Aerospace manufacturing software has to do more than manage work orders. Manufacturers supplying aerospace, aviation, space, and defense programs often need to coordinate complex routings, changing schedules, controlled documentation, material certifications, quality inspections, serial and lot traceability, supplier requirements, and detailed production records all while delivering parts on time.
That makes software selection particularly important. A traditional ERP may provide strong financial and purchasing capabilities but limited shop floor execution. A manufacturing execution system (MES) may provide much deeper production control while working alongside an existing ERP. Other platforms combine ERP, MES, quality management, inventory, and planning within one environment.
The best manufacturing software for an aerospace manufacturer therefore depends on the problems the company is trying to solve.
This guide compares seven manufacturing software options for aerospace manufacturers in 2026, including systems designed for small manufacturers, precision job shops, growing aerospace suppliers, and more complex operations. There is no universal best aerospace manufacturing system. A 40-person precision machining supplier has very different requirements from a multi-site aerospace manufacturer or a company already operating a capable ERP.
The right choice depends on your production complexity, compliance requirements, existing technology, budget, implementation resources, and long-term growth plans.
table of contents
aerospace manufacturing software compared
what should aerospace manufacturing software do?
ERP, MES, & QMS: which software does an aerospace manufacturer need?
how to choose aerospace manufacturing software
which aerospace manufacturing software is the best?
frequently asked questions about aerospace manufacturing software
| Software | Type | Best for | Key aerospace strengths | Works with existing ERP? |
|---|---|---|---|---|
| Quantum MES | MES / production system | Growing small aerospace manufacturers | Scheduling, traceability, digital work instructions, quality, real-time production control | Yes |
| ProShop ERP | ERP + MES + QMS | Aerospace machine shops and precision manufacturers | Integrated quality, traceability, documentation, shop management | Generally designed as an integrated primary system |
| Epicor Kinetic | Manufacturing ERP | Complex and larger aerospace manufacturers | ERP, planning, supply chain, quality, traceability, contract management | Can integrate with other systems |
| Plex | Smart manufacturing platform | Manufacturers wanting connected plant and enterprise systems | MES, ERP, quality, traceability, planning, shop-floor visibility | Yes / platform-based |
| DELMIAWorks | Manufacturing ERP + MES | Small and midsize manufacturers wanting an integrated system | ERP, MES, scheduling, quality, production visibility | Generally used as a core system |
| MRPeasy | Lightweight manufacturing ERP | Smaller aerospace suppliers | MRP, inventory, scheduling, BOMs, purchasing, quality | Can integrate with other business applications |
| Business Central | ERP | Microsoft-oriented manufacturers | Financials, inventory, purchasing, production planning | Often paired with specialized manufacturing systems |
Aerospace manufacturers should evaluate software differently from companies producing simpler or less regulated products.
The system should not only tell you what needs to be built. It should help you demonstrate how it was built, which materials were used, which instructions were followed, what inspections occurred, who completed the work, and what changed along the way.
Important capabilities can include:
Software alone does not make a manufacturer compliant with aerospace requirements. However, the right system can make it considerably easier to maintain controlled processes, retain evidence, trace production history, and prepare for customer or certification audits.
That is especially important as aerospace manufacturers continue operating under standards such as AS9100 and related customer-specific requirements. Current AS9100 requirements emphasize quality management, risk, control, traceability, and documented processes within aviation, space, and defense organizations.
Best for: Growing small aerospace manufacturers that want deeper production visibility & control
Quantum MES is manufacturing execution software designed to manage production from scheduling through completion. For aerospace manufacturers, its biggest advantage is that it does not require the business to abandon an ERP or accounting platform that is already working.
Instead, Quantum can become the production layer connecting planning, scheduling, operators, materials, work instructions, inventory, quality, and shop floor data. That approach can be particularly useful for small and midsize aerospace suppliers that have grown beyond spreadsheets, paper travelers, and basic ERP production modules but do not want to undertake a company-wide ERP replacement.
