JSW MG Motor India Unveils Revolutionary 'ADAPT' Multi-Powertrain Platform
JSW MG Motor has officially unveiled MG ADAPT (Advanced Drive Architecture Platform Technology), a new modular architecture designed to support electric, plug-in hybrid, strong hybrid, and range-extender electric vehicles. The company confirmed that the first two models based on this multi-NEV platform—an EV and a plug-in hybrid—will launch in the Indian market by the end of the current financial year. This platform marks a strategic shift for MG in India, moving away from pure petrol and diesel internal combustion engines toward electrified propulsion systems.
Quick Summary
- JSW MG Motor India has introduced the ADAPT platform, India's first multi-New Energy Vehicle (NEV) architecture.
- The platform supports four energy technologies: EVs, PHEVs (Plug-in Hybrids), HEVs (Strong Hybrids), and REEVs (Range Extender Electric Vehicles).
- The first two models built on this platform—a utility vehicle in EV and PHEV variants—are scheduled to debut in India by March 2027.
- The hybrid system features a dedicated petrol engine with a thermal efficiency of up to 43 percent, paired with a 10-in-1 electric drive unit.
- Power transmission is managed by an electromagnetic dedicated hybrid transmission (DHT) offering 4 times quicker response than conventional clutches.
Understanding MG ADAPT and Drive.NEV Technology
The ADAPT platform forms the physical foundation for MG's next-generation intelligent mobility ecosystem, branded as Drive.NEV. Rather than treating the battery pack, electric motor, and software controls as distinct modular additions to a traditional chassis, Drive.NEV integrates these components into a single system.
A core feature of the platform is the utilization of cell-to-pack (CTP) integration. By eliminating conventional battery modules and mounting cells directly into the chassis frame, MG has maximized spatial efficiency. This packaging allows the platform to accommodate higher battery capacities within a smaller physical footprint, which lowers the vehicle's center of gravity and improves handling dynamics.
To manage high electrical demands, the platform employs a high-voltage liquid-cooling system that regulates battery pack temperatures during rapid DC charging and sustained high-speed driving. For future utility, the architecture is designed with high-bandwidth data channels that support Level 2+ and Level 3+ Advanced Driver Assistance Systems (ADAS) and enable over-the-air (OTA) software updates for electric cars built on it.
Integrated Hybrid Ecosystem and Key Powertrain Components
For plug-in hybrid and range-extender applications, JSW MG Motor India has detailed several integrated components developed to maximize thermal and electrical efficiency:
- Dedicated Hybrid Petrol Engine: A naturally aspirated petrol unit designed specifically for hybrid duties, achieving a thermal efficiency of up to 43 percent. Standard automotive combustion engines typically operate in the 20 percent to 35 percent range.
- Dedicated Battery System: Optimized for rapid electric discharge, providing instant torque response while maintaining high thermal stability.
- 10-in-1 Intelligent Electric Drive Unit: A compact assembly integrating the permanent magnet synchronous motor, power electronics, and a 2-stage reduction gearbox, which reduces space requirements and powertrain weight.
- Electromagnetic Dedicated Hybrid Transmission (DHT): Featuring an electromagnetic e-clutch, this transmission claims a response time 4 times faster than conventional hydraulic units, smoothing out the transition between electric and mechanical power delivery.
Four Intelligent Driving Modes
The platform's energy distribution is managed by an Intelligent Energy Management System. This system monitors vehicle speed, throttle position, and state of charge (SoC) to automatically cycle through four driving modes:
- Pure Electric Drive: The combustion engine is deactivated, and the battery pack drives the electric motor exclusively, suited for silent urban driving.
- Series Hybrid Drive: The petrol engine runs at its most efficient RPM to drive a generator that charges the battery, while the electric motor handles propulsion. This mode is the primary operating mechanism for the platform's Range Extender Electric Vehicle (REEV) configurations, eliminating highway range anxiety.
- Parallel Hybrid Drive: Both the petrol engine and electric motor work in tandem to deliver maximum power and torque to the drive wheels.
- Engine Direct Drive: The petrol engine connects directly to the drive wheels via mechanical gears, optimizing fuel economy during high-speed highway cruising.
