FRILO Concept

FRILO Concept is a practical entry into component-oriented design for everyday building projects. It combines core modules for load transfer, common components, roof design, masonry, and timber wall checks in one edition built for efficient, code-aligned work.

OVERVIEW

Built for Structural Engineering Excellence

Everyday building workflow

FRILO Concept covers the component checks used most often in standard residential and general building projects. Engineers can move from load assumptions to verifiable design results without assembling an oversized toolset.

Benefits

Why Choose FRILO Concept

Faster start on routine projects
Concept bundles the most common modules for typical building work, so small teams can begin quickly without navigating unnecessary specialist tools.
Better continuity across components
Load transfer, core elements, and roof checks work together in one edition, helping engineers maintain a coherent workflow across the project.
Practical scope for small offices
The package is sized for firms that mainly deliver residential and straightforward building structures and want strong day-to-day coverage.
Easier review and submission
Transparent, code-aligned calculations make it easier to communicate assumptions, verifications, and results to internal reviewers and authorities.
Features

End-to-End Capabilities for Structural Engineers

Building Model

Storey-by-storey building model for massive construction with automated determination of horizontal loads, self-weight, and load transfer to foundations

Framework

Calculation of cutting forces and support forces for general bar-shaped load-bearing structures as 2D or 3D systems with graphical input

Comparison

Compare FRILO Editions

FRILO Concept
FRILO Professional Concrete
FRILO Professional Steel
FRILO Professional Timber
FRILO Ultimate
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

Who is FRILO Concept for?
FRILO Concept is aimed at structural engineers and engineering offices that mainly work on residential and other straightforward building projects and need reliable tools for the most common component checks.
What kind of projects fit this edition best?
It is best suited to everyday projects that rely on common beams, slabs, columns, foundations, roof components, and wall checks rather than highly specialized material-specific design cases.
Can I upgrade later if my projects become more complex?
Yes. Concept works well as a starting point, and offices can expand into more advanced concrete, steel, timber, BIM, or broader multi-material workflows through other FRILO editions.

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.

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