Products & Tools
Our Products & Tools
Products & Tools
Collaborative Aerospace Vehicle Environment
This missile simulation framework is a highly modular 3DOF dynamics engine designed for multi-stage flight modeling. Supporting an unlimited number of missiles, the system enables precise trajectory propagation with stage-level control all the way to ground impact. Each flight phase is driven either directly or through embedded guidance logic, allowing flexible control across diverse mission profiles. The framework includes a robust event management system and supports a suite of configurable guidance routines, including Augmented Proportional Navigation (APN), gravity turn, altitude hold, zero-bank maneuvers, and PID-based control. Designed for workflow integration, this simulation is ideal for trajectory analysis, performance assessment, and multi-vehicle mission studies.
Multi Domain Operations Analysis Framework
The MDO AF is an analysis framework designed to allow for federated System, and Systems of Systems, representation in a distributed computational environment. The MDO AF provides a server/client relationship between the framework, which orchestrates the simulation, and the clients which contain simulations of the underlying subsystems, or subsystems. Designed and architected from the ground up to be modular and adaptive to the data exchange needs of the subsystem representations, the MDO AF provides an opportunity for the user to evaluate multiple candidate technologies within a single federated framework.
Framework User
Interface
The Framework User Interface (FUI) is a modern, web-based application designed to provide seamless interaction with the MDO AF environment directly through a standard browser. It offers users intuitive controls for initiating, monitoring, and managing simulation runs, making complex scenario orchestration accessible and efficient. Whether overseeing a test campaign or analyzing system-of-systems interactions, the FUI serves as a mission-critical tool for simulation control, situational awareness, and decision support.
OCCAM
OCCAM is a missile design tool enabling users to define their own missile concepts or recreate existing systems. Furthermore, it calculates relevant rocket performance characteristics to feed downstream analysis. The program can be run headless or with a user interface, depending on the analysis needs it supports.