Space Vector has over 40 years of experience in launch vehicle design and missile guidance and control (G&C).

Control System Analysis and Design

• Design - Given a vehicle system to control we can develop a model and feedback control system to optimize performance based on design goals.
• Implementation - Using the most modern tools we can implement the control electronics using hardware (CPLD, FPGM) or software (mP, DSP) implementations based on design goals.
• Independent Review - Space Vector can provide an independent review of an existing or proposed control system design including a comprehensive report identifying strengths and weaknesses of the design along with suggestions for improvement.

Mission Analysis and Planning

• Comprehensive database of booster and vehicle performance parameters
• 6 DOF trajectory simulation tools that include vehicle bending modes
• Wind loading profiles and Monte Carlo dispersion predictions
• Visualization aids like STK and Truespace
• Trajectory shaping to optimize mission parameters (i.e. look times, line of sight, etc.)
• Multibody and complex geometry engagement analysis techniques
• Aerodynamic predictions (Missile Datcom, AP98, CFD)
• Load Development and Environmental Predictions

Vehicle Design

• 3D Solid Modeling (SolidWorks)
• Finite Element Analysis (FEA)
• Thermal Analysis and Protection Systems
• Mass Properties Generation

Electrical System Development

• Electrical Interfaces and Cabling
• Thrust Vector Control Interface Simulation
• Ordnance Safe and Arm Design
  • Transmitter Sizing
  • Antenna Selection
  • Signal Conditioning
• Power Distribution and Switching
• Communications
  • Ground Terminals
  • Vehicle and Payload Subsystems
• Attitude Control System Thruster Interface
• Separation Ordnance Control

Software Development

• Embedded Flight Code Generation
• Mission Timeline Implementation
• Software V&V with HWIL