Featuring more than 130 new features, the new CYPE version 2025.d includes changes in all areas of our software: architecture, structures, MEP, management and energy efficiency. Among the new features are new modules for the design of deep foundations, the design of VMC systems in CYPEHVAC and the new version of CYPELUX.
New features for deep foundation design with version 2025.d
At CYPE we are taking a big step forward by including two new modules: Piles II and Piles III. These complement the existing Piles I in the design of deep foundations using pile caps, offering an effective combination of tools for the design of deep foundations in CYPECAD and CYPE 3D.
The Piles II module focuses on the structural check of piles and helps to verify the safety of the piles as a reinforced concrete structural element according to the criteria of the selected standards, which can be used to easily define the section of the piles and their reinforcement. This makes it easier to check their resistance to the forces transmitted by the pile cap to the pile head.
- We are launching a webinar focused on the new Piles II and III modules for CYPECAD and CYPE 3D.
On the other hand, the Piles III module deals with lateral stability analysis, a decisive aspect in the design of deep foundations subject to significant lateral forces. This analysis uses the OpenSees© analysis engine, implemented for the first time in CYPECAD, based on a finite element model where the behaviour of the terrain is assimilated to a series of non-linear springs.
New features in CYPE Connect
Analysis
The new design models for bars are available in CYPE Connect and StruBIM Steel. They can define forces in the direction of each axis and moments around each axis. Different load and restraint models have been implemented. Together with the one used in previous versions that lacked external links, they allow loads to be defined in the "xy" or "xz" drawing and another one that the end of the bars has restrained rotations and does not allow moments to be entered.
With version 2025.d, we are launching a tool for generating loads that allows the loads applied to each bar to be defined from the mechanical properties of its section. This new feature is very useful, for example, when connections must be designed with a higher resistance than that of the joined bars, which may occur during seismic design.
Display and documents
In our quest to improve the users' experience, we have implemented new features that customise and document projects with greater detail and clarity in CYPE Connect and StruBIM Steel.
Images can now be generated in the connection reports, making it easier to understand and present the designs. A new image section has been added to the option ribbon, allowing images to be snapped and managed directly from the programs.
This new feature can easily snap images from the 3D view with a single click, assign custom references to each image for better organisation, and automatically classify them according to view type (3D, Von Mises stress, Equivalent Deformation, Buckling mode or Demand capacity ratio) and add additional images from the computer to complement the reports.
On the other hand, we have expanded the visual customisation options for the connections. The colours can now be edited according to the user's preferences, allowing them to create visual representations that suit their needs.
More options for collaboration with the Open BIM - Revit Plugin
One of the main features of the Open BIM-Revit Plugin is the possibility to convert IFC entities into native Revit models. Each time we release a new version, the number and types of entities that can be converted increases.
It is now possible to convert steel structures, CYPE 3D integrated 3D structures and pile reinforcement to native Revit elements. We have added two new categories to the converter: IfcPile and IfcMember, corresponding to deep foundation elements, specifically for piles, and to bar-type steel elements that are part of a structural assembly respectively.
A new toolbar with configuration and tool sections, including options for customising and managing IFC data, and tools for visualising and filtering structural models, has also been added to improve the interface.
The possibility of working in collaborative environments has also been implemented by storing central models both on third-party platforms and in Autodesk's Construction Cloud. This ensures the correct functioning of the plug-in's utilities and tools in a collaborative work environment.
Precast concrete joist floor systems
CYPECAD version 2025.d includes several important improvements to the precast concrete joist and reinforcement floor slab systems. In this version, the possibility of using joists with lattice girders has been added, designing the optimum joist from among those available for the selected assembly. Users can also work with the manufacturer's product catalogues that have been incorporated into the program.
With regard to the checks, it is possible to carry out verifications of ultimate and serviceability limit states, as well as geometric and ratio checks. The checks can be consulted, and any modifications made to the proposed result will be reflected in the checks. These systems are available for the Spanish structural code "Código Estructural" and Eurocode 2 standards, including the national annexes and the provisions of EN-15037.
With regard to joist floor slabs, a new feature has been added to save and retrieve copies of negative reinforcement, both for traditional joist floor slabs and for the new precast joist floor slab systems.
New developments in lighting design
CYPELUX version 2025.d includes a new 3D work environment, which improves lighting design by allowing a more fluid and detailed interaction with 3D models. This renewed interface includes dockable windows to manage views, levels and lighting components, providing a more intuitive experience. In addition, support for 2D templates (DXF, DWG, images) is maintained for projects without a 3D architectural model. This ensures flexibility when working on any type of project.
Another major new feature is the addition of the bill of quantities tab, which automates the generation of quantities and bills of quantities from lighting in the Open BIM Database. This eliminates the need for manual mapping. As a result, bills of quantities can be adjusted according to the location and characteristics of the project, and documents can be generated and exported in multiple formats (HTML, PDF, DOCX, etc.) and shared via BIMserver.center.