Quantum supports functions such as:
Its manufacturing focus makes it particularly relevant when a company's primary gaps exist between the production schedule and what is happening on the shop floor.
Aerospace suppliers often already have accounting, ERP, or customer-order systems but still rely on disconnected spreadsheets, paper travelers, tribal knowledge, or manual production updates.
Quantum can address that gap while allowing the company to retain other business systems. This can make it a strong option for growing small aerospace manufacturers that want more sophisticated production management without adopting a much larger ERP platform.
Quantum is designed to connect with existing ERP, accounting, inventory, scheduling, and business applications. It also offers cloud and on-premise deployment options.
Quantum is primarily manufacturing execution software, not a broad financial ERP. A company that needs to replace accounting, CRM, company-wide finance, and other enterprise functions would typically use Quantum alongside another business system rather than as a complete replacement.
Best for: Aerospace machine shops that want ERP, MES, and quality management closely connected
ProShop is a manufacturing platform built specifically for precision manufacturing environments such as aerospace, defense, medical, and machine shops. One of its most distinctive characteristics is the integration of ERP, MES, and QMS functionality within the same platform.
For aerospace manufacturers, that can reduce the amount of quality and production information spread across separate databases, spreadsheets, binders, and applications. ProShop specifically positions its aerospace product around traceability, AS9100-oriented quality workflows, ITAR-related controls, scheduling, digital documentation, and paperless shop-floor management.
ProShop includes features for:
Its integrated QMS is a particularly important differentiator for aerospace shops where production and quality documentation are tightly linked.
ProShop is especially well suited to precision machining and job-shop environments where documentation, traceability, inspection, and production execution need to live close together. Manufacturers trying to eliminate paper travelers and disconnected quality records may find the integrated approach attractive.
ProShop also supports both cloud and on-premise implementation even though the application itself is browser-based.
ProShop's integrated approach can be an advantage for shops that want one manufacturing-focused environment. Companies with established enterprise ERP systems, however, should compare whether replacing existing systems or adding a specialized MES is the less disruptive route.
Best for: Complex aerospace and defense manufacturers that need a full manufacturing ERP
Epicor Kinetic is a manufacturing-focused ERP platform built for discrete, make-to-order, configure-to-order, engineer-to-order, and other complex production environments.
Epicor also provides aerospace-and defense-specific functionality around quality, traceability, contracts, supplier management, security, planning, and production. This makes Kinetic a much broader system than a standalone MES or production-management platform.
Depending on configuration, Kinetic can support:
Epicor specifically highlights digital-thread traceability, supplier certifications, quality controls, contract requirements, and aerospace/defense workflows.
Kinetic is a stronger fit when the organization needs to modernize not just production but the broader business. It can be appropriate for aerospace manufacturers that have outgrown smaller ERP or accounting applications and want one platform connecting finance, purchasing, supply chain, planning, and manufacturing.
That breadth also means implementation can be more substantial. Smaller manufacturers should compare whether they truly need a company-wide ERP transformation or primarily need deeper production control.
Best for: Aerospace manufacturers that want ERP, MES, quality, and plant-floor data in a connected platform
Plex, part of Rockwell Automation, offers a Smart Manufacturing Platform that includes ERP, MES, QMS, supply chain planning, production monitoring, asset performance, and connected-worker capabilities.
Plex has a dedicated aerospace offering built around traceability, production planning, quality management, audit trails, and shop-floor visibility.
Plex can support:
Plex specifically highlights genealogy and traceability down to inventory, lot, and heat information as well as integrated quality management for aerospace operations.
Plex is well suited to companies that want to connect enterprise processes directly with plant-floor execution. Its combination of ERP and MES can be particularly useful for manufacturers trying to eliminate the disconnect between corporate business systems and production.
Plex is a broad manufacturing platform. Smaller shops should compare its implementation scope and cost against more focused MES, MRP, or job-shop systems.
Best for: Small and midsize manufacturers that want an integrated ERP and MES environment
DELMIAWorks, from Dassault Systèmes, combines manufacturing ERP and MES capabilities and is specifically positioned toward small and midsize manufacturers. Its approach centers on maintaining a connected flow of information from business planning through production.
