Top 10 Best Scaffolding Design Calculation Software of 2026

Designers can review scaffold geometry visually while developing layouts and checking structural requirements. ScaffPlan also supports coordinated drawings and material reporting, reducing repeated data entry between design, engineering, and project delivery.

The main tradeoff is that unusual components, complex load paths, or regional engineering rules may require additional manual review. ScaffPlan fits projects where contractors need a repeatable load capacity analysis and documentation workflow for large commercial or industrial sites.

Allplan supports scaffold design calculations by combining structured engineering workflows with an integrated BIM and CAD authoring environment. Load case and structural checks can be carried out from model-based geometry, then carried into engineering deliverables such as reports and drawings.

The main distinctiveness is that scaffold calculations sit inside a broader Allplan authoring and exchange workflow instead of living as a detached spreadsheet calculator. Automation relies on repeatable templates and associative model-to-document links rather than standalone rule wizards.

Engineering teams can represent tube-and-fitting arrangements, modular frames, cantilevered access structures, and temporary support systems as analytical members and surfaces. The solver supports load capacity analysis with wind, imposed, and self-weight actions, while design modules cover steel, concrete, and timber checks. Results include internal forces, reactions, displacements, and utilization data for reviewing critical members and supports.

The main tradeoff is the absence of a dedicated scaffold object library with built-in TG20 or scaffold-tag workflows. Engineers must define member properties, restraints, connection behavior, tie arrangements, and load cases themselves. That approach fits firms analyzing unusual temporary structures or integrating scaffold studies into wider building models, but it requires disciplined model setup and independent compliance documentation.

PERI CAD gives designers a catalog-driven environment for arranging standards, ledgers, platforms, braces, and access components from PERI systems. Projects can use CAD import and produce coordinated plans, elevations, sections, and schedules from the same layout. The workflow suits engineering offices that repeat PERI configurations across industrial, commercial, and temporary works.

CADS Smart Scaffolder targets scaffolding design calculation and approval workflows with a rules-based configuration approach. The product focuses on generating calculation outputs for common tube and fitting scaffold arrangements, including checks that feed scaffold tag compliance documentation.

TG20 Calculator from nasc.org.uk focuses on TG20 scaffold design calculation workflows that map directly to common tube and fitting checks. It provides spreadsheet-style inputs and outputs for load and component verification while staying oriented around TG20 compliance review rather than general-purpose structural analysis.

SAFEX Scaffolding Software performs scaffolding design calculations by turning loading inputs into checkable results tied to scaffold configuration choices. The workflow emphasizes structured project inputs, calculation runs, and output artifacts intended for submission workflows.

RISA-3D is a structural analysis workflow built around a 3D frame model that supports scaffold-specific engineering checks. The core calculation path ties geometry, member properties, and load combinations into analysis outputs that engineers can use for design verification.

SkyCiv Scaffold Design Software targets engineering teams that need repeatable scaffolding load capacity analysis and calculation traceability across multiple design cases. Core workflows include building a 3D scaffold model, running structural checks like bending moment and deflection limits, and producing documentation outputs used for review and fabrication coordination.

Autodesk Robot Structural Analysis Professional differentiates itself by tying scaffold support design checks to a general-purpose finite element modeling and structural analysis solver used for engineered frame behavior. It supports bay and member-level verification workflows that map applied loads through analysis results into checks such as member forces, support reactions, and serviceability limits.