Technical Infrastructure & Engineering

Advanced Aerospace Capabilities

AeroVance operates a fully integrated engineering, manufacturing, and validation ecosystem designed for low-TBO propulsion, radiation-hardened avionics, precision composite structures, and secure defense-grade space systems. Our capabilities span concept design through flight certification and mission operations.

AS9100D Certified ITAR Compliant NADCAP Approved ISO 14001 FAA Part 21
Core Engineering Domains

Technical Capabilities

Liquid Bipropellant Engines

High-thrust regeneratively cooled engines for orbital insertion and deep-space transfer stages.

  • Thrust range: 50 kN – 450 kN (vac)
  • Isp: 315 – 335 s
  • Gimbaled thrust vectoring (±8°)
  • Monopropellant hydrazine thrusters (5N – 500N)

Electric & Hybrid Propulsion

Hall-effect and gridded ion thrusters for station-keeping, debris removal, and long-duration missions.

  • Power handling: 2 kW – 20 kW
  • Specific impulse: 1,500 – 4,000 s
  • Xenon/Krypton compatible
  • Space-qualified power processing units

Combustion Instability & Acoustics

High-fidelity RPA, CFD-FSI coupling, and acoustic liner design to mitigate combustion oscillations.

  • CHIEF-Code & CONVERGE CFD integration
  • Active/passive damping control systems
  • Pressure transducer array telemetry
  • Full-scale static fire test correlation

Advanced Composites

Carbon-fiber reinforced polymer (CFRP) and ceramic matrix composites (CMC) for thermal protection and primary structures.

  • Autoclave curing up to 200°C / 10 bar
  • Out-of-autoclave (OOA) prepreg processing
  • Non-destructive testing (UT, RT, Eddy Current)
  • Thermal protection tiles & ablators

Precision Metal Fabrication

5-axis CNC machining, titanium alloy forging, and directed energy deposition (DED) additive manufacturing.

  • Tolerance: ±0.01 mm (±0.0004")
  • Materials: Ti-6Al-4V, Inconel 718, Al 7075
  • NADCAP-certified heat treatment
  • Surface finishing & coating (Teflon, Zircaloy)

Structural Dynamics & Fatigue

Finite element analysis, modal testing, and damage tolerance engineering for flight-certified structures.

  • MSC Nastran & Abaqus simulation
  • High-cycle & low-cycle fatigue modeling
  • Bolted joint optimization & preload analysis
  • Composite layup optimization (Tsai-Wu, Hashin)

Fault-Tolerant Computing

RAD-tolerant processors, triple-redundant architectures, and deterministic real-time operating systems.

  • SpaceVPX & OpenVPX form factors
  • RAD-750 / LEON4 / custom SoC design
  • VxWorks & LynxOS RTOS integration
  • MIL-STD-1553 / ARINC 429 / Ethernet AVB

Guidance, Navigation & Control

Integrated sensor fusion, adaptive flight control laws, and precision autonomous navigation.

  • SINS + GNSS + Startracker fusion
  • Model Predictive Control (MPC)
  • Vision-based relative navigation
  • Re-entry guidance & trajectory optimization

Secure Communications

Anti-jam waveforms, AES-256 encryption, and LEO/GEO crosslink architecture.

  • Ka-band & X-band transponders
  • Software-defined radio (SDR) payloads
  • Low-probability-of-intercept (LPI) links
  • Ground station network integration

Bus & Platform Architecture

Modular satellite buses ranging from 5U CubeSat to 2,000 kg LEO/MEO platforms.

  • Power: 200W – 15kW (GaAs / GaInP solar)
  • Attitude: Reaction wheels, CMGs, star trackers
  • Data handling: CCSDS compliant
  • Thermal: MLI, heat pipes, louvers

Payload Integration

Earth observation, SAR, hyperspectral, and scientific instrument integration with rigorous EMC/EMI validation.

  • ISO Class 7 cleanroom assembly
  • Optical alignment & calibration
  • Radiation belt shielding analysis
  • Interface control document (ICD) management

Debris Mitigation & End-of-Life

Passive drag augmentation, active propulsion deorbit, and conjunction assessment software.

