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The Quad: Terracotta Rainscreen Facade in Uptown Dallas

3 days ago
6 min read
Terracotta rainscreen interior panels

A high-performance Argeton terracotta rainscreen helped The Quad achieve a distinctive architectural identity while meeting demanding requirements for wind resistance, construction efficiency, budget, and long-term durability.



A Contemporary Workplace in Uptown Dallas


The Quad is a 12-story, 345,425-square-foot office building within a mixed-use development in Uptown Dallas. Developed by Stream Realty Partners and designed by OMNIPLAN, the project reimagines the historic Quadrangle property as a contemporary workplace and neighborhood gathering place.


The design was inspired by a similar development completed in the United Kingdom. Translating that architectural language to Dallas required the façade team to adapt the exterior cladding system to local wind-load requirements, construction logistics, and budget constraints while preserving the original design intent.



Terracotta Facade Design Challenges


The Quad presented several intersecting challenges that shaped the facade strategy:

  • Delivering a distinctive terracotta façade within a defined budget

  • Meeting elevated wind load requirements for a mid-rise office building

  • Reducing installation time and on-site labor in a dense urban environment

  • Preserving architectural clarity while minimizing system weight and complexity


The Argeton Terracotta Rainscreen Solution


To meet budget, performance, and execution goals, the team selected Argeton terracotta by Telling Architectural Systems and an off-site prefabrication strategy. The façade was largely assembled as aluminum-framed modules in a controlled warehouse environment, reducing system weight, improving quality control, and significantly accelerating installation. 

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The facade’s triangular geometry and multi-story exposure required careful engineering to address wind loads while maintaining visual clarity. Tile sizes and panel layouts were optimized to minimize joints, reduce overall weight, and preserve the intended depth and rhythm of the elevation. A natural, through-body terracotta finish reinforced material durability, cost efficiency, and long-term performance.

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The Quad demonstrates how early collaboration, thoughtful system engineering, and terracotta expertise can align design ambition with performance, efficiency, and long-term value.


Off-Site Facade Prefabrication


Construction efficiency was improved through an off-site prefabrication strategy. Much of the terracotta façade was assembled into aluminum-framed modules in a controlled warehouse environment before being transported to the project site.


This modular approach provided several advantages:

  • More consistent assembly and quality control

  • Less on-site labor and material handling

  • Faster façade installation

  • Reduced system weight

  • More predictable construction sequencing

  • Less disruption within the constrained urban site


Prefabrication also allowed the project team to address the façade’s triangular geometry and engineering requirements before the modules reached the building


Engineering for Wind Loads and Facade Performance


The Quad’s height, multi-story exposure, and angular façade geometry required careful system engineering. The terracotta panel system and supporting aluminum framework were developed to accommodate the project’s wind-load requirements without sacrificing the clarity of the architectural design.


Early coordination among the architect, façade team, fabricators, and installers helped reconcile structural performance with the desired tile proportions, joint layout, and dimensional rhythm.


Project Results


The completed facade gives The Quad a warm, distinctive identity within the Uptown Dallas skyline while supporting the practical demands of a high-performance commercial building envelope.


Through early collaboration, optimized terracotta panel layouts, engineered attachment systems, and off-site prefabrication, the project team achieved:

  • A durable, natural terracotta exterior

  • Efficient modular installation

  • Reduced façade weight and complexity

  • Performance appropriate for a mid-rise Dallas office building

  • A clear architectural expression consistent with the original design vision


The Quad demonstrates how a thoughtfully engineered terracotta rainscreen can unite design ambition, building-envelope performance, construction efficiency, and long-term value.



Frequently Asked Questions About Terracotta Rainscreen Façades


A terracotta rainscreen façade is an exterior wall system in which kiln-fired terracotta panels are attached to an engineered support structure over a ventilated cavity. The outer cladding helps protect the underlying wall assembly from direct weather exposure, while the cavity allows incidental moisture to drain and promotes drying behind the panels. The system can also accommodate continuous exterior insulation and other air, water and thermal control layers.

