Ola Electric Mobility announced on May 8, 2026, that its mass market electric scooter, the S1 X+ (5.2 kWh), powered by its indigenously developed 4680 Bharat Cell battery pack, has been approved under the Central Motor Vehicle Rules (CMVR), 1989, by the International Centre for Automotive Technology (ICAT), Manesar—a government-certified testing agency. With this certification, the S1 X+ 5.2 kWh becomes the longest range product in Ola Electric's mass market scooter portfolio, marking a significant milestone in bringing high-performance EV technology to a wider set of customers across India.

Key Specifications of the S1 X+ 5.2 kWh

The S1 X+ 5.2 kWh is engineered to address key barriers to EV adoption in the mass segment by combining range, performance, and affordability. The scooter is enabled by the high energy density and advanced thermal capabilities of Ola's in-house developed 4680 Bharat Cell, and is designed to make long-distance, everyday commuting practical and accessible, especially beyond urban centres.

Certification Process and Compliance

The government certification was issued following a comprehensive validation programme covering vehicle-level safety, performance, and regulatory compliance tests as mandated under CMVR. The scooter underwent rigorous testing that included:

• Constructional and functional safety assessments
• Range validation
• Other critical regulatory parameters

This thorough testing process ensures the S1 X+ 5.2 kWh adheres to the highest regulatory standards set by the Indian government for electric vehicles.

Strengthening Vertical Integration

An Ola Electric spokesperson stated, "The government certification of the S1 X+ 5.2 kWh is a significant milestone as we bring our in-house developed 4680 Bharat Cell technology to the mass market at scale. As the longest range scooter in our mass market portfolio, it delivers a strong combination of range, performance, safety, and reliability, making EVs a practical choice for a much wider set of customers across India. This is another important step towards accelerating EV adoption beyond metros and into the heart of the country."

With the certification of the S1 X+ (5.2 kWh), Ola Electric continues to expand the deployment of its in-house developed 4680 Bharat Cell technology across its scooter and motorcycle portfolio. This further strengthens its vertically integrated approach, which spans cell development, battery pack engineering, and vehicle manufacturing. The company's Ola Futurefactory in Tamil Nadu produces EVs and critical components, supported by the Bengaluru-based Battery Innovation Centre (BIC), which is dedicated to advancing cell and battery technology. Ola Electric is India's leading electric vehicle manufacturer, maintaining a direct-to-customer distribution network of thousands of stores across India, making it the largest company-owned network of automotive experience centres in the country.

Ola Electric Mobility 's broader technology ambitions are facing headwinds as its artificial intelligence and semiconductor initiatives grapple with significant leadership attrition and funding difficulties, according to a report by ET. The setbacks mark a notable contraction in the company's full-stack AI plans, which had been positioned as a core pillar of its long-term technology strategy.

Leadership Departures Shake Krutrim's AI Vision

Three key leaders responsible for steering Krutrim's AI plans have exited the organization, dealing a considerable blow to the initiative's strategic direction. Krutrim, Ola's AI venture, had been envisioned as a comprehensive artificial intelligence platform, but the departure of senior personnel raises questions about continuity and execution of its roadmap.

The exits at the leadership level are particularly significant given the specialized expertise required to drive full-stack AI development. Such departures at the A-level can disrupt ongoing projects, affect team morale, and complicate efforts to attract new talent in a competitive technology landscape.

Semiconductor Arm Also Hit by Attrition

Compounding the challenges at Krutrim, Ola's semiconductor arm has seen 10 additional departures. The semiconductor division had been part of Ola's broader ambition to build end-to-end technology capabilities, spanning from chip design to AI software.

The following table summarizes the key organizational developments reported:

Funding Challenges Add to Organizational Strain

Beyond the human capital losses, funding difficulties have further constrained Ola's AI ambitions. The combination of leadership exits and capital constraints creates a compounding challenge for the company as it attempts to maintain momentum in highly capital-intensive technology domains such as AI and semiconductor development.

The dual pressures of talent attrition and funding woes suggest that Ola's full-stack AI strategy, which requires sustained investment and stable leadership, is undergoing a period of significant recalibration. The scale of exits across both Krutrim and the semiconductor division underscores the breadth of the organizational challenges currently facing the company's technology ventures.