Hical, Safran Explore India JV to Make Complex Rafale Systems

Hical Technologies and Safran Aerosystems have signed a memorandum of understanding (MoU) to explore the creation of a joint venture in India for manufacturing complex systems for the Dassault Rafale programme. The proposed venture would focus on sophisticated fluid and fuel systems and related assemblies for Rafale aircraft under the Make in India initiative.

The agreement is significant because it would potentially move Hical beyond precision components and into the manufacture and industrialisation of more complex aircraft systems. It also adds another layer to Safran’s expanding Indian aerospace manufacturing footprint, as the French group seeks to deepen local sourcing, technology capabilities and private-sector partnerships.

Key takeaways

• Hical Technologies and Safran Aerosystems signed an MoU to explore an India-based JV.
• The proposed JV would manufacture complex fuel and fluid systems and related assemblies for Rafale aircraft.
• The agreement is currently an exploration-stage MoU, not a completed joint venture.
• Hical already has a contract with Dassault Aviation for products used in Rafale control-system applications.
• Hical recently opened a 60,000-square-foot aerospace facility in Devanahalli, Bengaluru.
• Hical is also developing a 160,000-square-foot aerospace-qualified facility in Hosur.
• Safran has been expanding its Indian footprint across engines, MRO, avionics, actuation and defence systems.
• The partnership could help Indian suppliers move further up the aerospace value chain.

What Hical and Safran are planning

Under the MoU, Hical and Safran Aerosystems will examine the creation of a joint venture to manufacture sophisticated systems for the Rafale programme in India.

The proposed product scope includes complex fluid and fuel systems as well as related assemblies. These are important aircraft subsystems because fuel and fluid-management equipment has to operate reliably under demanding aviation conditions and meet stringent qualification and traceability requirements.

The companies have not announced a final JV ownership structure, investment amount, production capacity, revenue target or commercial timeline.

That distinction is important. The October 7 announcement represents an agreement to explore a partnership rather than confirmation that a fully operational joint venture has already been established.

Hical said the proposed partnership would combine Safran Aerosystems’ technology expertise with Hical’s growing manufacturing footprint in India.

Why the Rafale connection matters

The Rafale is a sophisticated multirole fighter aircraft developed by Dassault Aviation. Its supply chain requires suppliers to meet demanding engineering, quality, reliability and certification requirements.

For Indian manufacturers, becoming part of that supply chain can therefore provide more than a single component order.

It can help build capabilities in precision manufacturing, aerospace qualification, systems integration, quality control and production processes that can potentially be applied to other global aerospace programmes.

Hical is already part of the Rafale ecosystem.

In March 2026, Hical said Dassault Aviation had awarded it a long-term contract to manufacture products for critical Rafale fighter aircraft control-system applications. The company said the products would have to meet Dassault’s engineering, qualification and reliability standards.

The new MoU with Safran would potentially broaden that role from specific control-system products to more complex fuel and fluid systems.

Hical is building manufacturing capacity

The proposed partnership comes just one day after Hical announced a major expansion of its aerospace manufacturing footprint in Bengaluru.

The company launched a 60,000-square-foot aerospace manufacturing facility in Devanahalli on October 6. The facility is designed to support complex electromagnetic, electromechanical, hydraulic and control systems for commercial aircraft and Rafale programmes.

The Devanahalli facility is intended to provide dedicated manufacturing lines and partnerships for increasingly sophisticated aerospace applications.

Hical is also developing a larger 160,000-square-foot aerospace-qualified facility in Hosur. Groundbreaking for that facility was completed in July 2026, with the site intended to support precision machining, fabrication and special processes.

The timing of the new Safran MoU therefore matters.

Hical is expanding physical capacity at the same time that it is trying to move into more complex aerospace manufacturing. A potential Safran partnership could give some of that additional capacity a route into a global aerospace supply chain.

From components to complex systems

The broader industrial significance of the proposed JV lies in where it could place Hical in the aerospace value chain.

A simplified aerospace manufacturing ladder looks like this:

Precision components
        ↓
Sub-assemblies
        ↓
Integrated assemblies
        ↓
Complex aircraft systems
        ↓
System design / industrialisation
        ↓
Global aerospace supply chain

Hical’s existing work for the Rafale programme already places the company inside a highly demanding supply chain.

