Fabheads Showcases Made-in-India Advanced Composite Manufacturing at Bengaluru Space Expo 2026

Indian advanced-manufacturing company Fabheads Automation showcased its composite technologies for the space sector at the Bengaluru Space Expo 2026, held from September 7 to 9 at the Bangalore International Exhibition Centre.

Fabheads participated under the theme of advanced composites for space applications, bringing attention to a part of the space supply chain that receives far less public attention than rockets or satellites: how extremely light, strong and geometrically complex structural components are actually manufactured. The company confirmed its participation at the expo, where it presented its composite-manufacturing capabilities to the space industry.

For launch vehicles and spacecraft, reducing structural weight without compromising strength can directly improve payload capability and mission efficiency. Carbon-fibre composites are therefore increasingly used in fairings, structural panels, pressure-system components, satellite structures and other aerospace hardware.

Fabheads is attempting to make more of that manufacturing capability available from India.

Automating a Traditionally Difficult Manufacturing Process

Fabheads develops advanced composite components using a combination of automated fibre placement, continuous carbon-fibre printing, conventional lay-up, mould-making and post-processing.

The company’s manufacturing chain extends from design and finite-element analysis to tooling, material preparation, lay-up, curing, machining and final inspection. Its facilities include aerospace-grade clean rooms, autoclaves, winding equipment, resin-transfer-moulding systems and automated fibre-placement machinery.

One of Fabheads’ more unusual technologies is its proprietary Adaptive Tow Placement, or AToP, process.

Instead of manufacturing every carbon-fibre component through conventional hand lay-up, the system places continuous reinforcement fibres along controlled paths. This allows engineers to alter fibre orientation according to the stresses expected in a component while also reducing material wastage.

Fabheads says the process can produce complex continuous-fibre structures while retaining the high strength-to-weight advantages associated with carbon composites.

That is particularly relevant to space hardware, where even relatively small reductions in structural mass can matter.

From Printing Tools to Printing Carbon Fibre

Fabheads also uses large-format additive manufacturing to produce moulds, tooling and fixtures required for composite production.

Its in-house pellet-printing systems can reportedly deposit material at rates of up to 10 kilograms per hour, with build volumes reaching approximately 1,000 × 1,000 × 500 millimetres. The approach allows large and complicated tooling to be produced more rapidly than many conventional manufacturing methods.

The company combines this with automated fibre placement and conventional composite techniques rather than attempting to replace every established manufacturing process with 3D printing.

That hybrid approach is significant. High-performance composite production often involves several separate stages: mould preparation, fibre placement, resin control, curing, trimming, machining and inspection. Fabheads is trying to keep much of this chain under one roof.

Its work now spans aerospace, mobility, marine systems and robotics.

Why This Matters for India’s Space Industry

India’s private space ecosystem has expanded rapidly, creating demand not only for complete rockets and satellites but also for specialised suppliers capable of manufacturing flight-qualified structures, propulsion hardware, electronics, sensors and precision components.

Bengaluru Space Expo 2026 reflected that shift. The three-day event was organised around the theme “Harnessing Space for Global Progress: Innovation, Policy, and Growth” and brought together ISRO, IN-SPACe, NSIL, startups, manufacturers and international companies across the space supply chain.

Composite manufacturing is one of the less visible pieces of that ecosystem.

A launch vehicle may attract attention for its engine or guidance system, but its structural mass determines how much of the vehicle’s lift capability is consumed simply carrying itself. Satellites face the same pressure: structural components must survive launch loads while remaining as light as possible.

Advanced carbon-fibre structures address that problem, but manufacturing them repeatedly and economically is difficult. Processes can be labour-intensive, tooling can be expensive and defects introduced during lay-up may result in costly rejection.

Automation is therefore becoming increasingly valuable as production volumes rise.

An Indian Manufacturing Capability, Not Merely a Material Supply Business

Fabheads was founded in 2015 and describes itself as a company focused on automating production of high-end carbon-fibre components. Its engineering and manufacturing operations are based in India, with facilities in Bengaluru and Chennai.

The distinction is important for India’s emerging aerospace manufacturing sector.

Buying carbon fibre or prepreg material does not by itself create an indigenous composite-manufacturing capability. Much of the value lies in the engineering knowledge surrounding component design, fibre orientation, tooling, automated deposition, curing parameters, quality assurance and repeatable production.

Fabheads is building precisely that manufacturing layer.

Its appearance at Bengaluru Space Expo therefore represents more than another company displaying hardware at an exhibition. It highlights the growth of an Indian supplier base working on the less visible technologies needed to turn spacecraft and launch-vehicle designs into physical flight hardware.

As India’s private launch and satellite companies move towards larger production runs, companies capable of delivering lightweight, repeatable and aerospace-grade composite structures could become an increasingly important part of the domestic space manufacturing chain.

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