Aviation Maintenance Advisory: Experience Behind KRD Aviation

We Learned This From Inside the MRO

Our partners built the proposals, set the pricing, wrote the scope and defended the amendments on high-value engine and airframe programs. We know how a shop quote is put together, where the margin sits and which change orders were always going to happen. Now we do that work for the operator.

$200M+ Engine & Airframe MRO Program Portfolio

Our partners managed a $200M+ P&L portfolio of engine management and airframe MRO programs for a major North American MRO: shop visit commercial support, engine program management, pricing, scope, commercial terms, amendments and issue resolution.

Why it matters to you: we priced and defended these programs from the shop's side of the table, so we can tell you quickly which parts of your quote are firm and which are opening positions.

Pricing, Scope, Amendments & Commercial Risk Support

Our partners looked at how scope, pricing assumptions, customer obligations, exclusions and contract changes shaped both the customer's cost and the shop's margin.

Why it matters to you: we know how exclusions, scope assumptions and change-order language get written to push risk onto the customer, because we wrote them. We read your agreement the same way.

Engine Program Commercial Management & Dispute Support

Our partners handled invoice and customer disputes across a major engine and airframe MRO portfolio: final invoices, turnaround complaints, scope disagreements, supplemental charges, warranty and remedy questions.

Why it matters to you: when the final invoice doesn't match the quote, we've argued that case from the other side and know which points a shop will give up.

Executive-Level Customer & Account Support

Our partners turned technical issues, pricing exposure, scope questions and schedule risk into decisions an executive could actually make, for demanding aviation customers and high-value MRO accounts.

Why it matters to you: you get a clear recommendation your board or CFO can act on, not a technical brief that still needs translating.

Emergency 737NG Slat Track AD Implementation

Experience behind KRD Aviation includes planning and carrying out an emergency 737NG slat track AD: working with the manufacturer and regulators, interpreting the directive, setting the airline's implementation method, and writing and reviewing the maintenance documents that turned the requirement into real steps for the fleet.

Result: the emergency AD was met on time, downtime exposure was reduced, and maintenance could proceed before full service instructions were available.

Why it matters to you: when an emergency AD lands, the problem is usually the lack of a usable method, not the directive itself. That's the gap we close.

767 Cargo Compartment Insulation Blanket AD

This AD-driven replacement of 767 cargo compartment insulation blankets was about fire safety and flammability compliance. The work included writing engineering instructions, representing the airline with the manufacturer and MRO programs, and overseeing the prototype installation at an MRO facility in Guangzhou, China.

During the prototype we found problems in the service bulletin's work instructions and worked with the manufacturer to correct them before the wider rollout.

Result: better SB instructions from the manufacturer, clearer engineering instructions for maintenance teams and less risk going into the fleet-wide rollout.

737 Fuel Tank Leak Inspection AD

The manufacturer's published instructions for this 737 fuel tank leak inspection AD would have meant pulling carpet, floor boards and seats.

We did the technical analysis to support an approved alternative using a borescope, coordinated with the regulator, manufacturer, planning and maintenance teams, and wrote the engineering instructions and work card and task card content to go with it.

Result: the AD was met more efficiently, with less downtime and no unnecessary interior removal.

Structural and Repair Decision Support

This work covers structural and repair decisions: evaluating the technical issue, reviewing the applicable guidance, analyzing repair paths and deciding between repair and replacement. It helps operators know whether a proposed repair is technically acceptable, whether replacing the part makes more sense because of downtime or cost, and what to ask the MRO, manufacturer or other experts before committing.

Result: technical uncertainty turned into clear options, recommended next steps and a recommendation leadership can act on.