Automotive electronics could account for 45–55% of a vehicle’s cost by 2030, according to a BCG–ACMA industry report, making local design and manufacturing one of the biggest tests facing India’s auto-component sector. The opportunity stretches beyond assembling imported parts: suppliers must build capability in sensors, electronic control units, power electronics, battery-management systems, connectivity and advanced driver assistance. The headline number is a global projection, however, not a guaranteed Indian localisation rate or revenue forecast.
Automotive electronics: key takeaways
- BCG and ACMA project electronics at 45–55% of a car’s cost by 2030, up from roughly 30–35% in 2020.
- India’s electrical and electronics component supply represented about 12% of domestic component supply in FY25, according to reporting on the study.
- The two percentages use different denominators and should not be compared as if they measured the same thing.
- Localisation opportunities include ECUs, sensors, power electronics, ADAS, connectivity and battery-management systems.
- The industry’s roughly $200 billion FY30 turnover ambition is a target, not a BCG forecast or a contracted outcome.
| Measure | Reported figure | How to read it |
|---|---|---|
| Electronics share of car cost, 2020 | 30–35% | Global baseline in the BCG–ACMA analysis |
| Electronics share of car cost, 2030 | 45–55% | Projection, not a guaranteed result |
| India electrical/electronics component supply, FY25 | About 12% | Share of domestic component supply; different denominator |
| Indian component industry turnover, FY26 | About $86 billion | Reported base for the sector ambition |
| FY30 turnover ambition | About $200 billion | Industry aspiration |
| FY30 export ambition | About $45 billion | Industry aspiration versus roughly $24 billion |
Why automotive electronics are taking more value
Vehicles are becoming distributed computing systems. A modern car uses electronic control units to manage the powertrain, brakes, steering, cabin functions, thermal systems and safety. Electric vehicles add inverters, onboard chargers, battery-management hardware and high-voltage control. Connected features add communications modules and software-defined interfaces. Assistance systems add cameras, radar, sensors and high-performance processors.
Each layer raises the electronic content of the bill of materials. It also changes where suppliers create value. A metal component can often be specified and tested largely as a physical object. An electronic subsystem combines hardware, embedded software, functional safety, cybersecurity and integration with the rest of the vehicle. That complexity rewards companies able to design, validate and update a system, not merely fabricate it.
The BCG report page frames the broader task as moving beyond resilience toward deliberate competitiveness. The implication for Indian suppliers is clear: localisation cannot mean only replacing the final imported box. It must progressively include design ownership, critical subcomponents, test capability and intellectual property.
The localisation gap is more than an import bill
India already has a deep automotive manufacturing base, dense supplier clusters and engineering talent. Yet electronics expose gaps that conventional component scale alone cannot close. Semiconductors, specialist sensors, automotive-grade passive parts, substrates and certain power devices come from concentrated global supply chains. Even when final modules are assembled locally, imported critical content can remain high.
That is why the reported 12% share of electrical and electronics products in domestic component supply is informative but easy to misuse. It is not the inverse of the 45–55% vehicle-cost projection. One describes a category within India’s component supply; the other estimates electronics within a vehicle’s global cost structure. The direction of travel is comparable—electronics are becoming more important—but the percentages are not an apples-to-apples localisation gap.
A serious strategy needs to map value chains module by module. For an inverter, for example, local enclosure and assembly do not establish sovereignty over power semiconductors, control software or thermal design. For an ADAS unit, mounting a camera is different from owning perception algorithms and vehicle-level validation. Policymakers and companies need a value-added measure, not only a finished-goods label.
Where Indian suppliers can build an advantage
The most plausible entry points combine rising domestic demand with capabilities adjacent to India’s existing strengths. Battery-management systems sit at the intersection of electronics, power management and software. Power electronics benefit from the country’s expanding EV and renewable-energy ecosystems. Telematics and connected-vehicle platforms can draw on India’s software talent. Controllers for two-wheelers and commercial vehicles offer product categories shaped by local operating conditions and volumes.
