top of page
FEM Banner (2).jpg

HyperX

HyperX software provides engineers an automated framework to perform classical, industry standard aerospace failure analyses with margin-of-safety reporting for metal and composite airframes to deliver lightweight, certifiable, and manufacturable designs.

Mission-Critical Aerospace
Software

HyperX is a commercial software tool that automates aerospace structural analysis and design, transforming FEA results into optimized, lightweight, and manufacturable parts while integrating seamlessly with CAD systems.

Key Points

Automates structural sizing, lightweighting, and margin of safety calculations.

Instantly designs optimal panels for all load cases and failure criteria—no need to rerun FEA.

Enables quick material and panel concept trades, joint design, and detail refinement.

Sizes entire assemblies as manufacturable structures, not just individual panels.

Compatible with major FEA and CAD tools

Anchors the digital thread from conceptual through final detailed design.

HyperX.jpg
Orion_Ground_Test_Vehicle_Arrives_at_Kennedy.jpg

HyperX Software
Advantages

HyperX centers your design by resolving the four critical needs of airframe structures:  reducing weight, shortening schedule, improving producibility, and generating certification stress reports.

Industry Use Cases

Decrease weight by optimizing each panel, beam, and joint; ensuring a lightweight design

Shortened schedule by reducing design cycle time and engineering labor hours

Increase producibility by enforcing design rules and sizing to your company’s metal and composite construction fabrication processes

Certify structures faster by analyzing hundreds of aerospace industry standard failure methods, generating real time stress documentation

When to Use
HyperX?

HyperX guides aerospace structures through every design phase—from concept to part release—by providing tailored workflows, automated sizing, and validated analysis methods that ensure consistency, manufacturability, and traceability across teams and tools.

Functional Highlights

End-to-end structural sizing and analysis across Conceptual, Preliminary, Critical Design, and Part Release phases

Standardized workflows for individuals and teams with shared databases as a single source of truth

Supports both native and custom (plugin) aerospace analysis methods

Seamless integration with existing FEA and CAD tools

hyperx sketch.jpg
hyperx image1.jpg

Where is
HyperX Software Used?

HyperX software is used by individual engineers or by entire engineering departments following the enterprise workflow with shared databases. Users come from industry (large OEMs and startups) and government (NASA and the Air Force Research Lab), as well as universities.

Feature Overview

Aerospace – Launch Vehicles & Spacecraft

Aviation – Commercial & Business Aircraft

Urban & Advanced Air Mobility (UAM/AAM)

Defense & Government Research

Automotive & Sports Equipment

bottom of page