ADAS For The Masses: For decades, features like automatic emergency braking and lane-keep assist lived exclusively in the vocabulary of luxury car brochures. Today, that vocabulary is being rewritten on the streets of Delhi, Pune and Bengaluru, where compact SUVs and even sub-four-metre sedans are beginning to carry Advanced Driver Assistance Systems (ADAS) as standard talking points.
The question that matters now isn't whether ADAS works in India — it's whether it can be made affordable enough, and trustworthy enough, for the millions of first-time and price-sensitive buyers who define this market.
A Market Moving Faster Than Expected
The numbers tell a story of rapid, almost unexpected, momentum. India's passenger vehicle ADAS market, which covers sensor hardware, ECUs, software licensing and integration services, has grown from an estimated USD 180–220 million in 2023 to roughly USD 480–550 million in 2026, and is projected to expand at a compound annual growth rate of 22–26% through 2035. Viewed from a wider automotive-electronics lens, the broader India ADAS market is valued at USD 1.36 billion in 2026 and is expected to more than double to USD 3.12 billion by 2031.
Adoption on the ground reflects this trajectory. CMR's Q1 2026 Passenger Vehicle Market Review found that ADAS-equipped car sales grew 49% year-on-year, with the vast majority of these vehicles offering Level 2 systems and a small but growing share advancing to Level 2+. Entry prices have fallen correspondingly.
Where ADAS once began well above Rs. 20 lakh, models such as the Maruti Suzuki Victoris and Hyundai Creta now offer Level 2 ADAS from around Rs. 10.5–11.1 lakh ex-showroom, placing the technology within reach of India's largest buying segment.
Further down the price ladder, compact models like the Kia Sonet and Hyundai Venue are bringing entry-level ADAS features to relatively affordable trims, and even sub-four-metre sedans such as the Honda Amaze now offer collision mitigation braking and lane departure warning at their top-spec variants.
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The Trust Gap Behind the Growth Curve
Falling prices alone won't win over Indian buyers. A more fundamental obstacle is confidence in how these systems behave on Indian roads — roads that rarely resemble the structured, well-marked environments ADAS was originally engineered for.
A CMR survey of over 1,000 car owners and prospective buyers across major metros found that nearly 70% believe current ADAS systems do not perform reliably in Indian driving conditions, even though 70% separately reported improved safety and 65% cited enhanced driving convenience from the technology. That contradiction — appreciation for the feature, scepticism about its execution — is the real barrier to mass adoption, arguably more than sticker price.
This is where engineering discipline matters as much as component cost. Forward collision warnings misfiring when a two-wheeler cuts across traffic, or lane-assist struggling with faded road markings, are not failures of the ADAS concept; they are failures of calibration for local conditions.
Analysts also point out that repair and recalibration costs for ADAS-equipped vehicles run higher than for conventional cars, a gap made worse by infrastructure shortfalls. India currently has fewer than 800 certified ADAS calibration bays against a projected requirement of 8,000 to 10,000 by 2035 — a service-side bottleneck that will need as much investment as the sensors themselves.
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Regulation as an Affordability Lever
Somewhat counterintuitively, regulation is likely to be one of the strongest forces pushing ADAS costs down rather than up. Bharat NCAP ratings and UN/ECE-aligned Global Safety Regulations are set to mandate automatic emergency braking and lane departure warning on all new models by 2028, which means these features will shift from premium differentiators to baseline compliance requirements across every segment.
When a technology becomes mandatory rather than optional, component volumes scale, supplier competition intensifies, and unit costs fall — the same pattern India has seen with airbags and anti-lock braking systems over the past decade.
Rising safety awareness among consumers, with more than 60% of new car buyers in 2025 citing safety among their top three purchase criteria, is reinforcing this shift from the demand side as well.
Meanwhile, adaptive cruise control leads current ADAS system revenue with roughly 28.6% share, while solid-state LiDAR sensors are expected to see the sharpest technology growth at over 20% CAGR as prices continue to fall — a reminder that the underlying hardware curve is bending in the right direction.
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Where Component Manufacturers Come In
Affordability at scale rarely comes from a single breakthrough; it comes from disciplined, localised engineering across the supply chain — sensors, ECUs, wiring harnesses, cameras and the calibration ecosystem that keeps them accurate over a vehicle's life. This is precisely the layer at which companies like Greencore Electronics operate.
As a manufacturer of automotive electronics and a systems supplier to OEMs, Greencore's work spans telematics, in-car connectivity and driver-assistance-adjacent hardware, built around an in-house R&D philosophy the company sums up as "Innovation to Automation."
That approach-designing durable, easy-to-use, and cost-conscious hardware from the ground up rather than adapting imported systems after the fact — is exactly the kind of localisation India's ADAS story now needs.
Democratising ADAS in India will not happen through price cuts on luxury features alone. It will happen through domestically engineered components tuned for Indian traffic patterns, an expanded calibration and service network that keeps costs predictable after the sale, and a regulatory push that turns safety
Tech into a baseline expectation rather than a premium add-on. With India's vehicle parc expected to surpass 70 million passenger vehicles by 2035, the opportunity is not just to sell ADAS to buyers who can
already afford it, but to build the manufacturing and service backbone that makes it viable for everyone else.
The technology has already proven it can save lives. The next test — and the more consequential one — is proving it can do so at a price, and with a reliability, that matches the realities of Indian roads. Getting there will be less about any single dramatic innovation and more about the unglamorous, essential work of local manufacturing, rigorous testing, and building trust one drive at a time.
Disclaimer: This piece is authored by Pavan Puri, founder of Greencore Electronics Pvt. Ltd., a connected automotive electronics and accessories manufacturer. The views expressed in this piece are those of the author and are completely independent of the newsroom.