FRILO Professional Timber brings a deeper timber-construction focus to the proven Concept workflow. It gives engineering offices dedicated tools for timber members, frame systems, CLT and glulam applications, and common timber-joint verification in one practical edition.
174,00 €
per user per monthtotal 2088,00 € (excl. VAT) billed yearly
Subscription period:
OVERVIEW
Built for Structural Engineering Excellence
Timber-focused workflow
This edition extends Concept for firms that design timber structures frequently and need more than occasional timber checks. It keeps the familiar FRILO approach while broadening timber-specific depth.
Benefits
Why Choose FRILO Professional Timber
Deeper support for timber projects
Timber-specific modules help offices handle more of the real engineering work involved in modern timber design inside one edition.
Better coverage of engineered timber
Glulam and CLT capabilities make the package more relevant for contemporary timber construction rather than only traditional member checks.
Stronger detail-level confidence
Joint-verification tools support practical, buildable timber solutions and clearer review-ready output.
Easier integration into model-based projects
BIM-connected workflows help reduce manual transfer and improve consistency across planning and calculation.
Features
End-to-End Capabilities for Structural Engineers
Glued Laminated Girder
Design and optimization of glued laminated timber girders including saddle roof, fish-belly, and single-pitch roof types with fire protection verification
Cross Laminated Timber Beams
Calculation of single-span or multi-span beams of cross laminated timber (CLT) elements under plate-type loading
Reinforced Timber Beam
Calculation of single and multi-span timber beams with variably definable lateral timber or steel reinforcements connected via fasteners
Mechanically Jointed Beams
Design of mechanically connected wooden beams with different timber materials and variable fastener spacing
Polygonal Design and Temperature Analysis for B2 (B2-POLY/TA)
Polygonal Design and Temperature Analysis for B2 (B2-POLY/TA)
Polygonal Design and Temperature Analysis for B2 (B2-POLY/TA)
Polygonal Design and Temperature Analysis for B2 (B2-POLY/TA)
Polygonal Design and Temperature Analysis for B2 (B2-POLY/TA)
Polygonal Design and Temperature Analysis for B2 (B2-POLY/TA)
Reinforced Concrete Column (B5+)
Reinforced Concrete Column (B5+)
Reinforced Concrete Column (B5+)
Reinforced Concrete Column (B5+)
Reinforced Concrete Column (B5+)
Reinforced Concrete Column (B5+)
Temperature Design for B5+ (B5-HSB)
Temperature Design for B5+ (B5-HSB)
Temperature Design for B5+ (B5-HSB)
Temperature Design for B5+ (B5-HSB)
Temperature Design for B5+ (B5-HSB)
Temperature Design for B5+ (B5-HSB)
High-Strength Steel for B5+ (B5-SAS)
High-Strength Steel for B5+ (B5-SAS)
High-Strength Steel for B5+ (B5-SAS)
High-Strength Steel for B5+ (B5-SAS)
High-Strength Steel for B5+ (B5-SAS)
High-Strength Steel for B5+ (B5-SAS)
Punching Shear Analysis (B6+)
Punching Shear Analysis (B6+)
Punching Shear Analysis (B6+)
Punching Shear Analysis (B6+)
Punching Shear Analysis (B6+)
Punching Shear Analysis (B6+)
Flight of Stairs (B7+)
Flight of Stairs (B7+)
Flight of Stairs (B7+)
Flight of Stairs (B7+)
Flight of Stairs (B7+)
Flight of Stairs (B7+)
Prestressed Reinforced Concrete Girder (B8+)
Prestressed Reinforced Concrete Girder (B8+)
Prestressed Reinforced Concrete Girder (B8+)
Prestressed Reinforced Concrete Girder (B8+)
Prestressed Reinforced Concrete Girder (B8+)
Prestressed Reinforced Concrete Girder (B8+)
Reinforced Concrete Corbel (B9+)
Reinforced Concrete Corbel (B9+)
Reinforced Concrete Corbel (B9+)
Reinforced Concrete Corbel (B9+)
