India removes import duties on some components for making smartphones, in a boost for local production efforts and benefiting companies like Apple and Xiaomi
Shivangi Acharya / Reuters :
Context & Ripple Effects
India had already moved to lower mobile-phone and key-part tariffs in 2024, a policy direction that directly benefited Apple and made locally assembled devices more competitive. A January plan for fresh manufacturing subsidies and tariff reductions shows this measure was part of a broader effort to expand domestic smartphone production.
The immediate significance is not just lower costs for individual brands: it reinforces India’s use of trade policy alongside production incentives to influence where global phone supply chains perform assembly and source inputs.
First-order effects
- Local smartphone manufacturers using the covered components face lower import costs, improving the economics of producing devices in India for companies such as Apple and Xiaomi.
- The change gives contract manufacturers and component importers a clearer cost advantage for India-based production relative to importing finished phones.
Second-order effects
- Competing handset brands and their manufacturing partners face added pressure to match the cost structure by expanding Indian assembly or revisiting their component-sourcing mix.
- The tariff move complements the proposed subsidies and tariff cuts for local manufacturing, increasing the value of an India-based production footprint for suppliers serving multiple phone brands.
Third-order effects
- If tariff relief continues alongside incentives, India could shift from using tariffs mainly to protect final-device assembly toward using policy to deepen the local component ecosystem.
- The durability of that shift will depend on whether manufacturers add local sourcing rather than simply importing lower-cost parts; later proposals linking support to exports and local components point in that direction.
The trend: India is increasingly using a combined tariff-and-incentive framework to move smartphone supply chains from local assembly toward more locally embedded production.