A new option for design surfaces has also been added, which defines a grid of design points for light analysis within an area. The surfaces can be used to analyse illuminance and glare in specific areas.
Finally, the "Drawings" tab has been added, which can be used to generate and edit drawings of the lighting system. This makes it easier to graphically include both the model itself and other project contributions in BIMserver.center, as well as the automatic creation and customisation of DXF/DWG drawings.
Improvements to ductwork and fittings in systems
We have included a new module that can be used for the analysis and design of controlled mechanical ventilation (CMV) systems. CYPEHVAC offers all the necessary elements for this type of system: ducts, heat recovery units, plenums, supply and exhaust valves, and silencers, among others, from different manufacturers.
We have improved the functionality of the supply and exhaust valves, mainly used in VMC systems, for the air terminals available in this tool. It is now possible to select the compatible connectors and flow regulators for each valve model, as long as the manufacturer's catalogue includes this information. This update allows for a more accurate and efficient design of ventilation systems.
As for the aligning of ducts and connections, it is now possible to select the alignment point of the ducts and their connections. This means that there is no longer a restriction to the axis of the duct as the only reference point. Users can choose between the axis, any of the vertices of the section, or even the centre of any of its faces to give them more choice when working.
Integrating IFC Builder into CYPETHERM EPlus
We took a significant leap forward with CYPETHERM EPlus, integrating all the capabilities of IFC Builder directly into its interface. Our tool, which uses the EnergyPlus™ analysis engine, now models buildings directly without the need to import files from other platforms.
When creating a new project, two options are offered to define the geometric model: generate the 3D model of the building within the program itself or import the model from another tool into the existing project. This integration is especially useful when working with drawings as a reference for simulation, or in projects with simple geometries, where it can be used to create models quickly.
The new user interface makes it easier to create 3D models, with a familiar environment for those already using IFC Builder, speeding up the adaptation process. For users who prefer to stick with their previous workflow, the option to import the geometric model from the project is still available. These changes offer greater flexibility to adapt to different working methodologies.
A new international leap
CYPE Cost Database
We continue our global expansion and, once again, we are bringing the CYPE Cost Database to new countries. As of version 2025.d it will be available to all users in Burkina Faso, Republic of Benin, Republic of Madagascar and Republic of Mauritius.
With this extension, the CYPE Cost Database now covers 31 countries, which reaffirms its global presence. As in each of the previous implementations of new countries, the particularities of the area have been considered, and the items, documents and references have been adapted to the constructive characteristics of each region. In addition, in order to offer increasingly complete solutions, the CYPE Cost Database incorporates 4 new manufacturers for Spain and updates of tariffs and products for Spanish-speaking countries in version 2025.d.
New technical standards
In this update, we have carried out a review and update of standards to ensure that projects comply with the latest international codes.
- Brazil
- ABNT NBR 6123:2023 is implemented for wind loads on structures in Portal frame generator.
- Spain
- UNE 149201:2017 is implemented in CYPEPLUMBING for water supply.
- Philippines
- NSCP 2015 is implemented for wind loads on structures in CYPECAD and Portal frame generator.
- NSCP 2015 is implemented in CYPECAD and CYPE 3D for earthquake loads.
- Italy
- NTC-2018 is implemented in CYPECAD, CYPE 3D and Portal frame generator for rolled and reinforced steel structures.
- Mexico
- CFE 2020 is implemented in CYPECAD and Portal frame generator for wind loads on structures.
- Poland
- PN-B-01706 is implemented in CYPEPLUMBING for water supply.
- PN-EN 12056 is implemented in CYPEPLUMBING for water drainage.
- Turkey
- TBDY 2018 is implemented in CYPECAD and CYPE 3D for earthquake loads on structures.
New elements for improving your project
Architectural elements
We have expanded the options in CYPE Architecture with two new sections that respond to the growing demands of inclusive design and sustainable management: "Accessibility" and "Waste".
In the "Accessibility" section, there is a complete range of elements designed to improve the mobility and comfort of all users. This includes stair lifts to overcome unevenness, elevating platforms that make it easier to access different levels, support bars to increase safety in bathrooms and corridors, and shower chairs that enable comfortable and safe use of the toilet facilities.
For the "Waste" section, we have incorporated a variety of containers to help design efficient waste management systems. These containers are available in different sizes and models, and are suitable for different types of waste, such as organic, glass, paper and plastic waste.
With these new elements that can be entered into CYPE Architecture, we continue to expand its library of elements, to which categories such as parking spaces, furniture, household appliances, sanitary appliances, accessibility, garden, signs and waste have already been added. Furthermore, don't forget that you can use the "User objects" tool that allows you to import customised elements, which expands the design possibilities and provides a continuous progression in the development of the program.
Read more about the new features of this 2025.d version here.
