A Titanium Part Nobody Expected From India
In 2026, an Indian company called Aerolloy Technologies, a subsidiary of PTC Industries, started supplying titanium castings to Airbus for the A320neo, A330neo and A350 programmes. It is also now machining titanium components for Safran Aircraft Engines, the first time Safran has sourced this kind of work from India at all.
On its own, that is a single supplier win. In context, it is a signal. Qualifying a new source for flight-critical titanium parts takes years of audits, not months, and aerospace primes do not hand that work to a new country casually. Airbus CEO Guillaume Faury has said publicly that the company's India sourcing is on track to hit $2 billion a year before 2030, up from around $1.4 billion today, and up from just $500 million in 2019. Boeing is already ahead on volume: it sources more than $1.25 billion a year through over 300 Indian suppliers, a network that includes more than 7,000 direct Boeing employees in India and roughly 13,000 more jobs across its Indian supply chain.
If you make precision parts and you have assumed aerospace sourcing from India is still mostly aspirational, a "someday" market rather than a "right now" one, these numbers say otherwise.
Real Programmes, Real Parts
What makes this shift concrete, rather than a talking point, is how specific it has gotten. This is not generic "India is a growing manufacturing hub" messaging. Named Indian suppliers are now on named aircraft programmes:
- Tata Advanced Systems machines cargo doors for the A320neo
- Dynamatic Technologies supplies flap track beams for the A320 and A330, and doors for the A220
- Mahindra Aerostructures builds fuselage sections for the H130 and H125 helicopters
- Aerolloy Technologies casts and machines titanium components for the A320neo, A330neo, A350, and now for Safran's engines
More than a quarter of Boeing's Indian supplier base is made up of small and mid-sized manufacturers, not just large conglomerates, according to Indian Aerospace and Defence Bulletin reporting. That matters, because it means the qualification bar these companies cleared is achievable by a well-run precision shop, not just a handful of giant industrial groups with decades of aerospace history.
Why Now: The Backlog Is the Story
Airbus and Boeing are sitting on a combined backlog of more than 15,000 aircraft. That is roughly a decade of production at current build rates, and it means both companies are constrained less by customer demand and more by how fast their supply chains can actually deliver.
The bottleneck is not final assembly. It is upstream: engines, castings, forgings and precision-machined structural components are running behind, and so is the skilled labour needed to produce them faster. When an OEM cannot scale its existing supplier base quickly enough, the answer is not to wait. It is to qualify new capacity in parallel, in places with the technical ability and the workforce to absorb new volume.
That is the opening India is stepping into. Not as a cheaper alternative to existing Western suppliers, but as capacity that simply did not exist in the qualified supply chain two or three years ago.
What It Takes to Be Part of This Shift
None of the programmes above happened for a supplier without the fundamentals in place first. Based on what OEMs are actually qualifying suppliers against right now, the baseline looks like this:
- AS9100 certification, not just ISO 9001. Aerospace buyers treat this as table stakes, not a differentiator. Without it, most OEM sourcing conversations do not get past the first screening. See our guide to AS9100 aerospace suppliers in India for what that certification actually covers.
- Full material traceability. Every batch, every heat number, every certificate needs to be documented and retrievable, especially for flight-critical materials like titanium and nickel-base alloys.
- Tight tolerance capability, demonstrated, not claimed. OEMs increasingly want to see first-article inspection reports and process capability data before they commit volume, not just a capability statement.
- Capacity headroom. Since the whole point of this shift is absorbing volume the existing supply base cannot handle, a supplier already running near capacity is not solving the OEM's actual problem.
- A track record with complex geometries, not just simple machining. The backlog bottleneck is concentrated in castings, forgings and precision-machined structural and engine components, the harder parts, not the easy ones.
Where EMUSKI Fits Into This Shift
This is exactly the kind of shift EMUSKI is built for. We are an AS9100 and ISO 9001 certified precision manufacturer based in Bangalore, already supplying tight-tolerance metal components into our own satellite programmes and defense-sector work. When a story like Aerolloy's titanium qualification breaks, it is not just industry news to us. It is a live signal about where OEM demand is heading and what a Tier-2 or Tier-3 supplier needs to already have in place before that RFQ arrives.
We are writing this because it is the conversation our engineering team has every week with OEMs trying to work out whether their parts, tolerances and certifications line up with what Airbus and Boeing are actually qualifying against right now, and because most of what has been written about this shift so far is trade-press coverage of the announcements, not a practical breakdown of what it takes to be one of the suppliers those announcements are about.
The Gap That's Still Open
India is widely named as the natural next step for OEMs diversifying their aerospace supply base, but by most industry accounts it has captured only a fraction of the opportunity relative to its cost position, not because of demand, but because too few suppliers can consistently clear the bar above. See our guide comparing India's supplier ecosystem to China's for the broader version of this gap. That gap is the opportunity, and it is also exactly why it is still open in 2026 rather than already closed.
If your shop is AS9100-certified, machines tight-tolerance metal components and has room to take on new programmes, this is a genuinely good moment to be having sourcing conversations with aerospace OEMs and their Tier-1 integrators, not because of a single announcement, but because the backlog driving this shift is not resolving itself in the next year or two. A decade of production backlog does not clear quickly.
If you are not there yet, the certifications and traceability systems above are the actual gating item, more than price or even raw capacity. Aerospace buyers will pay for reliability before they will shop purely on cost, which is a different sales conversation than most manufacturers are used to having.