The proposed Safran relationship could allow it to take another step toward complex system manufacturing.

That does not mean Hical would become an aircraft designer or prime contractor. Instead, the opportunity is to develop manufacturing and industrialisation capabilities for specific aircraft systems supplied to major aerospace companies.

For India, this distinction is important because building a domestic aerospace ecosystem is not simply about assembling complete aircraft. A competitive ecosystem also requires companies capable of producing increasingly sophisticated systems and components to international standards.

Safran is deepening its India strategy

The Hical proposal also fits into a much broader Safran strategy in India.

Safran has been expanding its presence across commercial aviation, military aviation, engines, MRO, avionics and actuation.

In November 2025, Safran announced several initiatives tied to its Indian expansion, including an MRO facility in Hyderabad for the M88 engine that powers the Rafale.

The M88 MRO facility represents an investment of more than €40 million and is designed to service more than 600 engine modules annually at full planned capacity. Safran said it would employ up to 150 people at full capacity.

Safran also announced a joint venture and cooperation agreement with Bharat Electronics Limited to manufacture its Hammer modular air-to-surface weapon in India.

The group said at the time that it expected India revenue to exceed €3 billion by 2030 and planned to multiply its sourcing from India fivefold.

That makes the Hical proposal part of a wider pattern rather than an isolated transaction.

India is becoming a deeper supplier base

Safran’s expansion is occurring alongside broader efforts by global aerospace companies to increase manufacturing and sourcing from India.

Dassault Aviation has also been developing a larger Indian supplier ecosystem.

The French aircraft manufacturer says its Indian supplier network has grown to more than 30 companies and that Indian suppliers are providing components with increasing complexity and added value. Dassault also says it signed a deal with Hical in December 2025 for flight-control components.

Dassault and Tata Advanced Systems have also begun work on a Hyderabad facility for manufacturing Rafale fuselage sections.

This creates an increasingly interconnected Indian Rafale industrial ecosystem.

Instead of a single company performing final assembly, different Indian suppliers can participate in areas such as fuselage structures, control systems, electronics, fluid systems, maintenance and other specialised components.

The Make in India angle

The proposed Hical-Safran JV fits directly into India’s effort to increase domestic defence manufacturing.

The objective is not simply to replace imported finished equipment with locally assembled products. A deeper objective is to develop domestic industrial capabilities that can support the entire lifecycle of defence platforms.

That includes:

• Component manufacturing
• Systems integration
• Maintenance and repair
• Engineering and design
• Testing and qualification
• Supply-chain management
• Local sourcing
• Technology development
• Skilled aerospace employment

A partnership involving an established global aerospace supplier such as Safran can potentially accelerate some of these capabilities.

However, the exact amount of technology transfer under the proposed Hical-Safran arrangement has not been disclosed.

Therefore, it would be premature to describe the MoU as a major technology-transfer agreement. Its immediate significance is the proposed manufacturing collaboration and the potential expansion of Hical’s role in the Rafale supply chain.

What Safran brings to the partnership

Safran Aerosystems specialises in aircraft systems, including equipment associated with fuel and fluid management.

For Hical, working with a global aerospace systems specialist could provide access to established engineering processes, manufacturing know-how, qualification requirements and programme-management experience.

That can matter significantly in aerospace.

Aerospace manufacturing is different from conventional industrial production because components and systems must satisfy strict requirements around repeatability, traceability, reliability and quality assurance.

A supplier can therefore need years of process development before it is capable of producing a critical aircraft system at the required scale.

The partnership model allows an Indian manufacturer to combine local manufacturing capacity with the technological and programme expertise of a global aerospace company.

Hical’s existing Rafale role gives it a starting point

The proposed JV does not begin from zero.

Hical already has an established relationship with Dassault Aviation.

In March, the company announced its long-term Rafale control-system contract and said its products would meet Dassault’s stringent engineering, qualification and reliability requirements.

This experience could be strategically valuable if the Safran partnership progresses.

An aerospace supplier that has already demonstrated its ability to meet the standards of a major aircraft manufacturer has a stronger foundation for moving into additional programmes and systems.

The proposed venture could therefore represent an expansion of Hical’s aerospace capabilities rather than a completely new entry into the sector.

