While Airbus chases record orders across the region, French equipment maker Safran is quietly locking in the long-term money: maintenance, data and guarantees of aircraft availability, starting with a major deal in Japan.
Safran rides Airbus’s Asian wave
Airbus expects airlines in Asia-Pacific to need roughly 19,560 new aircraft over the next 20 years. That is close to half of worldwide demand. Single-aisle workhorses and long-haul widebodies will both swell regional fleets, and many older jets will head for retirement.
Those numbers excite airframers. Yet the real gold mine sits behind the scenes. Once the jets are delivered, airlines need to keep them flying, often for decades. That means maintenance contracts, spare parts, repairs and data services. This is where Safran, a French giant better known for engines, landing gear and avionics, is moving aggressively.
Behind every new Airbus deal in Asia, a parallel race is forming: who will secure the lucrative, long-term service contracts that follow.
On 3 February 2026, on the sidelines of the Singapore Airshow, Japan Airlines (JAL) and Safran signed a nine‑year “Support By Hour” agreement. The contract covers up to 35 Airbus A350-900 and A350-1000 aircraft, with services starting from 1 January 2026.
The A350 is a backbone of JAL’s long-haul operations. For routes that link Tokyo to major hubs in Europe and North America, reliability is non‑negotiable. Any grounded aircraft can trigger missed connections, hotel bills and reputational blowback. JAL’s decision to sign a long-term support deal with Safran signals how serious the airline is about availability.
Four Safran businesses, one big offer
The agreement is not a classic, narrow maintenance deal. Safran has bundled four of its specialist subsidiaries under a single contract:
- Safran Landing Systems – landing gear and braking systems
- Safran Electronics & Defense – avionics and onboard electronics
- Safran Electrical & Power – electrical distribution and power systems
- Safran Ventilation Systems – cabin and equipment ventilation
For JAL, that means one counterpart, one performance framework, and one integrated approach to keeping its A350 fleet ready. For Safran, it means a broader slice of the maintenance pie, locked in for almost a decade.
Instead of chasing one-off repair jobs, Safran is trading up to long, predictable service streams tied to each hour flown by Japan Airlines’ A350s.
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What “Support By Hour” really means
From buying parts to buying availability
Under a Support By Hour (SBH) model, an airline does not pay each time a part fails or a mechanic intervenes. Instead, it pays a fixed rate per flight hour, and the supplier commits to keeping systems available.
That shifts a lot of risk from the airline to the equipment maker. If parts wear out faster than expected or logistics get messy, Safran absorbs much of the cost. In return, Safran gets steady revenue for as long as those aircraft fly under the contract.
| Traditional maintenance | Support By Hour model |
|---|---|
| Airline pays per part, per repair | Airline pays a fixed rate per flight hour |
| Cost spikes after failures | Costs become predictable over time |
| Supplier reacts to breakdowns | Supplier focuses on preventing breakdowns |
| Risk sits mostly with airline | Risk shared, leaning toward supplier |
For passengers, the financial structure is invisible, but the effects are not. Airlines on SBH deals tend to have fewer last‑minute cancellations and fewer unexpected aircraft changes. The business model rewards reliability instead of billable repairs.
Tokyo as Safran’s forward base
The agreement includes a dedicated support set‑up in Tokyo. Safran will station teams locally to manage logistics, collect components, and coordinate shipments to and from its global repair centres.
In Japan, that local presence is almost a condition of doing business. Punctuality and reliability are not marketing slogans there; they are basic expectations. The Tokyo hub gives Safran faster feedback loops, shorter transport times for critical parts, and a better understanding of JAL’s daily operational constraints.
Data turns maintenance into prediction
From fixing failures to preventing them
Modern aircraft like the A350 stream massive amounts of data: temperatures, vibrations, cycles, power usage, fault codes. Safran’s SBH approach leans heavily on real‑time monitoring and analytics to understand how components age in service.
