Product Overview

Consigo by GMV is a versatile software designed to evaluate the precision of orbit determination in multi-mission scenarios. It uses advanced Monte Carlo methods to simulate orbit propagation, introducing various error factors like uncertainties in initial state vectors or observation noise. By assessing whether the available orbit determination data meets the required accuracy, Consigo provides insights into mission planning, optimizing orbit precision. Its advanced features include customizable dynamics models, uncertainty management, and complex observation modeling, essential for space agencies and satellite operators managing multiple missions​

​Features and Capabilities

• One-click orbit determination simulation: Easy setup for simulation runs.
• Customizable dynamics model: Configures satellite, transponder, and station parameters.
• Advanced observation modeling: Supports diverse observation types (range, Doppler, GNSS, etc.).
• Monte Carlo simulation: Statistical analysis of orbit determination errors.
• Parameter uncertainty adjustment: Models uncertainty in satellite, station, and transponder parameters.
• Iteration-based analysis: Simulated orbit propagation with error introduction.
• Comparative results: Analyzes the determined orbit against reference values.
• Flexible observation types: Includes one-way/two-way range, azimuth/elevation, TDoA, GNSS, and satellite visibility.
• Error representation: Displays results by orbital elements or in radial/tangential/normal components.
• Mission precision assessment: Evaluates if current orbit determination methods meet accuracy needs​