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THE STATE OF THE INDUSTRY
What JEC World 2026 told us about
where composites are heading
Every March, Paris hosts the
moment the global composites
industry takes stock of itself. JEC
World 2026 drew more than 45,000
professionals from 94 countries,
with over 1,400 exhibitors and 100
conference sessions across three
days. It is the largest composites
event on earth, and the themes that
dominate it tend to define the year
that follows.
Thermoplastic composites continued to
move into demanding structural roles across
aerospace, automotive, maritime, energy
and sport – materials that can be welded,
reprocessed and recycled in ways that
traditional thermoset systems cannot. The shift
is not simply environmental. It is structural. As
end-of-life regulations tighten and customer
expectations around sustainability increase, the
ability to demonstrate material recyclability
is becoming a commercial requirement rather
than a differentiating feature.
Digital coherence is
becoming the di昀昀erentiator
Three themes dominated JEC World 2026:
circularity, high-rate manufacturing, and digital
coherence. Taken together, they tell a clear story
about where the composites industry is heading
– and what that means for the operations, supply
chains and workshops that support it.
High-rate manufacturing is
the defining challenge
For the industries DTC serves, this matters
enormously. Process visibility, material
traceability and data-driven quality control
are no longer features of the most advanced
OEM facilities. They are becoming the baseline
expectation across aerospace, defence, marine
and automotive manufacturing.
Circularity has moved from
aspiration to practice
For several years, sustainability in composites
has been a conversation about intention. At
JEC 2026, it became a conversation about
delivery. Recycling technologies of all types
continued to gain momentum, with new
partnerships, startups, and scale-up plans
moving recyclable composite systems from
laboratory demonstrations into credible
industrial practice.
With next-generation aerospace and defence
programmes demanding faster production cycles,
lighter materials and scalable processes, the
emphasis at JEC 2026 was firmly on bridging the
gap between innovation and industrial reality.
In the Netherlands, Airborne implemented its
automated ply placement system in partnership
with Airbus, creating a fully automated chain
for producing dry-fibre
preforms for the A350 fuselage – with machine
vision, automated cutting and dynamic recipe
generation exemplifying the shift towards highrate automation in aerospace manufacturing.
The direction is clear. The processes that define
composite manufacturing over the next decade
will be faster, more automated and more datadriven than anything that preceded them.
Perhaps the most significant shift visible at
JEC 2026 was not in materials or machinery,
but in data. A continuous digital thread for
the repair and manufacture of composite
aerospace structures, integrating inspection,
automated patch definition, scarfing strategies,
manufacturing data, and return-to-service
validation, was demonstrated, representing a
system in which every stage of the process is
connected, traceable, and verifiable.
The composites sector is moving confidently
towards a future defined by high-rate
manufacturing, digital coherence and circularity
– with materials becoming lighter, tougher and
more sustainable, and manufacturing becoming
leaner, smarter and more automated.
JEC 2026 confirmed the direction.
The pace is accelerating.
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