Pakistan has been making automobiles for decades. Assembly plants operate across the country, thousands of workers depend on the sector, a substantial vendor industry has grown around it, and successive governments have protected manufacturers in the hope that assembly would gradually mature into genuine technological capability. Yet one deceptively simple question remains surprisingly difficult to answer: where is the Pakistani car? Not a foreign model assembled in Karachi or Lahore; not an international badge attached to a vehicle whose tyres, seats, batteries or bumpers happen to be locally manufactured; and not a completely knocked-down kit efficiently put together by Pakistani workers. The more meaningful question is whether Pakistan has produced a passenger vehicle conceived here, engineered here, extensively tested here, carrying meaningful Pakistani intellectual property and ultimately capable of being sold abroad as a Pakistani technological product. Pakistan undoubtedly has an automobile industry. What it has struggled to create is an indigenous automobile industry.
There was nothing inherently wrong with beginning through assembly. Almost every developing industrial economy climbs a technological ladder. Finished goods are first imported; local assembly follows; components are gradually manufactured domestically; vendors acquire increasingly sophisticated capabilities; engineers learn to modify designs; research laboratories emerge; and eventually local platforms, technologies, brands and intellectual property appear. The problem comes when a country climbs onto this ladder and then remains on its middle rungs for decades. Pakistan has developed important strengths in tyres, batteries, glass, plastics, wiring, castings, body parts, motorcycles and tractors. But passenger cars continue to depend heavily on foreign platforms, powertrains, electronics and design authority. That distinction matters. A vehicle can contain a respectable percentage of locally produced components while remaining technologically foreign. Local content tells us where parts were manufactured; technological ownership tells us where the knowledge resides. After decades of industrial protection, Pakistan should increasingly be measuring the second.
This distinction also has economic consequences. Pakistan continues to spend considerable foreign exchange importing high-value components, CKD and SKD kits and automotive technologies. That creates a peculiar paradox: local automobile production can rise while dependence on imported technology remains largely intact. Assembly certainly creates employment, develops vendors, teaches quality control and production management, and provides exposure to international manufacturing practices. None of this should be dismissed. But assembly should be viewed as a classroom, not as a permanent industrial destination. Protection is economically defensible when it purchases learning. If tariffs shelter an industry for decades without producing commensurate design capability, research intensity, technological exports or locally owned intellectual property, protection begins to resemble expensive insulation from competition. Pakistan’s automobile debate therefore needs to move beyond the familiar question of how many parts are localized and ask instead: how much engineering authority has actually migrated into Pakistan?
The timing of this question could hardly be more important. Pakistan is now preparing to replace the Auto Industry Development and Export Policy 2021–26 with a new framework for 2026–31. The outgoing policy has formally reached the end of its five-year period, while the Ministry of Industries and Production has repeatedly said that a new policy is being prepared with emphasis on localization, domestic manufacturing and exports. In February, officials described a comprehensive auto and tractor policy as forthcoming; in April, the ministry said local production of auto parts would be a central objective. The debate has since intensified. PIDE’s recent work argues that despite decades of localization policy, Pakistan still struggles to manufacture high-technology, high-value automotive components and remains heavily dependent on CKD imports. It recommends that the coming policy link incentives more closely to technological development, exports and measurable performance.
Indeed, the policy story moved significantly this week. On September 9, Prime Minister Shehbaz Sharif reportedly gave in-principle approval to the draft Auto Policy 2026–31. Reports published on September 10 indicate that the proposed framework contains major incentives for new-energy vehicles, tariff restructuring and continued transitional protection for conventional assemblers. The draft reportedly proposes a one per cent sales tax for certain electric vehicles, changes in the treatment of battery-electric, plug-in hybrid and range-extended vehicles, and a phased reduction in customs duties, while conventional assemblers would retain some protection during the transition. It is important, however, not to describe the document as fully operational policy yet. According to current reports, further steps involving consultation with the IMF, the ECC, federal cabinet and ultimately legislative or fiscal implementation remain. The Ministry’s own policy page, updated this week, still lists AIDEP 2021–26 and the New Energy Vehicles Policy 2025–30 rather than a final published Auto Policy 2026–31.
