Karnataka’s Aerospace Policy 2026-31 is designed to move the state’s aerospace economy beyond its established Bengaluru base. It proposes seven specialised clusters, offers land-cost subsidies to the first three investors in each cluster and promises government-funded testing facilities intended to address one of the sector’s persistent infrastructure constraints. Together, these measures point to a deliberate attempt to use industrial policy to redistribute aerospace activity across the state.
The policy’s larger test, however, is not simply whether Karnataka can attract more aerospace companies. It is whether land incentives, airport access and common testing infrastructure can create durable manufacturing ecosystems outside the capital, rather than isolated industrial sites dependent on Bengaluru for skills, suppliers, certification and market access.
The policy offers a clear financial advantage to early investors. The first three investments in each notified cluster will be eligible for a land-cost subsidy. For clusters outside Bengaluru Urban and Bengaluru Rural, the subsidy can cover 50% of land costs. For clusters in Bengaluru Urban and Rural, the subsidy is capped at 25%. The benefit is limited to the first three investors in each cluster, meaning companies entering later would have to pay the full land price.
This structure makes the policy both a regional-development instrument and a race for early participation. By concentrating the incentive on anchor investors, the government is seeking to establish initial industrial density quickly. The stated logic is that early companies can help create the demand, supply chains and institutional visibility needed to attract subsequent firms. The policy describes the cluster approach as a way to promote balanced regional growth while strengthening Karnataka’s competitiveness and building future-ready infrastructure.
The seven proposed clusters are not identical. Four locations—Vijayapura, Shivamogga, Mysuru and Hassan—are planned as manufacturing hubs with runway access. Each already has a smaller airport under the regional connectivity scheme. The availability of runway access is significant for aerospace manufacturing because it can support the movement, testing or demonstration of aircraft-related products without requiring every activity to be routed through Bengaluru.
The remaining three clusters are organised around more specialised capabilities. Jangamakote in Bengaluru Urban is proposed as an avionics cluster, drawing on the city region’s electronics ecosystem and existing defence base. Chitradurga is designated as a space cluster, with the policy identifying its proximity to the Isro Aeronautical Test Range as an advantage. Chikkaballapura is earmarked for unmanned aerial vehicles and urban air mobility systems.
This distribution suggests that the policy is not treating aerospace as a single industrial category. Manufacturing, avionics, space systems, drones and urban air mobility require different combinations of land, technical skills, testing arrangements and institutional support. A cluster model can therefore allow the state to match particular locations with particular capabilities. The policy’s effectiveness will depend on whether those specialisations translate into functioning industrial relationships rather than remaining labels attached to separate sites.
The proposed geography also raises a practical question about connectivity. Airport or runway access may help the four manufacturing locations, but physical access alone does not create an aerospace ecosystem. Companies also require suppliers, trained workers, certification agencies, logistics networks and reliable links to research and design institutions. The supplied policy details establish the proposed locations and incentives, but do not set out the full implementation arrangements for building all of these supporting capabilities in each cluster.
Testing infrastructure is a second major element of the policy. The government plans to fully fund two new common testing and certification facilities. These would be in addition to one facility already planned at the Devanahalli Aerospace and Defence Park. The locations of the two new facilities will be selected after consultations based on industry demand and regional requirements.
The emphasis on shared facilities responds to a specific problem identified in the policy: testing infrastructure is expensive, requires continuous upgrades and may be financially impractical for individual companies to build and operate. According to the policy, private players have sometimes had to wait four to six months to get products tested. Those delays can affect development schedules, production decisions and the ability of smaller companies to bring products to market.
Common facilities are intended to spread the cost of specialised infrastructure across a larger group of users. They could also create a more predictable testing environment for companies that cannot justify dedicated laboratories or certification systems. But the policy does not assume that government funding alone will resolve the operational challenge. It says the government may involve an industry association or another suitable operator to assess requirements and manage the facilities once they are ready.
That proposed operating model is important. A testing centre is useful only if its equipment, procedures and technical expertise reflect the needs of the companies expected to use it. The policy’s provision for stakeholder consultation recognises that demand may differ across avionics, space, drone and manufacturing clusters. It also leaves open the question of how the facilities will be governed, financed after construction and upgraded as technologies change.
Private developers of aerospace and defence parks will receive incentives under the Karnataka Industrial Policy if they develop a minimum of 50 acres. This provision adds a real-estate and infrastructure-development layer to the aerospace strategy. It creates a role for private developers in preparing industrial land, but the minimum site requirement also indicates the scale of land assembly expected for formal aerospace and defence parks.
The land subsidy and private-park provisions are closely connected. Public incentives can lower the initial cost for anchor investors, while private developers can provide prepared sites and supporting infrastructure. The policy is therefore attempting to coordinate industrial land supply with company-level investment decisions. The risk is that land development could move faster than the formation of actual aerospace demand. The supplied material does not establish how investor commitments will be assessed or how the government will prevent underused industrial capacity.
The decision to limit the land subsidy to three investors per cluster also has implications for the timing of development. Early investors receive the strongest financial advantage, while later entrants may face higher land costs. This could encourage companies to commit quickly, but it may also produce uneven investment patterns between clusters depending on which locations attract the first anchor firms. The policy does not indicate whether the subsidy will be revised if a cluster fails to secure its initial investors or whether unused allocations will be reassigned.
Industry responses included in the report support the broader ambition but also point to the capabilities required for the policy to succeed. Aravind Melligeri, executive chairman and CEO of Aequs, said that taking the aerospace ecosystem beyond Bengaluru could deepen Karnataka’s position in global aerospace manufacturing. He said the opportunity was to build manufacturing depth, technology capability and participation by Indian companies in global aerospace supply chains.
Dr S Dwarakanath, director general of the Aerospace India Association, said Karnataka was well positioned to become a globally significant aerospace design and technology hub. He called for opportunities across aerospace and defence manufacturing, space, drones, avionics and emerging technologies, while emphasising a shift beyond build-to-print work towards capability, technology, design, advanced manufacturing and higher value addition.
Those comments identify the policy’s central development challenge. Attracting factories is not the same as building a high-value aerospace economy. Land subsidies can influence where companies locate, and common testing facilities can reduce infrastructure barriers. Neither measure by itself guarantees that companies will undertake design, research, advanced manufacturing or technology development in the state.
The policy’s cluster structure is therefore an attempt to connect physical planning with industrial upgrading. Vijayapura, Shivamogga, Mysuru and Hassan are being positioned around manufacturing and runway access. Jangamakote is linked to avionics and Bengaluru’s existing electronics and defence strengths. Chitradurga is associated with space activity because of its proximity to a testing range, while Chikkaballapura is assigned emerging fields such as UAVs and urban air mobility. The intended outcome is a differentiated network rather than a single concentrated hub.
Whether that network becomes viable will depend on the next stage of implementation. The government still has to notify the clusters, identify the locations of the two new testing facilities, determine how they will be operated and attract the first three qualifying investors in each location. The timing and terms of those decisions will show how the policy’s regional ambitions are converted into functioning infrastructure and investment.
The evidence currently confirms a significant change in Karnataka’s industrial strategy: aerospace expansion is being planned through multiple specialised locations, with the largest land incentives directed at early investors outside the Bengaluru region. It also confirms that testing delays and infrastructure costs are being treated as policy problems rather than solely as private-sector responsibilities. What remains uncertain is whether the proposed clusters will acquire the skills, suppliers, operators and sustained demand needed to support them. Those implementation milestones will determine whether Karnataka’s aerospace policy produces a wider industrial geography or simply extends Bengaluru’s existing ecosystem into new sites.
