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Altair Inspire — Design Faster. Validate Earlier.
Explore concepts, run simulation, and optimize performance early—so you reduce weight, cost, and rework before committing to detailed CAD.
Overview
What is Altair Inspire?
A concept design platform that combines modeling, simulation, and optimization so engineers can validate ideas earlier and reduce costly design iterations.
Altair Inspire enables teams to explore and refine concepts using structural optimization, FEA, motion analysis, and manufacturability studies from the earliest stages of development. By integrating these capabilities into a single environment, engineers can generate performance-driven designs, reduce unnecessary material, and move faster from concept to production-ready geometry.
Why Teams Choose Altair Inspire
Make smarter design decisions earlier by combining modeling, simulation, and optimization, reducing cost, time, and engineering risk.
Faster Design Decisions Early in Development
Altair Inspire helps engineering teams evaluate design ideas earlier, when changes are easier and less costly to make. By combining geometry creation, simulation, and optimization in one environment, it supports faster concept exploration without forcing teams to wait for a full downstream CAE workflow.
Optimization Built Into the Design Process
Inspire is widely used when performance, weight, manufacturability, and efficiency all matter at the same time. Teams can use optimization-driven workflows to explore better design directions, reduce unnecessary material, and move toward stronger, lighter, and more practical products with greater confidence.
Flexible Workflows for Modern Product Development
Altair Inspire supports a broad range of product development needs, from concept modeling and structural analysis to motion analysis, implicit modeling, and design for manufacturing. This flexibility makes it a strong choice for teams that want to connect design exploration with engineering validation in a more streamlined workflow.
Explore Inspire Workflows
Altair Inspire brings design, optimization, and early-stage simulation together so teams can explore more concepts-faster. Use these core features as entry points into deeper workflows across the Inspire family.
Geometry Creation
Build concept geometry fast using hybrid modeling workflows-then refine designs for downstream analysis and manufacturing decisions.
Explore Geometry →
Manufacturing Simulation
Evaluate manufacturability early with workflows for casting, forming, molding, extrusion, and additive-so concepts evolve with production constraints in mind.
Explore Manufacturing →
Topology Optimization
Generate lightweight concepts by applying loads, constraints, and design space to reveal efficient material layouts and stronger load paths early.
Explore Topology →
CFD (Early Fluid & Thermal Studies)
Screen concepts with early fluid/thermal exploration, then move into dedicated CFD workflows when you need deeper fidelity and advanced scenarios.
Explore CFD →More Capabilities of Altair Inspire
Explore advanced tools that extend your design workflow from early simulation and optimization to manufacturability and communication.
Implicit Modeling & Lattice Structures
Create complex, lightweight geometries using implicit modeling and lattice generation for performance-driven designs.
Structural Analysis (Early FEA)
Run structural evaluations early to compare concepts and validate design decisions before detailed CAD.
Motion Analysis
Simulate mechanisms and dynamic behavior to understand how components move and interact as a system.
Industrial Design & Rendering
Communicate concepts clearly with integrated rendering and industrial design workflows across the Inspire ecosystem.
Design for Manufacturing
Align design decisions with real-world manufacturing processes casting, forming, molding, and additive.
Advanced Reporting
Generate structured reports with assumptions, setups, and results to support collaboration and decision-making.
Expert Altair Inspire Support and Services from TrueInsight
Buying Inspire is the easy part. Getting results quickly is what matters.
Altair Inspire
TrueInsight helps teams evaluate Altair Inspire from both a technical and commercial perspective, with guidance on licensing, onboarding, and the right workflow fit for your design process. Beyond software access, we support implementation, training, and practical adoption so your team can move faster with confidence.
Learn More About Altair Inspire
Dive deeper into specialized capabilities, real-world applications, and the latest innovations to get more value from your design workflows.
PolyFoam: Simulating Foam Manufacturing
Understand and predict foam behavior during the filling and expansion process—critical for packaging, automotive, and consumer product design.
Explore capability →
Implicit Modeling & Lattice Design
Create complex lattice structures quickly using implicit modeling, and export ready-to-manufacture geometries for additive workflows.
Explore capability →
What’s New in Inspire 2025
Explore the latest features and improvements designed to accelerate workflows, enhance performance, and expand design capabilities.
Explore capability →Frequently Asked Questions
We’ll help you choose the right package, set up workflows, and onboard your team so you can start producing optimization and analysis results quickly.
Inspire is a concept design tool for structural optimization, FEA, motion analysis, and additive manufacturing analysis -so you can evaluate and optimize designs early.
Yes. Inspire supports multiple optimization types including topology, topography, and gauge optimization.
Yes -via implicit modeling, including lattice creation and operations like smoothing, morphing, and filleting.
Yes. Inspire Motion provides multibody simulation (MBS) to analyze motion, dynamics, and interactions of interconnected bodies.
PolyNURBS supports freeform modeling and is also referenced in Inspire’s optimization workflows for generating shapes that respond to loads.
Ready to Take the Next Step with Altair Inspire?
Request Pricing or a Trial/Demo and get a guided path to your first validated concept-topology optimization, lattice/implicit modeling, motion studies, and early FEA workflows.