# De Maasbode: Rotterdam's Innovative Family Scraper Residential Tower

A new 70-meter high-rise introduces stacked family homes to Rotterdam's urban center.

- **Source:** [ArchDaily Global](https://brifing.si/source/b856ce4a-b51b-4705-954b-40620e034caa)
- **Published:** 2026-11-12
- **Topic:** [Business](https://brifing.si/c/business)
- **Original article:** <https://www.archdaily.com/1187942/family-scraper-de-maasbode-van-bergen-kolpa-architects>
- **On Brifing:** https://brifing.si/s/3e538328-a8c7-44da-8de6-59afc98e27da

## New Urban Residential Model

The De Maasbode project in Rotterdam introduces a unique 70-meter-high residential tower designed specifically for families. Completed in 2026, the structure challenges traditional high-rise limitations by integrating social living environments directly into the city center. This architectural approach aims to retain families within dense urban areas through innovative spatial planning.

## Stacked Residential Streets

The core design innovation involves stacking three-story family homes to create vertical residential streets. This configuration allows for a sense of community and domestic space typically found in suburban housing, now elevated within a high-density tower. The project spans a total area of 21,100 square meters, maximizing vertical land use efficiency.

## Architectural and Engineering Collaboration

Led by Jago van Bergen and Evert Kolpa, the project involved a multidisciplinary team to ensure structural and safety standards. WSP provided structural engineering consulting, while DGMR adviseurs managed building physics and fire safety requirements. The interior design was executed by Bergblick interieurarchitectuur, ensuring the internal layout supports the intended family-oriented lifestyle.

## Materiality and Structural Composition

The building utilizes a combination of stone, concrete, and brick, reflecting a robust material palette suitable for urban durability. These materials are selected not only for their aesthetic contribution to the Rotterdam skyline but also for their functional performance in a high-rise residential context, balancing weight, insulation, and structural integrity requirements.

## Addressing Urban Density Challenges

By creating a 'Family Scraper,' the architects address the growing challenge of providing adequate living space for families in rapidly densifying cities. The design shifts the paradigm of high-rise living from individual apartments to cohesive, multi-level homes. This model serves as a potential blueprint for future urban developments facing similar space constraints.

## Contextual Integration in Rotterdam

Located in the heart of Rotterdam, the tower contributes to the city's ongoing architectural evolution. The project emphasizes the importance of social cohesion in vertical living, a departure from standard commercial high-rise designs. Its completion in 2026 marks a significant addition to the city's residential infrastructure, prioritizing family-centric needs in urban planning.

## Technical Execution and Safety

The technical complexity of stacking three-story homes required precise engineering to maintain fire safety and structural stability. The involvement of specialized consultants like DGMR highlights the rigorous regulatory compliance necessary for such innovative residential typologies. The resulting structure successfully navigates the intersection of creative design and strict modern building codes.

## Future Implications for Housing

De Maasbode represents a shift in how architects conceive of vertical living for diverse demographics. By proving that family-sized, multi-story homes can function within a high-rise, the project offers a scalable solution for global urban centers. Future developments may look to this model to balance density with the demand for family-friendly housing.

## Sources covering this story

- https://www.archdaily.com/1187942/family-scraper-de-maasbode-van-bergen-kolpa-architects — 

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_Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._
