Payload Performance
Through Advanced
Analysis
Redline Space meticulously assesses payload performance in simulated space conditions, identifying and addressing key performance drivers.
A Look at Redline Space’s Analysis Techniques
We leverage cutting-edge software tools to analyze payloads and sub-systems. Here’s a closer look at the advanced techniques that allow us to deliver optimized imaging payloads.
Optical Analysis
- Zemax and CODE V Modeling
- MELT Adjust
- Reflective and Refractive Sensitivity Analysis
- Prescription Change Over Loads and Thermals
- As-Built System Performance Modeling
Thermal Analysis
- Gradient-Induced Pointing
- Solar Generation Curves
- Radiator Dissipation Analysis
- Thermal Desktop Modeling
- Spatially Mapped Gradients
- Bi-Material Effects
- Cryocooler Efficiency Analysis
- Orbital Soak and Gradient Predictions
- Nominal and Cryogenic Soak Analysis
- Single Material Inhomogeneity Modeling
Mechanical Analysis
- Mechanism Motion
- Vibration Tuning and Isolation
- Random Vibration
- System-Level Modal
- Sine Sweep and Sawtooth
- Sub-Microradian Pointing Stability
- Internal Birefringence Modeling
- Static and Dynamic Stress Response
- Metallic and Multi-Layer Coating Analysis
- Adhesive Analysis and Failure Modeling
- Mount-Induced Wavefront Error
- Optic Deformation and Wavefront Modeling
