Commercial Aerospace:
Structural Aileron Teardown.
A systematic physical teardown and competitive benchmarking study of a narrowbody commercial aileron, delivering cost, weight, and design intelligence to inform value engineering.
Situation
An OEM sought competitive intelligence on a narrowbody aileron baseline to validate its own design and cost position.
Task
Collect teardown data covering weight, cost, and design across BoM, materials, and manufacturing processes.
Action
Executed physical teardown with concurrent cost modelling and dimensional capture mapping each finding.
Result
Delivered verified teardown dataset feeding directly into a wing design practices knowledge base.
Context & Objectives
Subject: production aileron from a narrowbody commercial aircraft.
Sourced from multiple qualified suppliers to capture real-world variation.
Sustainability and cost-reduction mandates required weight tracking.
Selected as the low-end competitive baseline for floor analysis.
Scope of Task
Build bottom-up competitive cost model (BoM, materials, labour).
Document structural design and means of compliance.
Quantify part-level weight breakdown for reduction opportunities.
Compare fabrication routes across European and Asia-Pacific regions.
Feed findings into wing design practices knowledge base.
Execution Value Chain
Physical Teardown
Systematic disassembly, part counting, and material ID.
Cost Modelling
Should-cost model mapped to each BoM line; gap analysis.
Design Benchmarking
Architecture and compliance approach comparison.
Knowledge Transfer
Documentation in design practices wiki for VE teams.
Quantifiable Result: A Unified Dataset.
All findings documented in wing design practices wiki, accessible to value engineering and design teams globally.
Intelligence Streams
Transfer Decision Support