For aerospace manufacturers, that can help consolidate planning, quality, inventory, production, and reporting into a shared environment.
DELMIAWorks provides capabilities across:
Dassault also identifies aerospace and defense as relevant applications for DELMIAWorks, with functions around quality, planning, supplier management, scheduling, and production visibility.
DELMIAWorks can be attractive to manufacturers that want both enterprise and shop-floor functionality but want a system designed specifically around manufacturing rather than a general-purpose ERP.
Manufacturers should determine how much of the broader Dassault environment they expect to use and compare the implementation requirements with lighter manufacturing platforms.
Best for: Smaller aerospace manufacturers moving beyond spreadsheets or basic accounting software
MRPeasy is a cloud manufacturing ERP designed primarily for smaller manufacturers. Its emphasis is on making production planning, scheduling, inventory, purchasing, costing, BOM management, and manufacturing orders accessible without the scope of a traditional enterprise ERP.
MRPeasy also specifically markets the platform for aerospace and defense manufacturers and publishes customer examples from aerospace-related organizations.
MRPeasy includes:
Its manufacturing ERP environment is intended to give smaller manufacturers one connected source for planning, materials, production, and business information.
MRPeasy may make sense for smaller aerospace suppliers whose primary goal is moving away from spreadsheets and disconnected production planning tools. It provides more manufacturing structure without requiring the scope of a large enterprise ERP implementation.
Companies with sophisticated quality systems, extensive regulatory workflows, complex operator guidance, or deeper shop-floor execution requirements should compare MRPeasy against more specialized aerospace MES or QMS-oriented systems.
Best for: Growing aerospace manufacturers already invested in Microsoft technology
Microsoft Dynamics 365 Business Central is a broader ERP platform covering financials, inventory, purchasing, sales, projects, warehousing, and manufacturing. For aerospace manufacturers already relying heavily on Microsoft 365, Power BI, Power Platform, Azure, or other Microsoft technology, Business Central can provide a familiar ERP foundation.
Its manufacturing capabilities include production orders, BOMs, routings, capacity planning, inventory, purchasing, costing, and supply planning.
Business Central can be useful when the company needs stronger financial and operational integration across the business, not just the shop floor. Its Microsoft ecosystem also makes it easier to connect reporting, workflow, collaboration, and custom applications.
Business Central is an ERP first. Aerospace manufacturers requiring more detailed operator instructions, real-time production execution, extensive quality workflows, or shop-floor traceability may still pair it with an MES or specialized manufacturing system.
Aerospace manufacturers frequently encounter three software categories:
ERP manages the business. It typically covers accounting, purchasing, sales, financial reporting, inventory, and high-level planning.
MES manages production execution. It controls jobs, routings, schedules, work instructions, WIP, labor, materials, production data, and shop-floor activity.
QMS manages quality processes. It can include document control, inspections, nonconformances, corrective actions, audits, training, calibration, supplier quality, and other controlled quality records.
Some software platforms combine all three. Others specialize in one layer and integrate with the rest. Neither approach is inherently better. Aerospace manufacturers should decide whether they want one broad platform or several specialized systems based on their existing technology and operational needs.
A full ERP may be the stronger option when:
MES may be the stronger option when:
Aerospace manufacturers should pay particular attention to QMS functionality when audit preparation, document control, first article inspection, calibration, supplier quality, corrective actions, or nonconformances consume significant administrative time.
Choosing software for an aerospace operation should begin with process requirements rather than vendor demonstrations.
Document where production currently loses time or information.
Look for areas such as:
These gaps should define your requirements.
Do not simply ask whether a system “has traceability.” Ask what can actually be traced.
Can you identify:
The depth of traceability can vary significantly between systems.
Aerospace production frequently depends on drawings, specifications, customer requirements, work instructions, inspection plans, and revisions. The manufacturing system should make it easy to ensure operators are working from the correct information.
