A modern approach to evaluating aerospace components, comparing certified suppliers, and streamlining sourcing for avionics, propulsion systems, structures, and mission-critical assemblies.
Aerospace programs depend on components that meet strict reliability, certification, and performance requirements. Whether sourcing avionics, sensors, structural parts, or propulsion components, teams must identify qualified suppliers while navigating complex standards such as AS9100, DO-160, and NADCAP.Traditional sourcing methods slow this process down. Supplier data is scattered, certification details are difficult to verify, and cross-comparing options requires hours of manual work. Modern aerospace teams need a clearer, faster, and more structured way to evaluate options.

Aerospace components must perform flawlessly under strict conditions, long lifecycles, and regulated frameworks. This introduces sourcing challenges that require precision and rigorous evaluation.
Key difficulties include:
1. Certification Complexity (AS9100, DO-160, NADCAP)
Teams must validate compliance across multiple certification layers, supplier qualifications, and test requirements.
2. Fragmented Supplier Information
Technical specifications, performance data, and certification details often appear across PDFs, outdated catalogs, or inconsistent websites
.3. Long Evaluation Cycles
Manual outreach, incomplete data, and slow RFQ workflows extend sourcing timelines, delaying program milestones.
4. Limited Visibility Into Supplier Capabilities
It’s hard to quickly determine production capacity, regional capabilities, specializations, or experience with similar flight hardware.
5. Difficulty Comparing Component Alternatives
Datasheets vary in structure, making side-by-side evaluation time-consuming and error-prone.
Aerospace sourcing requires a specific combination of structured information, reliability insights, and speed. Modern tools must provide:
1. Centralized, Comparable Technical Data Clear visibility into specifications, environmental performance, tolerances, and form factors — all in one place.
2. Faster Supplier Discovery With Certification Filters
Teams should instantly identify suppliers that meet required standards (e.g., AS9100, DO-160, ITAR).
3. Reliable Comparison Between Components and Alternatives
Structured data helps engineers and procurement teams identify tradeoffs quickly and make more informed decisions.
Avionics components (sensors, IMUs, flight controllers)
Aerospace connectors and wiring harnesses
Power electronics and converters
Structural components and lightweight materials
Propulsion components and valves
Environmental & DO-160 qualified equipment
Hydraulic and pneumatic components
Test & ground support equipment
High-reliability fasteners and fittings
Procureezy accelerates aerospace component sourcing by turning any request into a structured benchmark. Instead of searching across scattered sources, teams get:
AI-assisted supplier discovery based on technical and certification requirements
Clear specification extraction from datasheets and product pages
Unified comparison tables to evaluate options quickly
Visibility into supplier categories, regions, and capabilities
Faster sourcing cycles that reduce program bottlenecks
Procureezy helps aerospace organizations move from slow, manual sourcing workflows to fast, data-driven evaluation with greater confidence and less risk.