Good questions. Clear answers.

mc cube is a modular building system for residential, tourism, health, education, office, commercial and other uses. Room modules are largely prefabricated in the factory and assembled on site to form a complete building.

Yes. The modular design describes the manufacturing process, not a lower quality level. The structure, building envelope, building services, fire, heat and sound insulation are planned according to use, location and applicable requirements.

With professional planning, execution and maintenance, a mc cube is designed for long-term use. Solid wood is a long-lasting building material; The controlled, dry production supports a consistently high quality of execution.

It starts with usage, location, desired space, quality level, budget and schedule. From this we develop an initial feasibility test, a space program and the next planning steps.

Basically yes. Modular buildings are subject to the building regulations at the respective location. Which documents and evidence are required depends, among other things, on the federal state, municipality, use, size and property.

Floor plan, facade, materiality, equipment and technical systems are developed project-specifically within the modular system logic. Standardized components create efficiency without restricting the architecture to a single floor plan.

Yes. Depending on the project, modules can be arranged next to each other, stacked or staggered. Statics, development, fire protection, sound insulation and building technology are planned across all floors from the start.

The supporting structure, building shell and many finishing works are created under controlled conditions in the factory. Depending on the project, windows, facades, installations, surfaces and fixed fixtures can be largely completed before transport.

Thermal protection, airtightness and moisture protection are planned according to location, use and energy goals. Construction and connection details are coordinated and checked during the production and assembly process.

Services, tests, acceptance and warranty are regulated in the respective project contract. Through documented production, defined interfaces and quality controls, deviations should be identified early and remedied in a comprehensible manner.

The foundation depends on the soil, building configuration, loads and local regulations. Depending on the project, point, strip, slab or screw foundations are possible. The specific solution is determined through planning and soil reports.

Not with professional planning. Ventilation, ground clearance, terrain, drainage and connections are coordinated so that moisture is removed in a controlled manner and the structure is permanently protected.

Base and floor connections can be protected with suitable covers and grilles. The exact design depends on the foundation, terrain and the desired design of the base area.

The modular design can allow for later dismantling and transport. Whether this makes technical and economic sense depends on the module size, expansion, foundation, accessibility, transport route, approval and new location.

The modules are delivered by special transport and placed with a crane. The visible assembly process can be done very quickly; However, access, crane location, foundation, media connections and remaining work must be coordinated at an early stage.

The same scope of services must be compared. A largely prefabricated building can already contain windows, facade, installations, surfaces, sanitary areas and other fittings. The property, planning, permits, foundation, transport and outdoor facilities are transparently delineated in the offer.

Personal contributions are possible with clearly defined expansion packages. They must be coordinated early so that the warranty, interfaces, schedule and controlled prefabrication are not affected.

This depends on size, individualization, planning status, approval, utilization and site preparation. Once these points have been clarified, a project-specific schedule for planning, production, assembly and completion is created.

The modular grid creates good conditions for later changes. Extensions, dismantling or new configurations must still be examined statically, technically, design-wise and in terms of approval for the specific building.

Possible advantages include renewable materials, controlled use of materials, short construction phases, adaptability and reuse. However, the actual environmental impact is determined by material choice, energy supply, transport, service life and subsequent use.