Aviation MRO Forgings — AS9100 Rev D Certified Replacement, Overhaul & Spare Component Forgings for the Aftermarket Sector
Shivam Forge manufactures AS9100 Rev D certified forged replacement and spare components for the commercial aviation maintenance, repair and overhaul (MRO) sector — the aftermarket forging supply distinct from new-build OEM aircraft and engine manufacturing — in titanium, nickel alloy, and high-strength alloy steel to original part specification. Rajkot, India. Call +91-9265772827.
This page addresses a distinct segment of aerospace forging demand from our aerospace forging manufacturer page, which focuses on new-build OEM manufacturing supply — forgings entering production for a new aircraft, engine, or defence program. MRO forging demand comes from an entirely different part of the aircraft lifecycle: an aircraft already in commercial service, requiring scheduled maintenance, component overhaul, or replacement of a part that has reached its service life limit, sustained damage, or failed inspection, and needs a replacement forging manufactured to the original part specification to return that aircraft to airworthy condition. This distinction matters practically, not just administratively, because MRO forging supply has its own characteristic demands: parts are often needed against a specific, sometimes urgent, aircraft-on-ground or scheduled maintenance window timeline rather than a new-build production schedule planned months or years in advance; order quantities are frequently smaller — individual components or small batches replacing worn or life-limited parts rather than production-line volumes; and the forging must match an established original part number and specification exactly, since MRO replacement parts need to be interchangeable with and equivalent to the original component the aircraft was certified with, whether sourced as an OEM-approved replacement part or manufactured to an approved design data package under the applicable regulatory pathway. Landing gear components, engine mount fittings, structural brackets, and other replacement forgings supplied into the MRO channel all require the same rigorous aerospace material specification compliance, AS9100 quality management, and full material traceability that new-build aerospace supply demands — the quality bar doesn't relax because a part is destined for the aftermarket rather than a new-build production line — but the sourcing relationship, order pattern, and delivery urgency profile involved are genuinely different from OEM production supply, which is why MRO-focused aerospace forging supply is worth treating as its own distinct capability.
Forged replacement components for landing gear systems — torque link, strut housing, and attachment fitting forgings manufactured to original part specification in materials including 15-5 PH stainless and high-strength alloy steel, supporting scheduled overhaul and life-limited part replacement.
Forged replacement components for engine mount and structural attachment fittings, manufactured to original design specification for aircraft undergoing scheduled maintenance, engine change, or structural repair.
Forged replacement components in titanium 6Al-4V and nickel alloys including Inconel 718, manufactured to original part specification for engine and airframe components requiring replacement during overhaul or following service-life limit expiration.
Forging supply matched to the aftermarket's characteristic order pattern — individual components or small batches replacing specific worn, damaged, or life-limited parts — rather than new-build production-line volumes, supporting MRO providers' actual demand profile.
AS9100 Rev D certified manufacturing applied equally to MRO replacement component supply as to new-build OEM production, since aftermarket replacement parts require the same rigorous aerospace quality management the original component was manufactured under.
Replacement forgings manufactured to match original part number specification — chemistry, mechanical properties, and dimensional requirements — supporting the interchangeability and equivalence MRO replacement components need relative to the original in-service part.
Complete material traceability and certification documentation supporting the airworthiness records and regulatory documentation MRO providers and operators require when returning an aircraft to service with a replacement component.
Manufacturing planning and communication oriented toward the delivery timelines scheduled maintenance windows and aircraft-on-ground situations require, recognizing that MRO replacement demand often carries a different urgency profile than new-build production scheduling.
Commercial aviation's forging demand splits into two genuinely distinct market segments, and it's worth being precise about which one a given sourcing conversation actually concerns. New-build OEM supply serves aircraft, engines, and components entering production for the first time — forgings specified as part of a new aircraft or engine program's original design and manufacturing plan. The aftermarket, or MRO (maintenance, repair, and overhaul) sector, serves an entirely different need: aircraft already flying in commercial service, requiring replacement components as part of scheduled maintenance, engine overhaul, structural repair following damage or wear, or replacement of parts that have reached a defined service-life limit and must be swapped out regardless of apparent condition, per the applicable maintenance program.
This distinction shapes MRO forging sourcing in ways that go beyond simple terminology. Where new-build production supply typically follows a planned schedule established months or years in advance and consistent volume forecasts tied to aircraft or engine production rates, MRO replacement demand is driven by maintenance events, inspection findings, and component service-life limits — meaning order timing is less predictable and, in some cases, carries genuine urgency, particularly for components needed to resolve an aircraft-on-ground situation or meet a scheduled maintenance window that can't be extended. Order quantities correspondingly differ as well: MRO replacement orders are frequently for individual components or small batches addressing a specific worn, damaged, or life-limited part on a specific aircraft or a small fleet, rather than the production-line volumes a new-build supply agreement involves.
What doesn't change between these two market segments, however, is the quality bar. A replacement forging entering the MRO supply chain — whether for a landing gear fitting, an engine mount bracket, or a structural component — needs to meet the same rigorous aerospace material specification, AS9100 Rev D quality management, and full material traceability requirements that governed the original component's manufacture, because the replacement part is returning an in-service aircraft to airworthy condition and must be genuinely interchangeable with, and equivalent to, the original part it replaces. This typically means manufacturing to match an established original part number's chemistry, mechanical properties, and dimensional specification precisely, whether supplied as an OEM-approved replacement part or manufactured to an approved design data package under the regulatory pathway applicable to that component and aircraft type — the aftermarket doesn't relax aerospace quality requirements, it simply applies them within a different order pattern, timeline, and sourcing relationship than new-build OEM production.
For MRO providers, overhaul facilities, and operators sourcing forged replacement and spare components for in-service commercial aircraft, Shivam Forge's AS9100 Rev D certified aerospace forging operation provides replacement forgings manufactured to original part specification, with full material traceability and documentation supporting your airworthiness records. Contact our engineering team at +91-9265772827 or sales@shivamforge.com with your original part specification or drawing for a manufacturability review and quotation.
Our aerospace forging manufacturer page addresses new-build OEM supply — forgings entering production for new aircraft, engine, or defence programs. This page addresses the aftermarket: replacement and spare component forgings for aircraft already in commercial service, needed for scheduled maintenance, overhaul, or component replacement, which involves a genuinely different order pattern, timeline profile, and original-part-specification-matching requirement than new-build production supply.
Yes. AS9100 Rev D quality management, full material traceability, and aerospace material specification compliance apply equally to MRO replacement component supply as to new-build OEM production — a replacement part returning an aircraft to airworthy condition carries the same quality and certification requirements as the original component it replaces.
Yes. MRO replacement forging supply is built around matching an established original part specification — chemistry, mechanical properties, and dimensional requirements — to support interchangeability and equivalence with the original in-service component. Provide the original part specification or drawing and our engineering team will confirm manufacturability.
Yes. We supply individual components and small-batch orders matched to the aftermarket's characteristic replacement demand pattern, distinct from new-build production-line volumes, recognizing that MRO providers typically order specific quantities to replace particular worn, damaged, or life-limited parts rather than production-scale batches.
Titanium 6Al-4V, nickel alloys including Inconel 718, 15-5 PH stainless, and high-strength alloy steels including 4340 VAR, matched to the specific original part specification your replacement component requires — the same aerospace material grades used across landing gear, engine mount, and structural fitting applications.
Why Choose Shivam Forge
Shivam Forge delivers precision hot-forged components from our integrated Shapar, Rajkot facility — covering forging, CNC machining, heat treatment, and quality inspection under one roof.
