CFD++ vs M-Star CFD

CFD++—Visit M-Star CFD—Visit

CFD++ #6 in CFD software —/10 Pricing on request ✓ 1 of 3 features Visit Metacomp

vs

M-Star CFD #8 in CFD software —/10 Pricing on request ✓ 3 of 3 features Visit M-Star CFD

• CFD++ fits best

  Enterprise teams needing broad CFD and HPC

• M-Star CFD fits best

  Teams modeling coupled fluids, heat, and particles

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Side by side

Feature	CFD++ —/10 Visit ↗	M-Star CFD —/10 Visit ↗
At a glance
Editor score	—	—
Ranking	#6 in CFD software	#8 in CFD software
Best for	Enterprise teams needing broad CFD and HPC	Teams modeling coupled fluids, heat, and particles
Pricing model	Paid	Paid
Starting price	Not published	Not published
Free plan	Not published	—
Free trial	—	—
Deployment	Cloud, Self-hosted	Desktop, Self-hosted
Platforms	Windows, Linux, Web	Windows, Linux
Support	Email	Email
Built for	Mid-market, Enterprise	Small business, Mid-market, Enterprise
Features CFD++ 1/3 · M-Star CFD 3/3
Multiphysics solver	✓	✓
Built-in meshing	Not published	✓ (best)
CAD import	Not published	✓ (best)
Specs
Deployment	Hybrid	Desktop
Parallel cores	Not published	Not published
Operating systems	Windows, Linux, Unix	Windows 10, Windows 11, Windows Server 2016+, Redhat 7/8/9, Ubuntu 18/20/22, Debian 10/11
Our review
Pros	Models steady and transient, single-phase and multiphase flows Supports combustion, heat transfer, radiation and moving meshes Scales across multiple cores and HPC systems	Combines fluid flow, heat transfer, reactions, and particle dynamics Imports CAD geometry and generates surface meshes Python API automates preprocessing and model setup
Cons	Pricing is handled through contact sales Geometry preparation and mesh generation are separate products Cloud CFD++ is pay-per-use	Pricing requires contacting sales Runs on user-managed desktop or server resources No time-unlimited free plan
Our verdict	CFD++ is a general-purpose computational fluid dynamics suite for engineers and research organizations working with complex flow problems. It covers steady and transient, internal and external flows, including compressible and… Read the review →	M-Star CFD is a computational fluid dynamics package for engineers, scientists, and researchers modeling interacting physical processes. Its workflow spans graphical preprocessing, a solver, and post-processing, with applications including… Read the review →

Strengths and trade-offs

• CFD++ — where it wins

  • Models steady and transient, single-phase and multiphase flows
  • Supports combustion, heat transfer, radiation and moving meshes
  • Scales across multiple cores and HPC systems

  Where it doesn't

  • Pricing is handled through contact sales
  • Geometry preparation and mesh generation are separate products
  • Cloud CFD++ is pay-per-use

• M-Star CFD — where it wins

  • Combines fluid flow, heat transfer, reactions, and particle dynamics
  • Imports CAD geometry and generates surface meshes
  • Python API automates preprocessing and model setup

  Where it doesn't

  • Pricing requires contacting sales
  • Runs on user-managed desktop or server resources
  • No time-unlimited free plan

• CFD++—/10 · Pricing on request

  Broad CFD and parallel HPC capabilities for complex engineering and research workloads.

  Visit MetacompFull verdict →
• M-Star CFD—/10 · Pricing on request

  A multiphysics CFD package for teams modeling flow, heat, reactions, and particles.

  Visit M-Star CFDFull verdict →