical damage

Structural Solutions:

• Platforms fixed with integrated stainless steel brackets
• Connections with stainless steel press-in threaded inserts
• Rope and net connections with stainless steel joints and tension chains
• Ropes and nets of “Hercules” type
• Fastening elements made of stainless or galvanized steel with self-locking nuts

Installation:

• Possible installation by concreting into the ground
• Possible anchoring to a solid surface

Additional Information:

• Production time 4–6 weeks
• Warranty 5 years
• Complies with EN1176 standards
• Delivery costs calculated separately
• Products made to order, not kept in stock
• Sales on request only: export@monarda-group.com
• Suitable for public, private and individual spaces

Legal Information:

• Copying, manufacturing or modifying products without written consent is prohibited
• Copyright protected under the 1994 Copyright and Related Rights Act
• The company holds exclusive distribution rights
• Unauthorized use of design or construction is considered intellectual property infringement

Technical Notes:

• All support posts made of 120 × 120 mm square stainless steel tube
• Stainless steel surfaces treated with bead blasting
• Connections of platforms, railings and posts made using stainless steel threaded inserts
• All wooden parts made of robinia, planed with rounded edges
• Rope and net connections made with stainless steel joints and tension chains
• Ropes and nets of “Hercules” type
• Only stainless or galvanized steel components with self-locking nuts used
• Natural wood may develop drying cracks, which is a natural phenomenon and not a defect