• Infrared Signature Analysis Services
  • Model Library
  • IR Signature Analysis Main
  • ARMY
  • NAVY
  • Air Force
  • Defense Contractors
  • Coast Guard
  • Hyperspectral Plume Analysis
  • Concept Vehicle Signatures
  • Comprehensive Vehicle Simulation
  • Target Signatures
  • Sensor Simulators
  • High Resolution Terrains
  • Urban Environments
  • Camouflage Concealment Deception
  • Specialty Materials
  • Field Testing
  • Laboratory Testing
  • Materials Testing
  • Model Validation Testing
  • Custom Scripts and Routines

IR Signature Modeling Services

A cargo vessel rendered without plume in LWIR on a uniform sea background.

Partner with the Global Leader in Infrared Signature Simulation

ThermoAnalytics is a world leader in infrared signature modeling and analysis. Our engineers and scientists deliver the most comprehensive IR signature models available. Using our proprietary software MuSES, all relevant thermal signature drivers are accounted for and incorporated into the thermal, diffuse infrared, and BRDF infrared computations. All branches of the US Armed Services work with ThermoAnalytics to obtain high quality, band-specific models, from land-based targets to aircraft with plumes to naval vessels with wakes. Our decades of engineering expertise in model construction and effective simulation methods enable rapid delivery of models and interpretations of results. Models can also be validated by our field testing services team.

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Our engineers identify infrared sources and provide engineering design changes to control thermal signature.

Pushing the Envelope in Technology & Performance

ThermoAnalytics has taken a lead role in developing modeling techniques and tools applied specifically to cutting-edge LO technologies, not just for post design system evaluation, but for technology and system design from the conceptual level up. We can start with your CAD geometry or build IR signature targets from field measurements.

With our engineering staff constructing models in MuSES, we are able to offer very short turnaround time on completed models, while allowing our customers a great deal of flexibility with design variations, including shielding additions and adaptations, convective cooling schemes, surface treatment variants and immediate reevaluation of composite layering formulas. Our engineers can also account for plumes and plume impingement by combining CFD Software results with our MuSES code.