The Shop Hub

Aging Fleets & Nacelle Fatigue: What Operators Should Watch

Across the industry, mature narrow-body aircraft are staying in service longer than earlier fleet plans assumed. Robust demand, new-aircraft delivery…

The OEM Backlog — Why Operators Turn to Independent Repair Stations

Ask most operators where their timeline actually gets stuck, and the answer is rarely the repair itself — it is the wait. In recent years, the industry…

Lease Return & Structural Repairs: Getting Documentation Audit-Ready

Few moments put an aircraft's paperwork under more scrutiny than a lease return. When an aircraft goes back to the lessor, the physical asset is inspected…

Repair vs. Replace — What the Numbers Say

When a large structural component is damaged, the technical question — can it be repaired? — is only half the decision. The other half is financial: what…

Structural Repair Turnaround Time: What Actually Drives Delays

Learn what can affect aircraft structural repair turnaround time, including damage assessment, engineering review, materials, approvals, documentation, and communication.

Large Aircraft Structural Component Repair: Inlet Cowls, Thrust Reversers, and Flight Controls

Major Structural Repairs: Approval, Documentation, and Oversight

Understand major structural repair approval pathways, documentation requirements, oversight roles, and return-to-service considerations under approved data.

Aircraft Structural Inspection Methods: Visual, NDT, and Damage Mapping

Learn how visual inspection, NDT, and damage mapping support aircraft structural damage assessment, repair planning, and return-to-service documentation.

What Is a Structural Repair Manual (SRM) in Aviation?

Learn what a Structural Repair Manual (SRM) is, how it defines repair limits, and when DER or OEM approval is required in aviation MRO.

How Aircraft Structural Repairs Are Performed: From Inspection to Return-to-Service

Step-by-step view of how certified Part 145 shops perform aircraft structural repairs — from engineering assessment and execution to testing, documentation, and formal Return-to-Service.

What Is Aircraft Structural Damage: Causes, Types, and How It Is Inspected

Explains what aircraft structural damage is, why it occurs, and how certified Part 145 MROs detect and characterize it using visual inspection and NDT before any repair decision.

Beyond the Purchase Order: 5 Pillars of a Resilient MRO Procurement Strategy for 2026

Modern MRO procurement strategy for 2026: reduce AOG, lead times, and costs through multi-sourcing, USM, DER repair, and compliance-first sourcing.

What Is Aircraft Structural Repair? A Guide to Major vs. Minor Alterations (and Repairs)

Guide to aircraft structural repair: major vs. minor, SRM/OEM/DER data, Part 145 controls, NDT, and shop vs. AOG—so you return to service safely and compliantly.

Aircraft on Ground Miami: A Strategic Repair Station for the Americas

Aircraft on ground Miami support from DAS: 24/7 FAA & EASA Part-145 AOG structural repairs, rapid mobilization, on-site RTS, and audit-ready compliance.

Structural Aircraft On Ground Repair: Faster, Compliant Return to Service.

AOG structural repair, step-by-step. Operator actions, field controls, and audit-ready RTS under FAA/EASA Part 145.

Composite Repair in Aviation: Process, Methods, and Operational Framework

Composite repair for aircraft, explained for leaders: approval gates, on-site vs. shop, evidence for RTS, and large-structure focus under Part 145.

Structural Repair Traceability in Part 145 Repair Stations

Part 145 structural repair traceability: approved data, qualified NDT, controlled materials, as-run logs, and the correct 8130-3/Form 1 for audit-ready release.

DER vs OEM: Stay Compliant and On-Schedule

Compare DER vs OEM repair paths. See how a Designated Engineering Representative (DER) approves data so you stay compliant, auditable, and on-schedule.