MSC Adams

MSC Adams is a multibody dynamics (MBD) simulation platform used to analyze the motion and interaction of connected mechanical components. Developed by Hexagon MSC Software, it helps engineers study how mechanisms move, respond to forces, and behave under real operating conditions before physical prototypes are built.

Unlike traditional structural simulation tools that focus on stress and deformation, Adams specializes in system-level motion simulation. Engineers can model linkages, joints, gears, suspensions, and complex mechanical systems to predict behavior across the full operating envelope.

The software enables users to simulate forces, torques, constraints, contacts, and dynamic interactions between moving parts. This allows engineering teams to evaluate performance, optimize mechanisms, and identify potential design issues early in development.

Because of these capabilities, Adams is widely used in industries such as automotive engineering, robotics, heavy machinery, and aerospace systems, where accurate motion analysis is critical to program success.

Key Features

• Rigid and flexible multibody dynamics simulation across the full operating cycle
• Adams/Car for dedicated vehicle dynamics, suspension, and tire behavior simulation
• Adams/Flex for flexible body integration using FEA-derived mode shapes for accurate compliance modeling
• Adams/Controls for real-time co-simulation with MATLAB Simulink, supporting mechatronics and control system development
• Adams/Machinery for gears, belts, chains, bearings, and cable mechanism simulation
• Adams/Tire for advanced tire force and moment modeling across road surface conditions
• Design of Experiments and parameter optimization for automated performance tuning
• HPC parallel solving for large-scale multibody systems and Monte Carlo durability studies
• Direct load export to ANSYS, Abaqus, Nastran, and other FEA solvers for use as structural boundary conditions

Best For

Mechanical and systems engineers in automotive, aerospace, robotics, and heavy machinery who need to understand dynamic load histories, mechanism behavior, and system-level interactions across the full operating envelope before committing those loads to structural FEA or physical prototype testing.

Particularly suited to programs where accurate load generation is a prerequisite for reliable structural analysis, and where understanding motion behavior upstream reduces costly late-stage design changes.

Who It's Not For

Engineers whose simulation questions are purely structural, such as static stress, thermal analysis, or fatigue from a fixed load case. Adams answers motion and load questions rather than material failure questions.

Teams without a downstream FEA capability also get less value from Adams, since load export into a structural solver is where much of the workflow payoff is realized.

Platform

• Windows and Linux. No Mac support.
• HPC cluster deployment supported natively on Linux for large-scale parallel solving.

Pricing

Enterprise pricing is not publicly listed at standard tiers.

Licensing is modular. The Adams core environment and individual product modules such as Adams/Car, Adams/Flex, and Adams/Controls are licensed separately, allowing organizations to build a configuration matched to their specific simulation disciplines. Contact Hexagon MSC Software directly or through certified resellers for current pricing.

A free Student Edition is available through Hexagon for academic and non-commercial use with access to core Adams functionality.

Pros

• Industry-standard MBD solver trusted by virtually every major automotive OEM and aerospace manufacturer for dynamic load generation
• Simultaneous solution of kinematics, statics, and full nonlinear dynamics in a single environment
• Adams/Car is purpose-built for vehicle dynamics and is the benchmark tool for suspension and handling simulation globally
• Direct Simulink co-simulation closes the loop between mechanical dynamics and control system development
• Load export to all major FEA solvers improves structural analysis accuracy significantly over assumed worst-case loads
• HPC scaling handles large-scale durability Monte Carlo studies without solver bottlenecks

Cons

• Not a structural analysis tool and requires a downstream FEA solver to complete the design validation workflow
• Steep learning curve requiring an understanding of constraint formulations, solver settings, and contact definitions
• Modular enterprise pricing makes cost difficult to estimate without direct reseller engagement
• UI modernization has lagged behind more recently developed simulation environments
• Smaller community and fewer self-serve learning resources than ANSYS or SolidWorks Simulation

Rating

⭐ 4.4 / 5

Editorial Take

MSC Adams is considered one of the most established tools for multibody dynamics simulation. For engineers designing mechanisms, vehicles, or robotic systems, it provides powerful capabilities for understanding motion behavior and generating accurate loads before physical prototypes are built.

Alternatives

Simpack, RecurDyn, Simcenter 3D Motion, Altair MotionSolve, MathWorks Simscape Multibody, LMS Virtual.Lab

Used In

• Automotive suspension and handling simulation

• Vehicle durability and road load data acquisition

• Aerospace mechanism and landing gear simulation

• Industrial robotics and automation

• Wind turbine drivetrain dynamics

• Heavy machinery and construction equipment

• Rail vehicle dynamics

Founded

1977 (as ADAMS at the University of Michigan)