That makes the present moment unusually consequential. The emerging policy appears to recognize that Pakistan cannot indefinitely rely on high tariff walls. An inter-ministerial committee examining the draft has reportedly recommended a gradual movement away from excessive tariff protection towards competition, exports, domestic value addition, new-energy vehicles and performance-linked incentives. This is potentially the correct direction, but its success will depend on what government chooses to reward. Lower duties alone will not create technological capability. Nor will a higher localization percentage automatically produce innovation. The new policy should establish a clear technological ladder: assembly, component localization, engineering capability, indigenous subsystems, platform development, intellectual property and exports. Companies climbing that ladder should receive stronger incentives. Those remaining indefinitely at the assembly stage should not continue receiving the same privileges merely because vehicles physically emerge from factories located inside Pakistan.
What matters is technological sovereignty: possessing enough engineering knowledge, design authority, testing infrastructure, intellectual property and manufacturing depth to participate in the higher-value portions of the industry.
The electric transition gives Pakistan an opportunity that the internal-combustion era did not. The conventional automobile is the product of more than a century of accumulated engineering dominated by countries and corporations with immense technological lead. Electric vehicles partly reset that competition. They are mechanically simpler in several respects and shift the centre of value towards batteries, power electronics, motor control, thermal management, charging systems and software. Pakistan does not need to reproduce every component domestically. No modern automobile-producing country does. What it needs is strategic command over areas where domestic expertise can realistically emerge. If the country succeeds in battery-pack design, battery-management systems, vehicle software, thermal engineering, power electronics and selected propulsion technologies, it can capture far more value than would be achieved merely by replacing imported petrol engines with imported batteries and motors. The tragedy would be to reach 2040 with millions of electric vehicles on Pakistani roads while the underlying industrial structure remains virtually unchanged.
Perhaps, therefore, Pakistan’s first genuinely indigenous passenger vehicle should be electric. It does not need to compete initially with a luxury German sedan or a technologically extravagant Chinese SUV. Industrial capability need not begin with extravagance. It could begin with a small, affordable and durable urban vehicle designed around Pakistani realities: congested roads, limited parking, high summer temperatures, uneven surfaces, relatively modest daily commuting distances and millions of households for whom purchase price, reliability and repairability matter more than acceleration or excessive horsepower. Such a car would not require a 600-kilometre range or a dashboard overloaded with electronic luxuries. It would need to be safe, efficient, thermally robust, inexpensive to operate and easy to maintain. Pakistan’s first national engineering success on four wheels may therefore look much humbler than the imported SUVs that dominate our imagination—and that may be precisely its strength.
Such a vehicle should not be conceived as the project of one company. It could become a national engineering program connecting industry with universities. Modern automobiles sit at the intersection of mechanical engineering, electrical engineering, materials science, chemistry, computer science, artificial intelligence, industrial design and advanced manufacturing. Pakistan teaches all these disciplines, yet its universities remain insufficiently integrated into the automobile ecosystem. Imagine a consortium in which one laboratory works on battery thermal management for extreme summer temperatures, another develops motor-control algorithms, materials scientists investigate lightweight structures, computer scientists design vehicle-control software, mechanical engineers optimise suspension for local roads, and industrial designers study how Pakistani families actually use cars. Students would no longer merely study vehicles created elsewhere; they would participate in creating one. That is how engineering cultures emerge not through slogans about self-reliance but through repeated interaction between laboratories, factories, suppliers and markets.
The vendor industry must simultaneously be helped to climb from manufacturing parts to creating technologies. Pakistan already possesses an established automotive supply base; that is an asset many late-industrialising countries would envy. But a company stamping metal parts should eventually acquire computer-aided engineering, simulation and precision-tooling capabilities. A wiring-harness producer should be encouraged to enter sensors and automotive electronics. Traditional battery manufacturers should develop expertise in energy storage and battery-management systems. Software companies should be connected systematically with mobility manufacturers because tomorrow’s car will increasingly be a computer that happens to move. This is precisely where Pakistan may possess an unconventional advantage. The country entered sophisticated mechanical automotive design late, but it has developed a young pool of software and digital talent. The convergence of EVs and software-defined vehicles could create a bridge between an industry Pakistan already possesses and capabilities it is now developing.
