Meeting Your Mission Needs from Start to Finish
At Redline Space, we are passionate about pushing the boundaries of space imaging technology. Our commitment to excellence extends throughout the entire design process, ensuring each payload we create is a masterpiece of innovation and functionality.
Understanding
Mission Requirements
We work hand-in-hand with customers to develop an ideal solution to their mission needs. Payload development can be extremely complex, and it’s critical to fully understand the mission set before finalizing system design.
Redline customers have full and transparent access to our engineering and management team, ensuring clear communication from the formative program phase all the way through detailed payload design.
Conceptual Design
Our engineering team provides customers with various conceptual solutions to their problem statement, ensuring hardware solutions that truly meet their mission needs.
This critical step in system development factors in technical goals, schedule, budget, material availability, constellation quantity and modularity for future payload iterations.
Detailed Design
and Analysis
Systems Engineering
- Space-Based Remote Sensors
- Multispectral, Visible & IR Imagers
- Spectrometers
- Radiometric & Spectral Calibration
- Space Hardware R&D
- Spacecraft Attitude & Pointing
- Atmospheric Modeling
- Architecture Trades and Optimization
- System Design
- System Test
- MATLAB/SIMULINK
Opto-Mechanical
- Mechanical Architecture & Design
- Material Selection & Composites
- Passive Athermalization
- Mechanical Dynamic Interaction
- Zemax + CODE V
- SolidWorks & ANSYS
- Thermal Desktop Modeling
- Mechanical Instrumentation & Test
Mechanisms
- Focus Mechanism Design and Analysis
- Dither Mechanisms
- Modulation Mechanisms
- Precision Gimbal/Pointing Mechanisms
- Servo Mechanisms
- Nonlinear & Adaptive Control
