Hindustan Aeronautics Ltd (HAL) has restarted production of Su-30MKI fighter jets at its Nashik facility, bringing back a production line that had previously manufactured hundreds of the Indian Air Force’s Russian-origin multirole fighters.
The immediate plan is to build 12 additional Su-30MKI aircraft for the Indian Air Force, with the first jet expected during FY2027-28 and the remaining aircraft scheduled for delivery by FY2028-29. The programme is being executed under a contract worth roughly ₹11,000 crore, with the aircraft expected to contain more than 50% indigenous content.
The restart is strategically important because the Su-30MKI remains one of the most important aircraft in India’s fighter fleet. At the same time, the Nashik facility is expected to support a much larger modernisation effort involving upgrades to India’s existing Su-30MKI fleet.
Why HAL is restarting Su-30MKI production
The Nashik facility was originally established as a major centre for licensed production of Russian-origin fighter aircraft. It manufactured MiG-series fighters before becoming the principal Indian production facility for the Su-30MKI.
HAL says the Nashik division has produced more than 900 aircraft and overhauled more than 1,900 military aircraft over its history. The facility has also supported the Su-30MKI fleet through repairs, overhaul, spares and modifications.
The Su-30MKI production line had largely completed its earlier orders. After production ended, the facility continued supporting aircraft already operated by the IAF.
The new 12-aircraft order provides a reason to reactivate the production capability.
HAL Nashik: key numbers
| Indicator | Figure |
|---|---|
| New Su-30MKI aircraft | 12 |
| Approximate contract value | ₹11,000 crore |
| First expected delivery | FY2027-28 |
| Remaining deliveries | FY2028-29 |
| Indigenous content | More than 50% |
| Proposed existing-fleet upgrade | ~₹60,000 crore |
| Nashik aircraft production history | 900+ aircraft |
| Military aircraft overhauled | 1,900+ |
The new production programme therefore serves two purposes: replenishing the IAF’s fighter inventory and keeping India’s specialised Su-30MKI manufacturing ecosystem active.
The 12 new Su-30MKIs will strengthen the IAF fleet
The additional aircraft were ordered to help compensate for aircraft lost over the years and strengthen the IAF’s operational fleet.
The government approved procurement of the 12 aircraft in 2023, and the contract was subsequently concluded. The aircraft are being manufactured by HAL rather than imported as complete fighters.
HAL has said the first aircraft is expected in FY2027-28, followed by the remaining 11 in FY2028-29.
Delivery timeline
2026
│
▼
Nashik production line
restarted
│
▼
2027-28
│
├── First new Su-30MKI
│
▼
2028-29
│
├── Remaining aircraft
│
▼
2029
│
└── 12-aircraft order completed
The relatively small number of aircraft is nevertheless important because it keeps the production infrastructure and associated supplier ecosystem active.
More than 50% indigenous content
One of the most important aspects of the new production run is the emphasis on domestic content.
The new Su-30MKIs are expected to have more than 50% indigenous content, according to current reporting.
This represents a gradual shift from the original licensed-production model.
India initially depended heavily on Russian technology, components and material kits for the Su-30MKI programme. Over the years, however, Indian companies and HAL have increasingly taken responsibility for manufacturing, integration, modifications and support.
Su-30MKI localisation journey
Russian-origin design
│
▼
Licensed production in India
│
▼
Indian assembly
│
▼
Indian components
│
▼
Indigenous weapons integration
│
▼
Higher indigenous content
│
▼
Future upgraded Su-30MKI
HAL’s Nashik facility has already integrated additional Indian weapons and systems onto the aircraft, including the integration of BrahMos missiles.
The Su-30MKI is more than a Russian aircraft assembled in India
The Su-30MKI began as a Russian-origin aircraft, but India’s version has evolved substantially.
The aircraft incorporates modifications and systems tailored to Indian requirements, and India has progressively increased its involvement in manufacturing, maintenance, weapons integration and upgrades.
This makes the Su-30MKI programme an important example of India’s gradual movement from licensed manufacturing toward deeper aerospace capabilities.
