Set the mission. Define orbit, payload, and constraints —

a complete, co-optimized vehicle design is generated

in days.

Request a Design

19'

(01)

(About Novastrax)

(01)

(About Novastrax)

(Input)

State the mission — orbit, payload, range, constraints. The system reads your requirements against validated physics spanning propulsion, structures, thermal, GNC, and flight software.

(+Generate)

A complete vehicle design is generated. Every subsystem is designed together, not separately. Change one requirement and the rest adapt.

(=Validate)

Not Months

Days

Compliant

ITAR

Contact Now

(03)

(Capabilities)

(03)

(Capabilities)

Start a Project

01

Whole-Vehicle Design

Every Subsystem, Together

One model designs propulsion, structures, thermal, GNC, and flight software as a single system. Change a requirement and every subsystem re-optimizes around it. No handoffs, no silos.

01

Whole-Vehicle Design

Every Subsystem, Together

One model designs propulsion, structures, thermal, GNC, and flight software as a single system. Change a requirement and every subsystem re-optimizes around it. No handoffs, no silos.

02

Physics Validation

Grounded in Real Physics

Every design is checked against validated models across all disciplines and benchmarked on published flight data. Engineering rigor before any hardware is cut.

02

Physics Validation

Grounded in Real Physics

Every design is checked against validated models across all disciplines and benchmarked on published flight data. Engineering rigor before any hardware is cut.

03

Buildable Output

Ready to Manufacture

Designs deliver in the formats your teams already build with — from metal additive to structures and integration. Manufacturability is part of the design, not an afterthought.

03

Buildable Output

Ready to Manufacture

Designs deliver in the formats your teams already build with — from metal additive to structures and integration. Manufacturability is part of the design, not an afterthought.

(07)

(The System)

(07)

(The System)

Physics-

Native Design Core

Aerodynamics, structural loads, heat transfer, control dynamics, and flight logic are encoded directly into the generation engine — not bolted on as post-processing steps.

Days,

Not Months

Design cycles that once took months of siloed engineering across every discipline now resolve computationally — a complete vehicle in a single session.

One

Integrated System

Change one requirement and every subsystem adapts. Propulsion, structures, thermal, GNC, and flight software move as one — never designed in isolation.

ITAR

US-Based & Controlled

Designed and operated within the United States. All technical data is handled in compliance with ITAR export controls, built for launch vehicle and national defense programs.