Engineering for heat, dust, vibration, uneven connectivity and cost sensitivity can become an export advantage if suppliers turn local constraints into robust product design. India does not need to reproduce every global supply chain at once. It can prioritise subsystems where scale, engineering and application knowledge reinforce one another.
This is closely connected to the country’s wider EV localisation challenge across chips and rare earths and the next phase of the India Semiconductor Mission. Automotive qualification cycles are long, so chip fabrication announcements alone will not immediately create qualified automotive supply. Component makers, foundries, testing providers and vehicle manufacturers must coordinate road maps several model cycles ahead.
Why the execution bar is high
Automotive buyers require reliability over years, traceability across production lots and evidence that systems fail safely. Suppliers face standards for quality management, functional safety and cybersecurity, plus vehicle-maker audits. Winning a prototype order is therefore far from winning a scaled production programme.
Capital intensity is another constraint. Electronics plants need clean processes, automated testing and frequent retooling. Research spending arrives before revenue and must continue after launch. Smaller component makers may need joint ventures, licensing arrangements or shared testing infrastructure. Consolidation is possible because customers prefer suppliers that can finance development and support platforms globally.
Talent must also cross traditional boundaries. Mechanical engineering remains essential, but electronic architecture requires chip, firmware, data and safety skills. A vehicle programme can fail at the interfaces between those teams. Suppliers that build systems engineering and programme management may capture more durable value than firms competing only on labour cost.
Reading the $200 billion ambition carefully
ACMA’s reported ambition is to lift sector turnover from around $86 billion in FY26 to roughly $200 billion by FY30, with exports rising from approximately $24 billion to about $45 billion. That would be a dramatic expansion in four years. It should be presented as an industry goal, not a forecast with a stated probability.
Reaching it would require more than domestic vehicle growth. Suppliers would need higher value per vehicle, export programme wins, capacity investment and favourable currency and demand conditions. Electronics can support the value-per-vehicle leg, but only if local firms capture design and manufacturing revenue that would otherwise be imported.
Large automakers are already setting multiyear investment programmes. Maruti Suzuki, for example, has raised its FY27–FY31 capital expenditure target. Capacity growth can create supplier demand, but sourcing decisions will still depend on cost, quality, technology and delivery performance.
What to watch through 2030
The best evidence of progress will be programme wins rather than broad announcements. Watch for Indian suppliers becoming tier-one owners of electronic systems, filing relevant patents, gaining automotive certifications and disclosing export contracts. Also watch whether local value addition rises inside modules, not merely whether more finished units are produced domestically.
Government incentives can reduce initial cost gaps, but procurement scale and technical learning determine endurance. Policies should reward measurable value addition and research while avoiding permanent protection for uncompetitive products. Common testing facilities and university-industry programmes may matter as much as factory subsidies.
The BCG–ACMA projection identifies a shift in where the vehicle’s economic value is moving. India has a credible path to capture part of it, but the outcome is conditional. The winners will be suppliers that convert manufacturing depth and software talent into qualified, safe and globally competitive electronic systems.
Frequently asked questions
Will electronics definitely be 55% of every car’s cost in 2030?
No. The report gives a projected global range of 45–55%. Actual shares will vary by vehicle type, powertrain, feature set and component prices.
Does India’s 12% figure mean 88% of car electronics are imported?
No. It refers to electrical and electronics products as a share of domestic component supply, not the import share of electronics inside a car.
Which areas offer the clearest localisation opportunity?
Reported priorities include sensors, ECUs, power electronics, ADAS, connectivity and battery-management systems. The strongest choices will depend on scale and technical adjacency.
Is the $200 billion FY30 turnover number a forecast?
It is an industry ambition. It depends on domestic demand, exports, investment, technology capture and execution.
Sources
- BCG: India—Beyond Resilience, Designed to Win — primary report page.
- The Economic Times: electronics and localisation opportunity — independent report.
- Autocar Professional: ACMA survey and electronics share — independent specialist report.
- Autocar Professional: FY30 industry targets — independent report on the sector ambition.
- ICRA: Silicon on Wheels — independent research context.
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