India’s Su-30MKI ecosystem
| Area | Indian involvement |
|---|---|
| Airframe production | HAL |
| Final assembly | HAL Nashik |
| Maintenance | HAL |
| Overhaul | HAL |
| Spares | Indian ecosystem |
| Weapons integration | Increasingly domestic |
| BrahMos integration | Indian capability |
| Engine production | HAL Koraput |
| Future upgrades | DRDO + Indian industry |
The ecosystem has also created a large network of domestic suppliers.
A DRDO publication noted that HAL had developed a vendor base of more than 2,000 MSMEs for the Sukhoi programme.
The 2,000-MSME ecosystem
The importance of restarting production therefore goes beyond HAL itself.
A fighter aircraft programme requires thousands of components, services and specialised manufacturing processes.
These can include:
- Aerospace fasteners
- Electrical components
- Structural parts
- Hydraulic systems
- Electronic systems
- Machined components
- Maintenance equipment
- Ground-support equipment
- Consumables
- Specialised tooling
The continued Su-30MKI programme helps preserve demand for companies operating within this ecosystem.
Defence manufacturing multiplier
₹11,000-crore aircraft order
│
▼
HAL Nashik
│
┌──────┼──────┐
▼ ▼ ▼
MSMEs Suppliers Services
│ │ │
└──────┼────────┘
▼
Aerospace jobs
│
▼
Technology capability
│
▼
Higher domestic content
This is particularly relevant to India’s broader defence-manufacturing strategy.
The bigger story is the ₹60,000-crore upgrade
The production restart is only one part of the Su-30MKI story.
India is also preparing a major modernisation programme for its existing fleet.
The proposed Super Sukhoi upgrade programme is estimated at around ₹60,000 crore and could involve DRDO and private-sector participation.
The programme is expected to be implemented in phases.
The first phase is expected to focus heavily on avionics, radar and electronic warfare capabilities.
A later phase could address flight-control systems and other aircraft improvements.
Super Sukhoi upgrade roadmap
| Phase | Expected focus |
|---|---|
| Phase 1 | New avionics |
| Phase 1 | Advanced radar |
| Phase 1 | Electronic warfare |
| Phase 1 | Infrared search and track |
| Phase 2 | Flight-control systems |
| Future | Additional indigenous systems |
The objective is to extend the operational relevance of the Su-30MKI rather than replace the aircraft immediately.
Why India is upgrading the Su-30MKI
The Su-30MKI forms a major part of India’s fighter fleet.
Replacing the entire fleet would require a very large number of new aircraft and would take many years.
Upgrading existing airframes can therefore provide a faster and potentially more cost-effective way to improve combat capabilities.
The modernisation programme is expected to address some of the limitations of older Su-30MKIs.
Potential upgrade areas
EXISTING SU-30MKI
│
▼
┌──────────────────┐
│ New radar │
│ New avionics │
│ Electronic war. │
│ IRST │
│ Flight controls │
│ New weapons │
└────────┬─────────┘
▼
SUPER SUKHOI
│
▼
Extended operational
relevance
This could allow India to retain the aircraft as a major component of its air-combat fleet for decades.
Indigenous radar could be a major change
One of the reported areas of focus is a new indigenous radar.
The proposed system is expected to provide improved detection and engagement capability compared with older systems, while increasing India’s control over a critical part of the aircraft’s combat architecture.
Radar is one of the most important components of a modern fighter.
It determines how effectively an aircraft can detect, track and engage targets.
Developing and integrating a domestic radar therefore provides India with technological benefits extending beyond the Su-30MKI itself.
Electronic warfare is another priority
Modern fighter aircraft operate in an increasingly contested electromagnetic environment.
Electronic warfare systems can detect, identify and potentially disrupt enemy radar and communication systems while helping protect the aircraft from incoming threats.
The proposed Su-30MKI upgrade is expected to include a new electronic-warfare system.
This could improve survivability without requiring India to replace the entire aircraft.
The Su-30MKI will continue to be a major IAF asset
The aircraft’s combination of range, payload capacity and twin-engine configuration makes it one of the most important platforms in India’s inventory.
Its large airframe also gives it room for significant upgrades.
That is one reason the aircraft remains attractive for modernisation.
