Apple faces a $900 million tariff hit this quarter as it shifts US-bound iPhone production from China to India. This financial shock coincides with a 38 percent year-on-year jump in the bill-of-materials cost for the iPhone 18 Pro, driven by memory prices that have risen five to seven times since early 2025. While the company expects most US iPhones to originate in India by the end of next year, the economic structure of this shift remains deeply uneven. India earns only about $30 per device assembled, a figure that is largely returned to Apple through government incentives. Consequently, the "Make in India" strategy currently functions more as a tariff avoidance mechanism than a genuine value capture play for the host nation.
Margin Compression and Component Inflation
The manufacturing economics of the iPhone 18 Pro are under severe strain from component inflation. TrendForce estimates that memory now accounts for roughly 34 percent of the total BOM cost, up from just 10 percent a year ago. This surge forces Apple to absorb part of the additional expense by sacrificing gross margin, which helps limit retail price increases but squeezes profitability. For every $1,000 iPhone sold in the US, India’s share is less than $30, yet the full $7 billion export value adds to the US trade deficit. Ajay Srivastava of GTRI notes that this shallow assembly model creates employment but fails to build a deep local supply chain. If Apple were to relocate assembly to the United States, labor costs would jump thirteen-fold, raising the assembly cost per unit from $30 to $390. Such a move would slash Apple’s profit per device from $450 to $60 unless it raises prices significantly. I find it hard to believe Cook would accept such a drastic reduction in margins to support domestic job creation.
Policy Levers and Structural Gaps
India has responded to these pressures with aggressive policy adjustments to retain manufacturing volume. The government eliminated import duties of 5 to 7.5 percent on components like lithium-ion cells and wireless charging modules, a measure effective through March 31, 2029. These exemptions lower input costs for partners like Foxconn and Tata Electronics, who account for nearly three-fourths of the country’s smartphone exports. Additionally, the 2026-27 budget introduced a five-year tax exemption for foreign companies providing equipment to contract manufacturers in bonded zones. This removes a "key deal-breaking risk" that previously forced suppliers to fund their own machinery. However, high-value components such as semiconductor chips and advanced modules continue to be imported from China, South Korea, and Taiwan. A second phase of the Smartphone PLI scheme is being drafted to link subsidies directly to exports and deeper localization. The current scheme ends on March 31, 2026, and has already generated over Rs 17,519 crore in investment. Will this new incentive structure finally push Indian suppliers to manufacture complex sub-assemblies domestically, or will the dependency on imported parts persist?
