Make-in-India Robotics: Policy, Incentives, and the Manufacturing Reality

Introduction: The Promise vs. The Reality

India's robotics sector sits at a critical juncture. While the narrative often highlights the potential for a $4.7 billion market by 2025, the on-the-ground reality is defined more by policy intent than mass production. The "Make in India" initiative, initially focused on hardware manufacturing, has evolved to include specific provisions for the electronics and IT hardware sectors, which indirectly impact robotics. However, a distinction must be drawn between true manufacturing and final assembly operations.

For RobotWale, the priority remains grounded in hardware that ships, pilots that deploy, and factories that produce. Currently, the majority of humanoid and industrial robots in India are either imported fully built or assembled from imported kits. Domestic manufacturing is rising, but component localization—specifically actuators, sensors, and power management systems—remains the primary bottleneck.

Policy Framework and Government Incentives

The policy landscape is the strongest driver of the current "Make in India" robotics narrative. The Department for Promotion of Industry and Internal Trade (DPIIT) and the Ministry of Electronics and Information Technology (MeitY) have introduced frameworks designed to reduce reliance on imports.

Production Linked Incentive (PLI) Schemes

The PLI scheme for Electronics and IT Hardware is the cornerstone of current manufacturing policy. While not exclusively for robotics, it covers the supply chain components that robots require. Companies manufacturing components like printed circuit boards (PCBs), sensors, and electronic components can avail incentives ranging from 2% to 4% on incremental sales.

For robotics manufacturers, this translates to a potential reduction in the cost of goods sold (COGS). However, the scheme strictly defines what constitutes "manufacturing." A final assembly line does not qualify unless specific value-addition thresholds are met. This means a company buying a chassis, motors, and controllers from abroad and screwing them together in India may not qualify for the full PLI benefits.

Import Duties and Customs

Customs duties on robotics hardware have shifted significantly over the last three years. Historically, finished robots attracted a 10% to 15% duty. However, the government has recently increased duties on specific robotic components to encourage local sourcing. For instance, duties on certain industrial robot components have been raised to protect nascent domestic manufacturing units.

Additionally, the Customs Notification No. 23/2023 introduced a 10% duty on imported robotics kits, aiming to curb the influx of low-cost foreign hardware. While this protects local assemblers, it also raises the landed cost for domestic manufacturers who rely on foreign actuators.

Domestic Manufacturing Landscape

Despite the policy tailwinds, the number of companies manufacturing robots indigenously remains small. The sector is dominated by startups that often position themselves as system integrators rather than hardware manufacturers.

True Manufacturing vs. Assembly

To meet the "Make in India" standard, a company must demonstrate value addition beyond assembly. We look for:

• Proprietary Control Software: The ability to write the firmware or AI stack on-device.
• Component Sourcing: Sourcing motors, gears, or sensors from Indian vendors.
• IP Ownership: Patents filed in India for mechanical designs.

Based on this criteria, the following players are making headway:

Key Domestic Players

Sankalp Robotics: Based in Pune, Sankalp has focused on industrial automation. Their Cobot arms are partially assembled in India, with a significant portion of the supply chain localized. Their pricing structure reflects a landed cost advantage over imported equivalents, estimated between INR 3.5 lakh to INR 5 lakh for standard 6-axis arms.

K-5 Robotics: A Hyderabad-based firm, K-5 has transitioned from assembly to manufacturing in specific verticals. Their focus on educational robotics and light industrial automation allows for higher localization rates. They have been recognized under the Startup India initiative for their contribution to manufacturing.

Sumer Technologies: While initially known for AI services, their hardware division is scaling up. They have moved towards building custom robotic platforms for agricultural and service applications, leveraging local supply chains for non-critical components.