Why the Su-30MKI is being retained
| Advantage | Importance |
|---|---|
| Large airframe | Supports additional systems |
| Twin engines | High performance and redundancy |
| Long range | Useful for large-area operations |
| High payload | Supports multiple weapons |
| Existing fleet | Large installed base |
| Indian production | Easier local support |
| Existing infrastructure | Reduces replacement burden |
| Upgrade potential | Extends service life |
The new production run also ensures that India’s domestic manufacturing capability remains connected to the platform.
India is also producing Su-30MKI engines domestically
The aircraft programme is becoming more indigenous on the propulsion side as well.
HAL has a ₹26,000-crore contract to manufacture 240 AL-31FP engines for the IAF’s Su-30MKI fleet at its Koraput facility.
The engine programme is expected to increase indigenous content from approximately 54% to 63% over time.
That means the Su-30MKI ecosystem increasingly spans both the aircraft and its engine.
Su-30MKI industrial ecosystem
SU-30MKI
│
┌────────────┼────────────┐
▼ ▼ ▼
Airframe Engine Weapons
│ │ │
HAL Nashik HAL Koraput Indian firms
│ │ │
└────────────┼────────────┘
▼
Indian defence
ecosystem
This is significant because aircraft engines remain one of the most difficult aerospace technologies to manufacture.
Nashik is becoming a broader aerospace hub
The Nashik facility is not exclusively focused on Su-30MKI production.
HAL has also expanded its activities at the site.
The company has established a second production line for the HTT-40 basic trainer aircraft, while the Nashik division also supports other aircraft and components.
The facility is therefore evolving into a multi-platform aerospace manufacturing and support centre.
HAL Nashik activities
| Programme/activity | Status |
|---|---|
| Su-30MKI | Production restarted |
| Su-30MKI overhaul | Active |
| Su-30MKI support | Active |
| HTT-40 | Production infrastructure |
| Aircraft components | Active |
| Landing gear | Manufacturing/overhaul |
| Russian-origin aircraft support | Active |
This diversified workload can help HAL use its workforce and infrastructure more efficiently.
Production restart also preserves skilled manpower
Fighter aircraft manufacturing requires highly specialised skills.
These include:
- Aerospace welding
- Precision machining
- Structural assembly
- Systems integration
- Aircraft testing
- Quality assurance
- Avionics integration
- Engine maintenance
- Flight-test support
Once a specialised production line is shut down, rebuilding the workforce and supplier ecosystem can be expensive and time-consuming.
Restarting the Su-30MKI line therefore helps preserve capabilities that India may need for future aircraft programmes.
The restart comes as India faces a fighter shortage
The IAF has long faced a shortage of fighter squadrons relative to its authorised strength.
At the same time, older aircraft such as the MiG-29, Mirage 2000 and Jaguar will eventually require replacement or retirement.
India is therefore pursuing several fighter programmes simultaneously.
These include:
- Su-30MKI upgrades
- Additional Su-30MKI aircraft
- Tejas Mk1A
- Tejas Mk2
- Rafale
- Advanced Medium Combat Aircraft (AMCA)
India’s fighter-modernisation strategy
IAF FIGHTER FLEET
│
┌──────────────┼──────────────┐
▼ ▼ ▼
Existing Near-term Future
fleet additions platforms
│ │ │
▼ ▼ ▼
Su-30MKI Tejas Mk1A AMCA
Mirage 2000 Rafale Tejas Mk2
MiG-29 Su-30MKI
Jaguar
│
▼
Super Sukhoi
upgrades
The Su-30MKI programme therefore fills an important gap while newer indigenous fighters are developed and production capacity expands.
Why 12 aircraft matter despite the small number
At first glance, an order for 12 aircraft is small compared with the size of the IAF.
But the strategic value lies partly in maintaining the production capability.
If India eventually requires more Su-30MKIs, an active production line could make additional orders easier to execute.
The facility can retain:
- Skilled workers
- Tooling
- Production processes
- Supplier relationships
- Quality systems
- Testing infrastructure
- Aircraft integration expertise
This gives India an industrial option that would be more difficult to maintain if the line were permanently closed.
Could India build more Su-30MKIs?
There has previously been discussion about additional Su-30MKI production beyond the current 12-aircraft order.
However, the current confirmed production programme is for 12 aircraft.
