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Otto Aerospace Tech Stack

Aircraft design and manufacturing for next-generation transonic aircraft

Aviation and Aerospace Component Manufacturing Fort Worth, Texas 51–200 employees Founded 2008 Privately Held

Otto Aerospace is building a transonic aircraft designed for fuel efficiency and environmental performance, now ramping from low-rate to full-rate production at their facility. The tech stack is heavily weighted toward aerospace CAD, simulation, and systems engineering (CATIA, NX, MATLAB, Simulink, STAR-CCM+, JAMA, IBM DOORS) paired with enterprise resource planning (SAP S/4HANA, NetWeaver), signaling a mature manufacturing operation scaling from design validation into production. Hiring is almost entirely engineering-focused, with senior and mid-level roles dominating — a profile consistent with aircraft certification, supplier coordination, and production ramp challenges.

Tech Stack 33 technologies

Core StackMATLAB CATIA SAP S/4HANA AWS SAP QuickBooks Simulink Simscape Thermal Desktop STAR-CCM+ FEMAP ENOVIA Visio JAMA IBM DOORS Enovia AutoCAD Electrical 3DEXPERIENCE NX SAP BTP SAP Integration Suite SAP Cloud Platform Integration SAP PI/PO SAP Basis SAP Cloud Connector SAP HANA NetWeaver Azure Concur Cisco Catalyst+2 more

What Otto Aerospace Is Building

Challenges

  • Reducing fuel burn
  • Delivering products on schedule and within budget
  • Resource and execution stress points
  • Gaps across work packages
  • Meeting reliability and maintainability targets
  • Support mrb activities
  • Architecture optimization and manufacturability
  • Supplier compliance risk
  • Supplier performance monitoring
  • Meeting regulatory certification

Active Projects

  • Low-rate initial production and full rate production at fait facility
  • Zonal reference models development
  • Air vehicle integration
  • Supplier performance data analysis
  • Phantom 3500 fuselage cockpit assembly
  • Lrip and frp at fait facility
  • Empennage assembly flight test vehicle (ftv) builds of the phantom 3500
  • Air vehicle engineering definition
  • Program roadmap
  • Full program lifecycle

Hiring Activity

Accelerating25 roles · 10 in 30d

Department

Engineering
23
Manufacturing
1
Ops
1

Seniority

Senior
9
Mid
8
Junior
4
Principal
2
Lead
1
Manager
1
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About Otto Aerospace

Otto Aerospace, founded in 2008 and headquartered in Fort Worth, Texas, develops a transonic aircraft optimized for operational efficiency and lower environmental impact. The company operates as a mature but lean aerospace manufacturer, moving through low-rate and full-rate production phases at their facility. Core work spans air vehicle integration, fuselage and empennage assembly, zonal reference model development, and flight-test vehicle builds of the Phantom 3500. With 51–200 employees and accelerating hiring velocity, Otto is scaling engineering capacity to address production ramp, supplier performance monitoring, regulatory certification, and the structural challenges inherent in aircraft development: fuel-burn reduction, schedule adherence, manufacturability, and reliability targets.

HeadquartersFort Worth, Texas
Company Size51–200 employees
Founded2008
Hiring MarketsUnited States

Frequently Asked Questions

What CAD and simulation tools does Otto Aerospace use?

Otto uses CATIA, NX, MATLAB, Simulink, STAR-CCM+, Thermal Desktop, FEMAP, and AutoCAD Electrical for design and aerodynamic analysis, along with JAMA and IBM DOORS for requirements and configuration management.

What is Otto Aerospace's main product?

Otto is manufacturing the Phantom 3500, a transonic aircraft designed for fuel efficiency and environmental performance, currently in low-rate and full-rate production phases.

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How this profile is built

Otto Aerospace's technology stack, projects, and hiring signals are inferred from public hiring and company data — career pages, public listings, and company web presence — then clustered and de-duplicated. Figures are estimates that refresh over time. Read our full methodology →

This is not an official vendor or customer list. It is a technology-adoption signal inferred from public data, intended for B2B research.