Intelino MINT Railway Expansion Bridge Kit - Bridge Expansion content_copy

The Intelino Bridge Kit (manufacturer number INT-BRG-01) is an extension for the Intelino MINT railway system, specifically developed for creating complex track layouts and extended bridge structures. It serves as a module for connecting and adjusting the height of track sections, enabling diverse configurations for use in educational or playful contexts. The components are designed for use with the Intelino system and extend its functionality through modular building elements.

Applications

The Bridge Kit is primarily designed for use in MINT- (Mathematics, Information Technology, Natural Sciences, Technology) and STEM- (Science, Technology, Engineering, Mathematics) projects, particularly in schools, kindergartens, or private learning environments. It enables the creation of bridge structures that span different elevation levels, allowing children to learn how to plan and build spatial structures. The modules are intended for indoor use and are suitable for playful learning environments where construction, physics, and technology are taught.

Functions and Equipment in Detail

The set includes 2 double-sided ramp tracks, enabling a continuous transition between different track levels. These ramps are designed to be connected at both ends, allowing flexible placement within the layout. Additionally, it contains 4 stackable support pillars with caps, which serve as carriers for the ramps and allow adjustable bridge height. The support pillars can be stacked on top of each other to create different height profiles. The foldable red bridge insert acts as a visual and functional bridge, spanning over the ramps to create a stable connection between track sections. The red color enhances visual recognition and orientation within the layout.

Technology Explained Simply

The components of the Bridge Kit are made of robust plastic and designed for use in a modular construction system. The ramp tracks feature special connection profiles that ensure secure and smooth operation of Intelino trains. The support pillars are equipped with precise snap-fit connections, enabling stable assembly. The caps on the support pillars prevent foreign objects from entering and improve the visual appearance. The foldable bridge insert is designed to span over the ramps and is held in place by the support pillars, creating a stable bridge structure. The construction is optimized for use with the Intelino system, ensuring compatibility with the system’s standard tracks.

The components are designed for use with the Intelino system and extend its functionality through modular building elements.

Compatibility and Accessories

The Bridge Kit is specifically developed for use with the Intelino MINT railway system. It is compatible with the system’s standard tracks and trains. The components can be combined with other Intelino construction sets to create larger and more complex layouts. The extension allows combining multiple sets to build extended bridge structures and more complex track arrangements. No additional accessories are required to use the functions of the Bridge Kit.

Assembly and Installation

Assembly is done by simply inserting and stacking the components. The ramp tracks are connected at their ends to the support pillars, which are stacked to the desired height. The foldable red bridge insert is placed over the ramps and held in place by the support pillars. The connections are mechanically stable and require no additional tools or adhesives. The layout can be reconfigured or expanded as needed, providing high flexibility in use.

Advantages in Operation

The Bridge Kit offers high flexibility in designing track layouts, as the bridge height can be adjusted by stacking the support pillars. The double-sided ramp tracks allow flexible arrangement of the layout, and the foldable bridge insert ensures a stable and visually clear connection. The components are robust and suitable for use in learning environments. The modular design allows easy expansion and adaptation of the layout to different requirements.

Technical data
Age	Child years
Type	Basic Set

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