Any additional fleet expansion would require separate government decisions and contracts.
The more immediate long-term focus appears to be a combination of the 12 new aircraft and the large-scale upgrade of existing Su-30MKIs.
HAL’s role is becoming more strategic
The Su-30MKI programme illustrates how HAL’s role has evolved.
The company is no longer simply assembling aircraft under licence.
It increasingly handles:
- Manufacturing
- Overhaul
- Upgrades
- Weapons integration
- Indigenous component development
- Lifecycle support
- Engine production
This makes HAL an important part of India’s defence-industrial base.
The programme also benefits Indian private companies
Modern military aircraft increasingly rely on complex networks of private suppliers.
The Su-30MKI ecosystem’s large MSME base means production and upgrade programmes can generate business for companies beyond HAL.
The proposed Super Sukhoi programme could deepen this participation if more components and systems are sourced from Indian private-sector companies.
Potential beneficiaries across the supply chain
HAL
│
├── Airframe
├── Integration
└── Overhaul
│
▼
Private aerospace suppliers
│
├── Electronics
├── Radar
├── EW systems
├── Structural components
├── Avionics
└── Weapons
│
▼
Indian defence ecosystem
This is consistent with India’s broader push toward defence indigenisation.
Su-30MKI production: key numbers
| Data point | Figure |
|---|---|
| New aircraft ordered | 12 |
| Approximate new-aircraft contract | ₹11,000 crore |
| First delivery | FY2027-28 |
| Final scheduled deliveries | FY2028-29 |
| Indigenous content | >50% |
| Proposed Super Sukhoi upgrade | ~₹60,000 crore |
| HAL Nashik aircraft production history | 900+ aircraft |
| Military aircraft overhauled | 1,900+ |
| Su-30MKI supplier ecosystem | 2,000+ MSMEs |
| AL-31FP engine contract | ₹26,000 crore |
| Engines under that contract | 240 |
What the restart means for India’s defence strategy
The production restart is part of a broader effort to maintain India’s fighter strength while increasing domestic manufacturing.
The country cannot wait for next-generation aircraft such as the AMCA to enter large-scale production before addressing current fleet requirements.
The Su-30MKI provides an existing platform that can be produced, upgraded and supported domestically.
At the same time, Tejas is being produced at increasing rates, while future programmes are being developed.
This creates a layered strategy:
Maintain existing capability → upgrade existing fighters → add near-term aircraft → develop next-generation indigenous fighters.
The road ahead for Su-30MKI
The next major milestones will be the production of the first new aircraft at Nashik and the implementation of the Super Sukhoi upgrade programme.
The new aircraft will help replenish the IAF fleet, while the upgrade programme could fundamentally improve the capabilities of older aircraft.
If the upgrade programme proceeds as planned, India’s Su-30MKI fleet could remain a central component of the country’s air-power strategy well into the future.
The broader industrial significance is equally important.
Keeping the Nashik line active helps preserve a specialised manufacturing ecosystem at a time when India is trying to reduce its dependence on imported defence equipment.
The Su-30MKI began as a Russian-origin platform, but decades of Indian manufacturing, modification and support have transformed it into an important part of India’s domestic aerospace ecosystem.
Conclusion
HAL’s restart of Su-30MKI production at Nashik is about more than building 12 additional fighter jets.
The immediate programme will add 12 aircraft to the Indian Air Force by 2029, with more than 50% indigenous content, while keeping a specialised production line and its supplier ecosystem active.
The bigger strategic development is the proposed ₹60,000-crore Super Sukhoi upgrade, which could bring new radar, avionics, electronic warfare and other systems to a large portion of India’s existing Su-30MKI fleet.
Together, the new production and upgrade programmes give India a way to strengthen its fighter fleet while the country works toward larger indigenous programmes such as Tejas Mk2 and AMCA.
For HAL, the restart also preserves valuable manufacturing expertise and a supplier network built around the Su-30MKI over decades.
For India’s defence industry, the programme demonstrates the country’s gradual transition from licensed production toward deeper domestic manufacturing, integration and lifecycle support.
The immediate number is just 12 aircraft. The larger story is the preservation and expansion of India’s ability to build, upgrade, maintain and increasingly indigenise one of its most important fighter platforms.
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