Oakman Aerospace, Inc. | Aerospace Systems Engineering

Specializing in rapid and responsive modular technology, OAI utilizes a unique, tailored and modern approach to the traditional satellite development process that enables spacecraft providers and integrators to reduce Cost, Schedule, and Risk when pursuing satellite missions, payloads, and applications.

Founded following the closure of Comtech AeroAstro in 2012, Oakman Aerospace, Inc. retains and continues to commercialize the intellectual property of modular open-system architectures (MOSA) and rapid and responsive space system designs to enable space for everyone.

Working both domestically and internationally, Oakman Aerospace Inc. has the capability and advanced technology to turn any paper-napkin idea into a reality in the space and satellite industry through modern technology applied to traditional space.

Subject Matter Experts in:

Rapid and Responsive Spacecraft Design
Sub-system and Component Level AI&T
Component Performance Verification & Test
Modular Open-System Architectures
System, Sub-system, and Component Modeling & Simulation
Payload Development, Science, & Applications
Integration & Test Services
Software Design & Development
System Design Optimization & Review
Custom & Applied System Engineering Process
U.S. International Export Regulations

Technology Areas:

Modular Open System Architecture

OAI takes modular to the lowest system level allowing for quick development, rapid integration, and smooth on-orbit operation across a variety of varying interfaces, software, and hardware.

Rapid Spacecraft Design & Development

Quickly develop, assemble, integrate, test, and fly your mission with OAI's experience and unique approach and rapid and responsive designs.

Custom Missions, Payloads, & Applications

Our systems engineering approach is unique to OAI, and allows us to accommodate a variety of missions, payloads, & applications for any clients needs.

Systems Architecture

Tailored Small Satellite Systems Engineering Process Focused on Mission Success

Single Vehicle, Constellations, Production Launch, Ground and Mission Operations Infrastructure

Spacecraft Design

OAI has developed a family of Modular Open-System Architecture Space Vehicle designs for a range of customer defined missions and payloads leveraging

Complete End-to-End Closed-Loop Simulation Capability for System, Space Vehicle, and Mission/Payload Design & Analyses

Mission & Payload Support

Innovative, Non-Traditional Mission/Payloads

Boutique RF Design, Products, and Services

Market Assessment and Teaming Assistance

Regulatory Insights and Compliance

00 years, 00 days

1000 sq ft Clean Room

Multiple International Agreements

Features:

ACORN

The Advanced Configurable Open-system Research Network (ACORN) is a closed-loop, end-to-end space system modeling and simulation platform that enables detailed design, development and test capabilities.

Reduces mission cost by 25-32%

Supports processor-in-the-loop, hardware-in-the-loop or faster than real-time (full software) simulation capability.

Software

Our suite of software allows for streamlined mission planning, requirement satisfaction, and baseline mission hardware for integration.

Maintained in house, OAI software enables modular, open-architecture systems to achieve their potential for providing new space platforms and configurations the flexibility and dexterity to handle any payload, mission, and component.

Systems Engineering

As a small business, OAI manages large company processes while maintaining small company flexibility and service.

See how our uniquely tailored systems engineering approach can be applied to your mission/project to reduce cost and schedule while reducing risk and meeting technical requirements.

Modeling & Simulation

Modeling and simulation is maintained in-house to include physics based environmental models, component generic and specific models of all various spacecraft components, and event driven simulation architecture to provide the best fidelity and value through our modular, open-systems.