Reinforced Concrete Corbel (B9+)
Reinforced Concrete Corbel (B9+)
Slope Failure Analysis (BBR+)
Slope Failure Analysis (BBR+)
Slope Failure Analysis (BBR+)
Slope Failure Analysis (BBR+)
Slope Failure Analysis (BBR+)
Slope Failure Analysis (BBR+)
Flush Beam (BDU+)
Flush Beam (BDU+)
Flush Beam (BDU+)
Flush Beam (BDU+)
Flush Beam (BDU+)
Flush Beam (BDU+)
Strut-and-Tie Model Reinforced Concrete (BSM+)
Strut-and-Tie Model Reinforced Concrete (BSM+)
Strut-and-Tie Model Reinforced Concrete (BSM+)
Strut-and-Tie Model Reinforced Concrete (BSM+)
Strut-and-Tie Model Reinforced Concrete (BSM+)
Strut-and-Tie Model Reinforced Concrete (BSM+)
Continuous Beam Reinforced Concrete (BTM+)
Continuous Beam Reinforced Concrete (BTM+)
Continuous Beam Reinforced Concrete (BTM+)
Continuous Beam Reinforced Concrete (BTM+)
Continuous Beam Reinforced Concrete (BTM+)
Continuous Beam Reinforced Concrete (BTM+)
Biaxial-Bending for BTM+ (BTM-2)
Biaxial-Bending for BTM+ (BTM-2)
Biaxial-Bending for BTM+ (BTM-2)
Biaxial-Bending for BTM+ (BTM-2)
Biaxial-Bending for BTM+ (BTM-2)
Biaxial-Bending for BTM+ (BTM-2)
Reinforcement layout for BTM+ (BTM-BEW)
Reinforcement layout for BTM+ (BTM-BEW)
Reinforcement layout for BTM+ (BTM-BEW)
Reinforcement layout for BTM+ (BTM-BEW)
Reinforcement layout for BTM+ (BTM-BEW)
Reinforcement layout for BTM+ (BTM-BEW)
Continuous Plates IAW Piper/Martens (PL5)
Continuous Plates IAW Piper/Martens (PL5)
Continuous Plates IAW Piper/Martens (PL5)
Continuous Plates IAW Piper/Martens (PL5)
Continuous Plates IAW Piper/Martens (PL5)
Continuous Plates IAW Piper/Martens (PL5)
Slabs by Finite Elements (PLT)
Slabs by Finite Elements (PLT)
Slabs by Finite Elements (PLT)
Slabs by Finite Elements (PLT)
Slabs by Finite Elements (PLT)
Slabs by Finite Elements (PLT)
Cross-Sectional Properties (Q2)
Cross-Sectional Properties (Q2)
Cross-Sectional Properties (Q2)
Cross-Sectional Properties (Q2)
Cross-Sectional Properties (Q2)
Cross-Sectional Properties (Q2)
Walls by Finite Elements (SCN)
Walls by Finite Elements (SCN)
Walls by Finite Elements (SCN)
Walls by Finite Elements (SCN)
Walls by Finite Elements (SCN)
Walls by Finite Elements (SCN)
Steel
Timber
Foundation
Framework
Girder
Groundworks
Loads
Masonry
Roof
Toolbox
BIM
Report
Included Add‑Ons
Everything You Need — Already Included
BIMPLUS
Collaborate across disciplines using BIMPLUS, Allplan’s cloud-based BIM collaboration platform. Share models, communicate design intent, and keep teams aligned throughout the project lifecycle.
Cloud Services
ALLPLAN Cloud Services support flexible, connected workflows for modern teams. Enable remote collaboration, shared resources, and efficient data exchange across projects.
System requirements
All requirements at a glance
FRILO System Requirements
FRILO System Requirements Here you will find the current system requirements for FRILO.
It includes the Concept workflow and adds deeper timber-construction modules for members, frame systems, engineered timber applications, and typical timber-joint verification.
Is this edition relevant for engineered timber projects?
Yes. The inclusion of glulam and CLT-related tools makes it suitable for many contemporary timber design workflows.
Can it fit mixed-material offices too?
Yes. It is especially valuable for timber-focused firms, but it also suits general practices that frequently design timber structures within broader building projects.
Talk to an Expert
Get personalized guidance from FRILO experts to find the right edition for your workflows, projects, and team. Book a free consultation with no pressure, just clarity.
Try FRILO Free
Explore FRILO for 14 days at no cost. For evaluation and non-commercial use. No cancellation required.