Scheduling aerospace work is rarely just a matter of machine capacity. Materials, certifications, tooling, labor skills, outside processing, inspections, priority changes, and rework can all affect when a job can actually run. Look for software that connects scheduling with real production conditions.
If QuickBooks, Epicor, NetSuite, Microsoft Dynamics, or another ERP already performs its job effectively, replacing it may not be necessary. In that situation, evaluate whether MES or another production system can solve the shop-floor problem while integrating with the systems you already trust.
Consider:
A sophisticated system only creates value if the company can realistically implement and maintain it.
There is no single best manufacturing platform for every aerospace manufacturer. The right software depends on the company's size, production model, compliance requirements, existing systems, budget, and goals.
A smaller supplier moving beyond spreadsheets may prioritize an accessible MRP or manufacturing ERP. A precision machine shop may place greater value on an integrated quality and job-management system. A larger aerospace operation may need a complete ERP with supply chain, financial, contract, and multi-site capabilities. A growing manufacturer whose ERP already works may get more value from adding an MES rather than replacing the entire business system.
The most important step is to define what you need the software to accomplish before comparing vendors. The best manufacturing system is the one that gives your team the control, traceability, visibility, and flexibility required to produce aerospace work consistently without adding unnecessary complexity.
There is no universal best system. Aerospace manufacturers should choose software based on production complexity, company size, quality requirements, traceability needs, existing ERP systems, budget, and implementation resources. Common options include manufacturing ERP, MES, QMS, MRP, and integrated manufacturing platforms.
Aerospace manufacturers commonly use a combination of ERP, MES, QMS, scheduling, inventory, PLM, CAD/CAM, and inspection software. Smaller manufacturers may consolidate several of these functions within one manufacturing platform, while larger companies often integrate multiple specialized systems.
Software itself does not become AS9100-certified on behalf of the manufacturer. However, manufacturing software can support the processes required to maintain a quality management system by controlling documents, retaining records, supporting traceability, managing quality events, and providing audit history.
Aerospace ERP generally manages financials, purchasing, inventory, customer orders, and business planning. MES focuses on production execution, including scheduling, work instructions, WIP, operators, quality checks, materials, traceability, and shop-floor data. Many aerospace manufacturers use both.
Yes. MES is not limited to large aerospace manufacturers. Smaller manufacturers can use MES to replace paper travelers, improve scheduling, capture production data, manage quality, and improve traceability.
The key is selecting a system whose cost and implementation requirements match the size of the operation.
MES, paperless manufacturing systems, and some integrated ERP platforms can replace paper travelers with digital work instructions and electronic production records. The system should include revision control so operators consistently access the latest approved information.
Aerospace manufacturers should look beyond basic calendars. Useful scheduling software should account for machine capacity, labor, materials, tooling, routing requirements, outside processing, due dates, and changing priorities while providing visibility into WIP and potential delays.
Traceability allows manufacturers to reconstruct how a product was built. This can include materials, lots, serial numbers, operators, machines, process steps, revisions, inspections, and quality results.
That information is important for quality management, customer requirements, investigations, audits, and product history.
Not always, but many benefit from both. ERP can manage the wider business while MES manages production execution. Small manufacturers may use a single platform that combines portions of both, while larger companies often integrate dedicated ERP and MES systems.
Warning signs include conflicting schedules, difficulty locating WIP, manual quality records, duplicate data entry, poor inventory accuracy, outdated work instructions, slow traceability searches, heavy dependence on tribal knowledge, and excessive time spent preparing for audits.
When spreadsheets become the primary system holding production together rather than an analysis tool, dedicated manufacturing software is usually worth evaluating.
Aerospace manufacturers do not need the largest software platform available. They need a system that matches the complexity of their production environment. For some companies, that means replacing an outdated ERP. For others, it means adding MES to improve shop-floor execution. For precision manufacturers, integrated quality management may be the most important requirement.
The better buying question is not simply, “Which aerospace manufacturing software has the most features?” It is: “Which system solves the production, quality, and visibility problems that matter most to our operation?”
Answer that question first, and the software comparison becomes much easier.
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