Support sustainability in the
built environment.

FenestraPro is a façade design platform that identifies sustainable
solutions using the façade. Architects can calculate thermal
performance, daylighting, and glazing specification all in one
user-friendly platform.

Select a box below to try an interactive feature

Establish Glass to Wall Ratio

Select Appropriate Glazing

Understand Detailed Thermal

Features

Select your stage of design to view features that add value and credibility to your projects.

geometry materiality energy reporting
Review solar loads to site by orientation
Quantify and visualize shading effects from surrounding buildings
Export BIM data for comparative analysis and customizable reports
Create teams to share and collaborate on building data
Access FenestraPro Learning
Set code benchmarks for thermal performance
Set code benchmarks for window-to-wall ratio
Apply total window-to-wall ratio to a building
Apply window-to-wall ratio to a facade or surface
Create and distribute glazing geometry to optimize performance
Auto-apply shading devices
Quantify and visual shading effects
Categorise and analyse quantities and properties of nested curtain panels
Investigate the effects of frit on glazing
Review internal heat gains, thermal performance and design daylight factor
Create groups of facades / surfaces to quickly navigate and lock / unlock
Search, filter, optimize and apply from a database of 1000+ glass products
Automatically specify glazing to optimize performance
Apply custom values to model elements
Import and apply custom glass assemblies from glass configurators
Link to glass products online
Connect to a product manufacturers technical rep
Export BIM data to Excel spreadsheet for COMcheck reporting
Identify and resolve Revit Energy Analysis model issues
Show more
geometry materiality energy reporting
Quantify and visualize shading effects from surrounding buildings
Set code benchmarks for thermal performance
Set code benchmarks for window-to-wall ratio
Apply total window-to-wall ratio to a building
Apply window-to-wall ratio to a facade or surface
Create and distribute glazing geometry to optimize performance
Auto-apply shading devices
Review internal heat gains, thermal performance and design daylight factor
Create groups of facades / surfaces to quickly navigate and lock / unlock
Export BIM data for comparative analysis and customizable reports
Create teams to share and collaborate on building data
Identify and resolve Revit Energy Analysis model issues
Access FenestraPro Learning
Review solar loads to site by orientation
Quantify and visual shading effects
Categorise and analyse quantities and properties of nested curtain panels
Investigate the effects of frit on glazing
Search, filter, optimize and apply from a database of 1000+ glass products
Automatically specify glazing to optimize performance
Apply custom values to model elements
Import and apply custom glass assemblies from glass configurators
Link to glass products online
Connect to a product manufacturers technical rep
Export BIM data to Excel spreadsheet for COMcheck reporting
Show more
geometry materiality energy reporting
Apply window-to-wall ratio to a facade or surface
Create and distribute glazing geometry to optimize performance
Auto-apply shading devices
Quantify and visual shading effects
Categorise and analyse quantities and properties of nested curtain panels
Review internal heat gains, thermal performance and design daylight factor
Create groups of facades / surfaces to quickly navigate and lock / unlock
Search, filter, optimize and apply from a database of 1000+ glass products
Automatically specify glazing to optimize performance
Apply custom values to model elements
Import and apply custom glass assemblies from glass configurators
Link to glass products online
Connect to a product manufacturers technical rep
Export BIM data for comparative analysis and customizable reports
Export BIM data to Excel spreadsheet for COMcheck reporting
Create teams to share and collaborate on building data
Identify and resolve Revit Energy Analysis model issues
Access FenestraPro Learning
Review solar loads to site by orientation
Quantify and visualize shading effects from surrounding buildings
Set code benchmarks for thermal performance
Set code benchmarks for window-to-wall ratio
Apply total window-to-wall ratio to a building
Investigate the effects of frit on glazing
Show more
geometry materiality energy reporting
Quantify and visual shading effects
Categorise and analyse quantities and properties of nested curtain panels
Review internal heat gains, thermal performance and design daylight factor
Create groups of facades / surfaces to quickly navigate and lock / unlock
Search, filter, optimize and apply from a database of 1000+ glass products
Automatically specify glazing to optimize performance
Apply custom values to model elements
Import and apply custom glass assemblies from glass configurators
Link to glass products online
Connect to a product manufacturers technical rep
Export BIM data for comparative analysis and customizable reports
Export BIM data to Excel spreadsheet for COMcheck reporting
Create teams to share and collaborate on building data
Identify and resolve Revit Energy Analysis model issues
Access FenestraPro Learning
Review solar loads to site by orientation
Quantify and visualize shading effects from surrounding buildings
Set code benchmarks for thermal performance
Set code benchmarks for window-to-wall ratio
Apply total window-to-wall ratio to a building
Apply window-to-wall ratio to a facade or surface
Create and distribute glazing geometry to optimize performance
Auto-apply shading devices
Investigate the effects of frit on glazing
Show more

Learning Platform

FenestraPro Learning is a support platform with user-focused training, AIA continuing education courses and bespoke workflows for the façade. Current courses include:

Getting Started

Explore FenestraPro’s intuitive user interface and navigation, including setting up a project and starting facade analysis.

FenestraPro Learning Getting Started
FenestraPro AIA 2030 Palette

AIA: 2030 Palette Design Strategies

This free AIA course educates architects on how to apply 2030 Palette passive design strategies in the Revit environment.

TESTIMONIALS

Users Optimizing Their Designs

Design High-Performing Buildings

Streamline your design workflow by 30%

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