  • 25-year post-mission disposal compliance
  • ConOps & collision avoidance algorithms
  • On-orbit servicing interfaces
  • Space traffic management (STM) integration

Tactical UAV & loitering munitions

Low-observable airframes, high-altitude long endurance (HALE) platforms, and autonomous swarm coordination.

  • RCS reduction via shaping & RAM materials
  • Suppression of enemy air defenses (SEAD)
  • AI-driven target recognition
  • Secure data-link & command override

Hypersonic & Boost-Glide Systems

Thermal management, aerodynamic stability, and propulsion integration for Mach 5+ flight regimes.

  • Scramjet & combined-cycle engines
  • TPS (thermal protection systems)
  • High-enthalpy wind tunnel validation
  • Real-time flight control adaptation

Space-Based ISR & Early Warning

Infrared search & track, radar astronomy, and persistent surveillance architectures.

  • FOV optimization & scan pattern design
  • On-orbit processing & downlink
  • Multipurpose mission module (MPM) hosting
  • Resilient constellation topology
Infrastructure & Validation

Testing & Manufacturing Facilities

Facility Location Primary Function Key Equipment
Propulsion Test Complex McGregor, TX Static fire & component testing 450 kN test stands, dynamic balancing, injector test rigs
Environmental Validation Lab Houston, TX TVAC, vibration, EMI/EMC 8x8 ft TVAC chamber, 50kN electrodynamic shaker, Anechoic chamber
Advanced Materials Wing Singapore Composite layup & curing 3m autoclave, automated fiber placement (AFP), optical CFA
Flight Test Range Mojave, CA Suborbital & UAV flight validation Radar tracking, telemetry receivers, quick-disassembly bays
Cleanroom Assembly Sherborne, UK Satellite integration & payload fit ISO Class 7/8 suites, optical metrology, thermal mockups
Digital Engineering

Simulation & Software Stack

CAD/CAE & PLM

End-to-end product lifecycle management with synchronized multi-disciplinary modeling.

  • Dassault Systèmes CATIA V6 / ENOVIA
  • ANSYS Mechanical / Fluent / Chemkin
  • Siemens Teamcenter PLM integration
  • Model-Based Systems Engineering (MBSE)

Digital Twin & HIL

Hardware-in-the-loop simulation for flight control, propulsion, and satellite bus validation.

  • Speedgoat & dSPACE rapid prototyping
  • Real-time physics co-simulation
  • AI-driven anomaly detection
  • Secure DevSecOps CI/CD pipelines

Autonomy & AI

Machine learning for trajectory optimization, fault prediction, and adaptive control systems.

  • ROS 2 / Gazebo simulation environments
  • Reinforcement learning for GNC
  • Onboard vision processing (NVIDIA Jetson AGX)
  • Explainable AI (XAI) for certification
Quality & Compliance

Certifications & Standards

🛡️

AS9100D Rev D

Quality management for aerospace design, production, and installation

🌍

ISO 9001:2015

International quality management standard across all operations

🔒

ITAR / EAR

Fully compliant with US munitions list & export administration regulations

🔬

NADCAP

Accredited for heat treatment, chemical processing, NDT, and CMM

✈️

FAA Part 21 / 14 CFR

Type certification support for civil aircraft & rotorcraft components

🛰️

ECSS / NASA-STD

European cooperation for space standards & NASA procedural compliance

Global Engineering Centers

Facility Network

🏢

Houston, TX — Headquarters

Primary systems engineering, avionics development, and mission control integration.

Systems Arch Avionics Program Mgmt
🔥

McGregor, TX — Propulsion

Engine development, static testing, combustion analysis, and propulsion subsystem validation.

Test Stands Combustion Thermal
🧪

Mojave, CA — Flight Test

Suborbital vehicle integration, UAV flight validation, and atmospheric flight dynamics.

Flight Ops Telemetry Atmospheric
🌏

Singapore — Composites & Assembly

Automated fiber placement, autoclave manufacturing, and payload integration for APAC missions.

Manufacturing Integration APAC Hub
🇬🇧

Sherborne, UK — Defense & Space

Cleanroom satellite assembly, defense payload integration, and European customer support.

Cleanroom Defense EU Compliance

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