Karnataka’s Aerospace Policy 2026-31 is designed to spread aerospace manufacturing beyond Bengaluru, but its most important choices are not simply about attracting investors. They concern who gets access to subsidised land, where testing infrastructure is built and whether a cluster-based model can create deeper industrial capability across the state.
The policy offers a land-cost subsidy of up to 50% for the first three investments in each of seven proposed aerospace clusters. The incentive is intended for anchor investors, which means companies arriving after those initial investments will not receive the same concession. For clusters in Bengaluru Urban and Bengaluru Rural, the subsidy is capped at 25%. For clusters beyond Bengaluru, it can rise to 50%.
That structure makes the policy both an industrial incentive and a sequencing mechanism. Karnataka is not offering the subsidy uniformly to every future investor. It is using the first three investments in each cluster to establish the initial industrial base, after which later companies would enter without the same land-price advantage. The approach could help the state secure early commitments, but it also makes the timing and selection of anchor investors central to the success of the clusters.
The government has defended the model as a way to promote balanced regional growth, strengthen competitiveness and support future-ready infrastructure. The proposed network includes manufacturing hubs in Vijayapura, Shivamogga, Mysuru and Hassan, an avionics cluster at Jangamakote in Bengaluru Urban, a space cluster in Chitradurga and a UAV and urban air mobility cluster in Chikkaballapura.
This distribution reflects an attempt to assign different roles to different locations rather than reproduce Bengaluru’s existing aerospace concentration in seven places. The four manufacturing hubs outside the Bengaluru region are planned with runway access and are located near smaller airports operating under the Udaan scheme. Jangamakote is expected to draw on Bengaluru’s electronics ecosystem and defence base. Chitradurga’s proposed space cluster is linked in the policy to its proximity to the Isro Aeronautical Test Range, while Chikkaballapura is designated for unmanned aerial vehicles and urban air mobility systems.
The geography is therefore based on a combination of existing industrial capability, aviation access and proximity to specialised institutions or facilities. Whether that geography becomes an operating industrial network will depend on more than land availability. Aerospace companies require reliable testing, certification, skilled labour, supplier networks and transport connections. The policy’s emphasis on common testing facilities acknowledges that land alone cannot resolve the sector’s infrastructure constraints.
According to the reported policy details, the government will fully fund two new common testing and certification facilities. These will supplement a facility already planned at the Devanahalli Aerospace and Defence Park. The locations of the two new facilities will be chosen after consultations with industry and will depend on demand and regional requirements. The government may also involve an industry association or another suitable operator to assess requirements and manage the facilities once they are ready.
That proposed operating model is significant because testing infrastructure is expensive to establish and requires continuing upgrades. Individual companies may find it difficult to build and maintain their own facilities, particularly when utilisation is uncertain or when specialised equipment is needed. The policy document states that private companies have been forced to wait four to six months to get products tested. Shared facilities are intended to reduce that bottleneck by allowing multiple companies to access common infrastructure.
The testing issue also reveals a difference between an industrial park and an industrial ecosystem. A park can provide land, roads and basic services. An ecosystem requires institutions and shared assets that support product development, certification and movement into higher-value manufacturing. The policy’s testing component suggests that the government recognises this distinction, although the effectiveness of the approach will depend on how facilities are designed, funded, operated and connected to actual demand.
Private developers of aerospace and defence parks are also eligible for incentives under the Karnataka Industrial Policy if they develop a minimum of 50 acres. This provision places private industrial development alongside government-backed cluster planning. It could expand the amount of specialised land available to aerospace and defence companies, but the supplied policy details do not establish how many such parks will be developed, how they will be integrated with the seven proposed clusters or how infrastructure standards will be enforced.
The subsidy design raises a related question about the balance between speed and depth. Limiting the land subsidy to the first three investments may create urgency among companies seeking the concession and may help establish visible anchor projects. However, later investors will face full land costs even though they may still be essential to building supplier networks around the initial companies. The policy’s success will therefore depend on whether the first investments generate enough industrial linkages to attract subsequent firms without comparable land support.
This matters particularly because aerospace manufacturing is not a single activity. The proposed clusters cover manufacturing, avionics, space, unmanned systems and urban air mobility. These segments have different infrastructure, regulatory and technology requirements. A space cluster near a testing range may have different needs from an avionics cluster that relies on electronics and defence capabilities. A UAV and urban air mobility cluster may require a separate combination of test zones, regulatory coordination and urban-interface planning. The policy identifies these sectoral distinctions geographically, but the reported material does not specify the full infrastructure or governance arrangements for each cluster.
The policy also frames Karnataka’s next stage of aerospace growth as a move beyond existing production capabilities. Aequs executive chairman and CEO Aravind Melligeri said that taking the aerospace ecosystem beyond Bengaluru could deepen the state’s position in global aerospace manufacturing and increase participation by Indian companies in global supply chains. Dr S Dwarakanath, director general of the Aerospace India Association, said Karnataka should move beyond build-to-print manufacturing towards capability, technology, design, advanced manufacturing and higher value addition.
Those comments point to the central industrial question behind the policy. The objective is not only to bring companies to new sites, but to raise the complexity of what the state produces. If new clusters mainly assemble or reproduce activities already concentrated in Bengaluru, regional distribution may increase without substantially changing Karnataka’s position in the aerospace value chain. If shared testing facilities and specialised clusters support design, certification and advanced manufacturing, the policy could broaden the state’s industrial capabilities.
The regional approach also changes the governance challenge. A Bengaluru-centred aerospace strategy can draw on an established talent pool, defence base, electronics industry and supplier network. A multi-cluster strategy requires coordination across state agencies, local administrations, airport authorities, industrial park developers, testing operators and private investors. It also requires decisions about which facilities should be centralised and which should be located within individual clusters.
The policy’s proposed consultation process for selecting testing-facility locations is therefore important. It indicates that the government intends to match common infrastructure with industry demand and regional requirements rather than announce locations without stakeholder input. At the same time, the policy details reported so far do not establish the timetable for those consultations, the criteria for choosing locations, the capital allocation for the facilities or the milestones by which implementation will be assessed.
Karnataka’s existing aerospace advantages give the policy a strong base. Bengaluru contributes electronics, engineering and defence capabilities, while the state has existing or planned aviation and testing assets in other locations. But the proposed expansion will test whether those advantages can be connected across distance. Runway access, industrial land and a sector label may attract attention; they will not by themselves ensure that companies can develop, test, certify and scale products efficiently.
The evidence currently confirms three broad features of the policy. First, the government is using time-limited, location-based land subsidies to attract early anchor investments. Second, it is attempting to distribute aerospace activity across seven specialised clusters rather than concentrate all new capacity in Bengaluru. Third, it is treating common testing and certification infrastructure as a public investment intended to address a recognised private-sector bottleneck.
What remains uncertain is how quickly the clusters will be notified, which investors will qualify as the first three in each location, where the two new testing facilities will be built and who will operate them. The next phase of the policy will be judged less by the announcement of incentives than by the conversion of those incentives into functioning sites, shared infrastructure and higher-value aerospace activity across Karnataka.