Terracotta rainscreen cladding combines the natural appearance of fired clay with the performance advantages of a drained and ventilated façade. Benefits can include durable color, moisture management, compatibility with continuous insulation, design flexibility and a relatively lightweight exterior assembly. Terracotta panels are available in different sizes, colors, profiles, textures and layouts, allowing architects to create either traditional masonry-inspired façades or more contemporary architectural expressions.

Terracotta rainscreen is well suited for offices, mixed-use developments, institutional facilities and other commercial buildings that require a durable, high-performance exterior. The system can be engineered for large elevations, complex geometries and project-specific environmental loads while giving the building a distinctive material identity. At The Quad in Dallas, Argeton terracotta helped create a warm, recognizable façade for a contemporary 12-story workplace development.

Terracotta rainscreen systems can be engineered to meet project-specific wind-load requirements through coordinated panel dimensions, attachment spacing, subframing and structural connections. Building height, location, exposure, façade geometry and local code requirements all affect the necessary engineering. At The Quad, the tile sizes, panel layouts and aluminum support system were developed to address elevated wind loads while preserving the façade’s triangular geometry and intended architectural rhythm.

Terracotta rainscreen façades can be incorporated into prefabricated wall modules when the system, connections and construction sequence are designed for modular assembly. Off-site prefabrication can improve quality control, reduce on-site labor and material handling, and create a more predictable installation schedule. Much of The Quad’s terracotta façade was assembled into aluminum-framed modules in a controlled warehouse environment before being transported to the site.

Prefabrication allows façade components to be assembled under controlled conditions rather than entirely from lifts or scaffolding at the construction site. This can improve consistency, simplify material handling and accelerate enclosure of the building. For dense urban projects such as The Quad, off-site assembly can also reduce activity and disruption at the site while allowing complex geometry and connections to be evaluated before modules reach the building.

Through-body terracotta carries its color throughout the clay material rather than relying exclusively on a surface-applied coating. This creates visual depth and helps the panels maintain a consistent appearance if their surfaces experience minor scratches or weathering. The natural, through-body finish used at The Quad contributed to the façade’s durability, cost efficiency and long-term color stability.

Terracotta rainscreen can provide the visual depth and permanence associated with masonry at a lower weight than many conventional masonry wall assemblies. Actual system weight depends on the selected tile, panel size, subframing and attachment method. Optimizing these components can reduce loads on the structure and simplify installation, as demonstrated by the lightweight modular façade strategy developed for The Quad.

The open joints of a terracotta rainscreen allow some air and incidental water to enter the cavity behind the panels. Water is directed downward and out of the assembly, while ventilation encourages drying behind the cladding. The system works with the wall’s air and moisture barrier, flashings and drainage components to protect the building rather than depending on the terracotta panels to create a completely sealed exterior surface.

A terracotta rainscreen can support energy-efficient building-envelope design by accommodating a continuous layer of exterior insulation behind the cladding. Continuous insulation can reduce thermal bridging and help maintain more consistent interior conditions. The rainscreen itself does not determine a building’s energy performance, but it can form an important part of a coordinated exterior wall assembly designed for thermal efficiency, moisture control and durability.

Terracotta façade panels are available in a variety of colors, dimensions, finishes, textures and profiles. Architects can also vary panel orientation, joint alignment, depth and spacing to create different patterns across an elevation. At The Quad, tile sizes and layouts were optimized to minimize unnecessary joints and system weight while maintaining the depth, rhythm and triangular geometry of the architectural design.

The terracotta rainscreen supplier should ideally become involved during the early design and specification stages. Early collaboration allows the architect, façade engineer, contractor and supplier to coordinate panel sizes, joint layouts, wind loads, subframing, transitions, attachment points, fabrication limits and installation sequencing. This process can help preserve the design intent while identifying opportunities to reduce system weight, labor, complexity and cost.

Telling Architectural Systems works with architects, façade consultants, contractors, fabricators and installers throughout the design and construction process. Support can include product selection, panel-layout studies, substructure coordination, project-specific engineering considerations, mockups, fabrication planning and installation guidance. At The Quad, early collaboration and system optimization helped the project team balance architectural design, wind resistance, prefabrication, budget and long-term performance.


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