FRILO Professional Concrete

FRILO Professional Concrete is built for offices that need deeper reinforced-concrete design without losing the practical workflow of FRILO Concept. It adds advanced concrete and masonry capabilities for more demanding checks, more detailed detailing tasks, and stronger BIM-connected workflows.

200.00 CHF
per user per monthtotal 2 400.00 CHF (excl. VAT) billed yearly
Subscription period:
OVERVIEW

Built for Structural Engineering Excellence

Advanced concrete workflow

This edition builds on Concept with a stronger focus on reinforced-concrete and masonry design. It is suited to offices that regularly handle more demanding concrete components and need broader verification depth.

Benefits

Why Choose FRILO Professional Concrete

More confidence in concrete detail checks
Specialist concrete modules help engineers verify demanding local conditions with greater precision and clearer documentation.
Stronger serviceability and detailing support
Reinforcement layouts and crack-width checks improve the quality of concrete design output for internal review and submission.
Better fit for mixed-material projects
Added masonry capabilities make the edition more practical for offices that work across common building systems rather than concrete alone.
Smoother model-to-calculation workflow
BIM-connected exchange reduces repeated manual work and helps align the analytical model with upstream project data.
Features

End-to-End Capabilities for Structural Engineers

Verification RC Cross-Section

Design of reinforced concrete cross-sections for bending with longitudinal force and for shear force, including crack width verifications and stress analyses

Punching Shear Analysis

Verification of the resistance to punching shear of point-supported slabs, foundation slabs, single foundations, or column head enlargements

Strut-and-Tie Model RC

Generation of stiffness-optimised strut-and-tie models for the design of reinforced concrete components with recesses and re-entrant corners

Crack Width Verification

Verification of crack width limitation under load effects for rectangular and T-beam cross-sections, including minimum reinforcement for restraint

Flight of Stairs

Structural calculation and design of single-flight stairs with or without half-landing, including Schöck Tronsole® selection and half-joint design

Comparison

Compare FRILO Editions

FRILO Concept
from 120.00 CHF
FRILO Professional Concrete
from 200.00 CHF
FRILO Professional Steel
from 200.00 CHF
FRILO Professional Timber
from 200.00 CHF
FRILO Ultimate
from 281.00 CHF
Concrete
Reinforced Concrete Half Joint (B10+)
Reinforced Concrete Half Joint (B10+)
Reinforced Concrete Half Joint (B10+)
Reinforced Concrete Half Joint (B10+)
Reinforced Concrete Half Joint (B10+)
Crack Width Verification (B11)
Crack Width Verification (B11)
Crack Width Verification (B11)
Crack Width Verification (B11)
Crack Width Verification (B11)
Verification Reinforced Concrete Cross-Section (B2+)
Verification Reinforced Concrete Cross-Section (B2+)
Verification Reinforced Concrete Cross-Section (B2+)
Verification Reinforced Concrete Cross-Section (B2+)
Verification Reinforced Concrete Cross-Section (B2+)
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+)
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)
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+)
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+)
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+)
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+)
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)
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)
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)
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.
Download 'Systemvoraussetzungen FRILO 2026 EN'
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FAQ

Frequently Asked Questions

How does Professional Concrete differ from Concept?
Professional Concrete includes everything in Concept and adds deeper reinforced-concrete and masonry capabilities for more demanding component checks, detailing tasks, and crack-width verification.
Is this edition only for concrete specialists?
No. It is especially valuable for concrete-focused offices, but it also suits general structural practices that frequently design reinforced-concrete components in mixed-material projects.
Does this edition support BIM-connected workflows?
Yes. The edition includes FBC/BIM Connector to help connect model-based planning and FRILO's component-oriented calculation workflow.

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.

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