The potential impact on India’s aerospace supply chain

If the JV eventually moves forward, its impact could extend beyond Hical and Safran.

First, it could increase the number of complex aerospace systems manufactured in India.

Second, it could create opportunities for Indian sub-suppliers providing machined parts, electrical components, hydraulic elements, specialised materials and other inputs.

Third, it could help develop a workforce experienced in high-reliability aerospace manufacturing.

Fourth, successful production for Rafale could potentially strengthen Indian suppliers’ credentials when competing for other international aerospace programmes.

This last point is particularly important.

The long-term opportunity for India is not only to manufacture for aircraft operated by the Indian military. It is to become a competitive supplier to global aerospace programmes.

Rafale demand could support industrial localisation

India has already ordered Rafale fighter aircraft for the Indian Air Force and Rafale Marine aircraft for the Indian Navy.

The scale of the Rafale ecosystem creates an opportunity for local suppliers because aircraft programmes typically require long-term support, replacement components, maintenance and continuing supply throughout their operational life.

The industrial opportunity therefore extends beyond the initial aircraft procurement.

However, the proposed Hical-Safran JV should not be interpreted as confirmation of any additional Rafale procurement order. The MoU concerns manufacturing cooperation for the Rafale programme; it does not itself announce a new aircraft purchase.

Safran’s earlier engine ambitions show the larger direction

Safran’s India strategy also extends into fighter-engine manufacturing.

In February 2026, Reuters reported that Safran was prepared to establish an engine assembly line in India in connection with potential procurement of additional Rafale fighters and India’s localisation requirements.

That proposal is separate from the Hical-Safran Aerosystems MoU.

The distinction matters because Safran has several different businesses and Indian partnerships. The Hical proposal concerns complex fluid and fuel systems and related assemblies, while Safran’s engine activities involve a different division and technology base.

Taken together, however, the initiatives demonstrate the increasing breadth of Safran’s industrial engagement with India.

What remains uncertain

Several important details remain unavailable following the MoU announcement.

Neither Hical nor Safran has disclosed the proposed ownership ratio of the JV. There is also no announced investment value, production target, workforce number or precise timeline for commercial operations.

It is also unclear which specific Rafale system assemblies would ultimately be produced if the JV is established.

The MoU should therefore be viewed as an early-stage industrial-development agreement.

The next meaningful milestone would be a definitive JV agreement followed by decisions on investment, ownership, manufacturing scope, technology arrangements, qualification and customer programmes.

What this means for Hical

For Hical, the opportunity is potentially transformative in terms of its positioning within aerospace manufacturing.

The Bengaluru-based company is expanding its facilities while simultaneously adding higher-complexity programmes.

Its Devanahalli facility gives it additional manufacturing space and capabilities, while the Hosur project is intended to further expand precision manufacturing and special-process capabilities.

A successful Safran partnership could therefore help Hical move from being a component and sub-system supplier toward becoming a more significant systems-manufacturing partner.

That could also improve its ability to compete for future commercial and defence aerospace programmes.

The Bigger Picture

The Hical-Safran MoU is less about one new factory and more about the changing structure of India’s aerospace industry.

For years, the country’s defence-manufacturing debate focused heavily on reducing imports and increasing domestic assembly. The newer phase is about developing Indian companies that can participate in the engineering and manufacturing layers beneath major global aerospace programmes.

The proposed JV sits squarely in that transition.

Hical already has Rafale-related work with Dassault, while Safran is expanding its Indian manufacturing and maintenance presence. Bringing the two companies together around complex fuel and fluid systems could create a higher-value manufacturing node inside India’s growing Rafale ecosystem.

The opportunity should nevertheless be measured against execution. An MoU does not guarantee a completed JV, production volumes or technology transfer. Those details will determine whether the announcement becomes a meaningful industrial milestone or remains an exploratory partnership.

Looking Ahead

The next stage will be the conversion of the MoU into a definitive commercial arrangement. Ownership, investment, product scope, qualification requirements and production timelines will determine the scale of the opportunity for Hical and India’s aerospace supply chain.

If the partnership progresses, it would add another example of India moving deeper into the manufacturing architecture of sophisticated foreign-origin defence platforms. The bigger prize for Hical and its Indian suppliers will be whether the capabilities developed for Rafale can eventually translate into participation across a wider range of global aerospace programmes.