Next-Gen Solutions for Aerospace and Defense

Accelerate development, increase production rates, and improve operational readiness with a unified product data foundation that connects engineering, manufacturing, and sustainment.

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A connected digital foundation for aerospace and defense


Aerospace and defense organizations must deliver increasingly complex, software-defined systems while meeting strict requirements for compliance, security, and performance.

PTC helps make that possible by connecting requirements, models, product data, manufacturing processes, and service information in a governed digital thread for faster execution, better collaboration, and stronger traceability across the lifecycle. With a governed product data foundation in place, organizations can apply AI to automate workflows, improve decision-making, and scale digital engineering across programs.

The biggest barriers to aerospace and defense execution

Disconnected systems and fragmented workflows create delays, rework, and compliance risk across the product lifecycle. At the same time, many organizations struggle to scale AI initiatives due to fragmented and ungoverned product data.

Development delays from system complexity

Modern aerospace and defense platforms combine hardware, software, electronics, and systems engineering in ways that traditional development methods struggle to manage.

Compliance and traceability at scale

Programs must maintain auditability across requirements, changes, suppliers, and configurations while keeping pace with evolving standards and mandates.

Engineering-to-manufacturing disconnects

When design changes do not propagate cleanly downstream, manufacturers face manual handoffs, outdated instructions, and preventable delays.

Backlog and production pressure

Meeting demand requires more than increasing output. It requires synchronized product, process, and supplier data to reduce rework and accelerate ramp-up.

Limited reuse across programs

Without modular architectures and governed configuration management, organizations duplicate effort and slow new program delivery.

Sustainment and readiness gaps

Mission readiness depends on connected service, parts, and engineering data that can improve maintenance planning and feed field insights back upstream.

Transform aerospace development and production

From commercial aircraft to advanced air mobility and space platforms, aerospace leaders need to reduce development risk, industrialize faster, and sustain complex products with confidence.

Explore Aerospace

Deliver defense systems at the speed of relevance

Defense organizations need secure collaboration, faster capability insertion, and stronger digital continuity across engineering, manufacturing, and sustainment.

Explore Defense

How leading aerospace and defense organizations drive value with PTC

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Hill Helicopters

Explore how Hill Helicopters unified design, surfacing, and simulation workflows to improve reliability and collaboration across complex helicopter assemblies.

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Lufthansa Technik

Learn how Lufthansa Technik uses PLM to improve data continuity, support compliance, and scale digital transformation across global operations.

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NASA

Learn how digital engineering is helping NASA simulate, validate, and prepare critical systems earlier across distributed programs and mission scenarios.

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Boeing

Learn how Boeing Global Services meets demanding inventory needs and keeps customer satisfaction a top priority.

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MBDA

Learn how Windchill’s enterprise PLM capabilities are helping MBDA drive efficiencies across engineering, manufacturing, and customer support.

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Aura Aero

Learn how Onshape’s custom CAD features are helping electric aircraft manufacturer Aura Aero speed up product development.

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Solutions for aerospace and defense

Accelerate development

Connect requirements, systems engineering, design, and simulation to reduce rework and compress time-to-validation. Apply AI-assisted design and simulation to reduce iteration cycles and identify risks earlier.

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Ramp production with less disruption

Synchronize design, process planning, and manufacturing execution to reduce delays, nonconformance, and rework.

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Improve readiness and sustainment

Connect service information, parts, maintenance planning, and install base data to improve uptime and lifecycle performance. Leverage AI-driven insights to predict maintenance needs and optimize spare parts planning.

Build compliance into execution

Improve traceability, auditability, and control across requirements, configurations, changes, and suppliers.

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Streamline collaboration across the enterprise

Connect engineering, manufacturing, service, suppliers, and partners with governed access to current product data. AI helps surface the right information to the right stakeholders, improving decision speed across distributed teams.

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Manage product complexity and variability

Support modular architectures, software-hardware alignment, and variant management across evolving product portfolios.

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Opportunities across sea, air, land, and space

Space systems

Accelerate development of highly complex systems, validate earlier, and manage distributed manufacturing with a unified product data foundation. Explore Space Systems

Naval systems

Support long lifecycle programs with better configuration control, manufacturing continuity, and sustainment visibility across fleets and suppliers.

Ground vehicles

Enable faster modernization, modularity, and collaboration across rapidly evolving mission systems and mixed hardware-software platforms.

Airframes

Reduce rework, improve certification readiness, and connect design through manufacturing and service for new and legacy aircraft programs. Explore Airframes
Technologies that power the aerospace and defense digital thread

PTC’s technologies work together to deliver a connected product data foundation and deploy AI-enabled capabilities across the lifecycle.

Computer-aided design (CAD)

Design, simulate, and validate complex products with precision across mechanical and multidisciplinary workflows.

Product lifecycle management (PLM)

Create an authoritative product data backbone connecting engineering, manufacturing, quality, and service.

Application lifecycle management (ALM)

Unify requirements, risk, testing, and software delivery to support complex software-defined systems.

Service lifecycle management (SLM)

Improve asset availability and sustainment performance with connected service information, parts, and analytics.

PLM SaaS for secure collaboration

Modernize your product lifecycle with SaaS PLM. Connect engineering, manufacturing, and service in a secure, continuously updated environment that improves collaboration, traceability, and speed while reducing IT overhead.

Aerospace and defense: frequently asked questions

How does PTC help aerospace and defense organizations accelerate development?

PTC accelerates aerospace and defense development by connecting requirements, systems engineering, design, and simulation in a unified digital thread. Teams can validate complex systems earlier, reduce rework, and improve collaboration across hardware and software. This shortens development cycles, speeds certification, and enables faster delivery of mission-critical systems.

How does PTC support compliance and traceability requirements?

PTC supports compliance and traceability by linking requirements, designs, changes, tests, and manufacturing data in a single system of record. This ensures full auditability across the lifecycle, reduces manual documentation, and helps organizations meet strict aerospace and defense regulatory and certification requirements with greater accuracy and efficiency.

Can PTC support software-defined and model-based development?

Yes. PTC supports software-defined and model-based development by integrating PLM, ALM, and model-based systems engineering (MBSE). This connects software, hardware, and system models in one environment, enabling early validation, better alignment, and more efficient delivery of complex, software-driven aerospace and defense systems.

How does PTC use AI in aerospace and defense?

PTC applies AI across the product lifecycle to automate workflows, improve decision-making, and accelerate development. Built on a unified digital thread, AI can assist with design, analyze quality and service data, and enable predictive insights across engineering, manufacturing, and sustainment—while maintaining full traceability and governance.

How does PTC help improve readiness and sustainment?

PTC improves readiness and sustainment by connecting service data, product configurations, and maintenance processes. Organizations can predict maintenance needs, optimize spare parts, and reduce downtime. Closed-loop feedback from service to engineering also improves product reliability and long-term performance.

What PTC technologies are most relevant for aerospace and defense?

PTC provides PLM, ALM, CAD, and service lifecycle management solutions for aerospace and defense. Together, these technologies create a digital thread that connects engineering, manufacturing, and service, enabling faster development, improved compliance, and better lifecycle performance for complex systems.