Upcoming Vehicles and Market Launch Timelines
The first vehicle to utilize the ADAPT platform in India will be the Indian-spec version of the global Wuling Starlight 560, a 7-seater SUV. Test mules of the SUV have been spotted undergoing road testing in India, and its design patents were filed locally in March 2026.
JSW MG Motor India plans to introduce the upcoming SUV under the MG brand, beginning with the pure electric (EV) variant expected around late Q3 2026 (late August or September 2026). The plug-in hybrid (PHEV) variant is scheduled to follow later in the current financial year, with all models targeting the mid-size SUV segment. This rollout strategy aims to scale MG's footprint in electric vehicles by offering buyers a choice of battery capacities and hybrid range configurations.
Specifications
Note: Specifications below are based on manufacturer targets and industry estimates.
| Specification | MG Starlight 560 EV (Est.) | MG Starlight 560 PHEV (Est.) |
|---|---|---|
| Expected Price | ₹20.00 Lakh – ₹27.00 Lakh (ex-showroom) | ₹18.00 Lakh – ₹24.00 Lakh (ex-showroom) |
| Battery Capacity | 56.7 kWh – 69.2 kWh LFP | 20.5 kWh LFP |
| Claimed Range | 530 km (CLTC) | 100 km (EV-only, CLTC), 1,000+ km (Combined) |
| Motor Output | 201 bhp / 310 Nm | 194 bhp / 230 Nm (Combined) |
| DC Fast Charging | 30 minutes (30% to 80%) (Est.) | 30 minutes (30% to 80%) (Est.) |
| Top Speed | 170 km/h (Est.) | 160 km/h (Est.) |
Market Comparison
The upcoming EV version of the Starlight 560 will compete directly with mid-size electric SUVs in the Indian market, such as the BYD Atto 3 and the upcoming Tata Harrier EV.
| Parameter | MG Starlight 560 EV (Est.) | BYD Atto 3 | Tata Harrier EV (Est.) |
|---|---|---|---|
| Price | ₹20.00 Lakh – ₹27.00 Lakh (ex-showroom) | ₹24.99 Lakh – ₹33.99 Lakh (ex-showroom) | ₹22.00 Lakh – ₹30.00 Lakh (ex-showroom) |
| Battery Size | 56.7 kWh – 69.2 kWh | 49.92 kWh – 60.48 kWh | 60.00 kWh – 80.00 kWh |
| Claimed Range | 530 km (CLTC) | 468 km – 521 km (ARAI) | 500 km (Est.) |
| Motor Output | 201 bhp / 310 Nm | 201 bhp / 310 Nm | 218 bhp / 350 Nm |
Pricing Breakdown
Final retail pricing for the upcoming models has not yet been officially confirmed by JSW MG Motor India. However, industry estimates indicate the following pricing structure:
- Estimated Ex-Showroom Range: The electric version is expected to start at approximately ₹20.00 Lakh (ex-showroom) for the entry-level trim and rise to ₹27.00 Lakh (ex-showroom) for the long-range model. The PHEV version is estimated to retail between ₹18.00 Lakh – ₹24.00 Lakh (ex-showroom).
- On-Road Price Estimates: Factoring in state-specific road tax waivers for electric vehicles, on-road prices are projected to range from ₹21.00 Lakh to ₹29.00 Lakh (on-road), depending on the registration state.
- Subsidy Incentives: While passenger cars priced over ₹15.00 Lakh generally do not qualify for direct central subsidies under current frameworks, these upcoming SUVs will benefit from road tax exemptions and lower GST rates (5 percent for EV, 12 percent for PHEV/hybrid) relative to traditional ICE vehicles.
The Bottom Line
The MG ADAPT platform represents a significant technological leap for JSW MG Motor India as they transition to an all-electrified lineup. By offering EV, PHEV, and REEV capabilities on a single architecture, the brand is well-positioned to address diverse buyer needs and charging infrastructure limitations across India. The success of the upcoming SUV models will hinge on aggressive localized pricing to compete effectively with established electric utility vehicles.