The Humanoid Gap

When discussing humanoid robots, the landscape is starkly different. While international players like Tesla or Figure AI have captured global headlines, domestic humanoid robotics remain in the pilot or prototype phase. There is no fully deployed humanoid robot fleet in Indian factories as of early 2024. Some startups have announced prototypes, but without a pilot deployment or a shipping schedule, these remain announcements rather than products.

RobotWale maintains a strict policy: if it is not shipping, it is not counted. This means the "Make in India" humanoid claim currently relies on policy promises rather than hardware volume.

Supply Chain and Component Localization

The most significant challenge for Make-in-India robotics is the supply chain. Robotics relies heavily on precision engineering.

Actuators and Motors

High-torque actuators and harmonic drives are largely imported from China and Japan. Local manufacturing of these components requires precision tooling that is expensive to set up. Until the domestic market volume justifies the investment in tooling, import dependency will remain high.

However, the government has identified this as a priority under the PLI scheme. Companies that manufacture actuators within India are eligible for higher incentives. This could shift the balance in the next 12-24 months.

Sensors and Electronics

Lidar, cameras, and microcontrollers are more readily available from Indian vendors, though high-end variants are still imported. The push for "Atmanirbhar Bharat" in electronics has created a spillover effect for robotics. The rise of the semiconductor assembly plant in Tamil Nadu will eventually reduce the cost of electronic components for robotics.

Pricing and Cost Analysis

One of the primary arguments for domestic manufacturing is cost reduction. When imported robots enter India, they face customs duties, GST, and logistics costs. A robot priced at $10,000 USD in the US can easily cost $13,000 USD upon landing in India.

Imported vs. Domestic Pricing

For a standard industrial robot arm:

• Imported: Approx INR 8-10 Lakhs (depending on brand and specs).
• Domestic Assembly: Approx INR 6-8 Lakhs.
• Fully Indigenous: Target INR 4-5 Lakhs.

While the savings are modest in absolute terms, they are significant for price-sensitive sectors like textiles and agriculture. However, the "Fully Indigenous" segment is currently theoretical for most players.

Hidden Costs

Manufacturing in India also introduces hidden costs. Skilled labor for robotics integration is scarce. Maintenance and repair of domestically made robots can be faster than imported ones due to proximity, but the initial R&D costs are often absorbed by the Indian startup.

Future Outlook and Recommendations

The roadmap for Make-in-India robotics requires a multi-pronged approach.

Policy Recommendations

1. Component Specific PLI: Expanding the PLI scheme to include robotic actuators and drive systems specifically.

2. Testing Infrastructure: Establishing national robotics testing labs to reduce reliance on foreign certification.

3. Procurement Mandates: Government tenders for public sector units (PSUs) should mandate a percentage of domestic content.

Industry Action

Manufacturers must move beyond "assembly" narratives. True manufacturing requires investment in R&D and tooling. For investors and consumers, this means scrutinizing the Bill of Materials (BOM) of any "Indian" robot. If the key components are imported, the "Make in India" label is partially aspirational.

Conclusion

The Make-in-India robotics ecosystem is maturing from a policy concept to a manufacturing reality. While the number of fully indigenous humanoid robots remains low, the infrastructure for industrial automation is expanding. The government's PLI schemes and import duty adjustments are providing the necessary runway.

For the Indian robotics industry to compete globally, the focus must shift from assembly to component manufacturing. Until then, the narrative will remain a mix of policy ambition and supply chain pragmatism. RobotWale will continue to monitor these developments, distinguishing between announcements and shipping hardware.

As the sector evolves, the metric for success will not be the number of startups registered, but the number of units deployed in Indian factories that are built in India.

References

• DPIIT Production Linked Incentive Scheme for Electronics & IT Hardware. dpiit.gov.in
• Sankalp Robotics Manufacturing Capabilities. sankalprobotics.com
• Robotics Association of India. roboticsassociationofindia.org
• Economic Times: India Robotics Market Growth Report. economictimes.indiatimes.com
• Customs Notification No. 23/2023 on Robotics Import Duties. cbic.gov.in