The second great test is exports. For decades, Pakistan’s automobile sector has been overwhelmingly inward-looking. A protected domestic market can sustain manufacturers that might struggle under international competition. Export markets are less forgiving. A vehicle sold abroad must meet safety and environmental standards, maintain consistent quality, remain competitively priced, arrive through reliable supply chains and receive credible after-sales support. That pressure is healthy. If Pakistan can eventually develop a small, durable and affordable electric vehicle suited to hot climates and difficult roads, its potential market need not end at Wagah, Torkham or the Arabian Sea. Similar mobility needs exist across parts of Africa, Central Asia, the Middle East and other emerging markets. Pakistan should therefore stop defining automotive success merely as manufacturing cars in Pakistan. The more ambitious benchmark is manufacturing Pakistani-engineered vehicles for the world. Export performance should eventually become one of the strongest tests of whether industrial incentives have actually created competitiveness.
This is not a case for automotive nationalism. Pakistan does not need a ceremonial “national car” unveiled beneath green-and-white banners while its critical technology remains imported. Nor is industrial sovereignty the same thing as producing every nut, bolt, semiconductor or battery cell domestically. Global manufacturing is inherently international. What matters is technological sovereignty: possessing enough engineering knowledge, design authority, testing infrastructure, intellectual property and manufacturing depth to participate in the higher-value portions of the industry. Foreign manufacturers from China, Japan, Korea, Europe and elsewhere should remain welcome. Pakistan needs their capital, technology, manufacturing systems and access to global supply chains. But foreign collaboration should produce domestic learning. Joint ventures must become pathways to engineering capability, not arrangements in which domestic partners remain permanently dependent on decisions made in overseas headquarters. Foreign collaboration should be a classroom, not a permanent crutch.
The benefits would reach far beyond automobiles. Behind a genuinely indigenous vehicle would stand battery researchers, software developers, materials scientists, test laboratories, electronics manufacturers, tooling companies, precision engineers and universities. Battery expertise supports renewable-energy storage. Power electronics strengthens the electrical industry. Precision manufacturing serves machinery, medical equipment, defence and aerospace. Automotive software builds capabilities relevant to robotics and the wider digital economy. Materials research strengthens construction and manufacturing. An automobile is therefore not merely a consumer product; it can become a platform around which an advanced engineering ecosystem develops. That is why the central objective of the coming policy should not simply be cheaper cars, higher assembly volumes or another round of localization percentages. Those goals matter, particularly to consumers, but the deeper question is whether each policy cycle leaves Pakistan more capable of designing what it manufactures.
The coming Auto Policy 2026–31 therefore arrives at a rare junction. If it merely rearranges customs duties, protects existing players for another cycle and subsidises new technologies without demanding domestic technological progression, Pakistan may repeat the assembly story in electric form. But if incentives are tied to R&D expenditure, technology transfer, engineering employment, patents, university partnerships, locally developed subsystems and exports, the next five years could mark a genuine change of direction. Pakistan has already demonstrated that its workers can assemble automobiles and that its vendors can manufacture increasingly complex parts. Its engineers have demonstrated their competence at home and abroad. What remains is to connect these capabilities into a system capable of authorship: Who designed the vehicle? Who owns its software? Who can modify its platform? Where was the research conducted? Where was the intellectual property created? And how much of the value remains in Pakistan? These are the questions the new automobile policy should make impossible to avoid.
For half a century, the relevant question was whether Pakistan could manufacture cars. In the limited but important sense of assembly and component production, that question has largely been answered. The harder question for the electric age is whether Pakistan can create one. The transition now under way gives the country something industrial history rarely offers: a partial second chance. Pakistan spent decades learning to assemble the automobile of yesterday. It should use the new policy to participate in engineering the automobile of tomorrow. The first truly Pakistani passenger car may therefore never have a petrol tank. It may be electric. And when it finally rolls onto our roads, the national achievement should not be that Pakistani workers tightened its bolts or fitted its seats. The achievement should be that Pakistani minds engineered it.