The goal is simple: spot the early signs of degradation before a breakdown happens. If a pattern appears in the data – say, a valve taking slightly longer to respond or a motor drawing more current – technicians can plan a replacement when the aircraft is already scheduled for a stop, instead of scrambling during a delay.
Predictive maintenance shifts the question from “How fast can we fix this?” to “How can we prevent this from happening at all?”
For JAL, that translates into more on‑time departures and fewer operational surprises. For passengers racing for connections at Haneda or Narita, each avoided technical delay can mean making or missing a long‑haul flight.
Japan as a showcase for a massive Asian market
Airbus values the Asia-Pacific aviation services market – everything from heavy checks to digital tools and training – at about €117.6 billion by 2044. Within that, some slices are expanding particularly fast:
- Off‑wing maintenance, which covers components removed from aircraft for repair, could reach around €84.7 billion.
- Support for maintenance operations themselves – planning, tools, digital platforms – might reach €39.3 billion.
Japan plays an outsized role here. The country has a mature market, strict regulatory standards and low tolerance for operational hiccups. Decisions made by Japanese carriers often influence how suppliers position their offers in other Asian countries.
If Safran can demonstrate strong performance with JAL, that case study becomes a persuasive argument in South Korea, Singapore or even in newer growth markets such as Vietnam and Indonesia, where fleets are expanding quickly but still building up maintenance infrastructure.
Safran’s long game alongside Airbus
In Asia, Airbus is the headline act with orders and deliveries. Safran is writing itself into the next chapters: the 20‑year life of each aircraft. This JAL contract shows how the French group wants its revenue mix to evolve: fewer one‑off equipment sales, more recurring, contractually secured flows over many years.
As fleets in Asia swell, they also age. The second decade of an aircraft’s life often generates more maintenance activity than the first. Service contracts like SBH give Safran a way to stay attached to each airframe long after the delivery ceremony photos have faded.
What this means for airlines and passengers
For airlines, SBH contracts can reshape financial planning. Maintenance costs stop swinging wildly from quarter to quarter and become more predictable. That matters for listed carriers under pressure from investors and rating agencies.
Passengers feel the impact through fewer delays whose cause is described vaguely as “technical issues”. When an airline knows that a supplier is financially incentivised to keep aircraft available, it can push for stricter performance guarantees written directly into the contract.
Risks and trade-offs behind the model
There are trade‑offs. By handing a big slice of maintenance to one supplier, airlines can become dependent on that partner. If relationships sour or if performance slips, switching providers on a complex, long‑haul fleet can be costly and disruptive.
For Safran, the risk runs in the opposite direction. Misjudging the real cost of maintaining a fleet can turn a seemingly attractive SBH rate into a margin squeeze. Inflation in labour or parts, supply chain disruptions, or unexpected technical issues can all erode profits during a nine‑year deal.
Both sides hedge these risks through detailed contractual clauses: performance metrics, penalties for missed targets, escalation paths and adjustment formulas linked to utilisation or macroeconomic conditions.
Key terms worth unpacking
For readers not steeped in aviation jargon, a few concepts sit at the heart of this story:
- Availability: the proportion of time an aircraft or system is ready for service. Airlines chase high availability because each hour on the ground is an hour not generating revenue.
- Predictive maintenance: a data‑driven approach that uses sensor information, algorithms and past patterns to anticipate failures and schedule repairs before something breaks.
- Off‑wing maintenance: work done on components removed from the aircraft, often at specialised facilities that handle many airlines’ parts at once.
If the Safran–JAL deal performs as planned, it will embody all three concepts at scale: high availability guaranteed in contract form, backed by predictive maintenance and off‑wing repair chains tuned to the A350’s specific quirks.
As Asia’s aviation market grows more crowded and competition intensifies, these behind‑the‑scenes deals will shape which airlines keep winning passengers’ trust – and which suppliers quietly turn those flight hours into long-term, dependable revenue.