{"id":1829,"date":"2026-09-18T17:06:44","date_gmt":"2026-09-18T08:06:44","guid":{"rendered":"https:\/\/india-marketing.jp\/india-news\/mg-cyberster-baas\/"},"modified":"2026-09-18T17:06:44","modified_gmt":"2026-09-18T08:06:44","slug":"mg-cyberster-baas","status":"publish","type":"india-news","link":"https:\/\/india-marketing.jp\/en\/india-news\/mg-cyberster-baas\/","title":{"rendered":"Splitting the battery into a monthly fee: MG's attempt to rebuild pricing for luxury EVs"},"content":{"rendered":"
\nThis article is based on what we could verify As of September 18, 2026<\/strong> in public records and news reports from India. India revises its tax rules and regulations frequently, and the details here may have changed since. When making an actual business decision, please check the latest information with primary sources such as the ministries responsible and local experts.\n<\/div>\n\n\n

JSW MG Motor India, which runs the MG brand in India, has introduced \"BaaS\" (Battery as a Service) \u2014 billing the battery separately \u2014 on its luxury EVs, the Cyberster and the M9. It's a scheme that carves the battery cost out of the vehicle price and instead charges based on distance driven. This design, which lowers the upfront purchase cost by around 10%, offers one answer to the question of how to present EV pricing. It is a case worth noting for Japanese automakers and battery makers trying to read pricing in India's EV market.<\/p>\n\n

The starting point: a distance-based battery plan for the Cyberster and M9<\/h2>\n\n

According to Autocar India (September 17, 2026), MG made BaaS an option on both the Cyberster and the M9. The Cyberster's regular price is 8.25 million rupees (82.50 lakh, about 13.7 million yen), while under BaaS it is 7.249 million rupees (72.49 lakh, about 12 million yen) plus 8 rupees (about 13 yen) per kilometer driven. The M9's regular price is 7.995 million rupees (79.95 lakh, about 13.3 million yen), while under BaaS it is 6.999 million rupees (69.99 lakh, about 11.6 million yen) plus 8 rupees per kilometer. The upfront cost drops by 1.001 million rupees (about 1.66 million yen) for the Cyberster and 995,000 rupees (about 1.65 million yen) for the M9 (as of September 2026, at \u20b91 \u2248 \u00a51.66). No mechanical spec changes are involved.<\/p>\n\n

Background: taking the most expensive part of an EV, the battery, out of the outright purchase<\/h2>\n\n

The single biggest factor pushing up EV prices is the battery. The Cyberster carries a 77 kWh battery (580 km range), and the M9 a 90 kWh battery. BaaS separates this battery cost from the vehicle's base price and shifts it into a monthly payment tied to use. In exchange for lowering the upfront burden of an outright purchase, the design adds cost the more you drive, so the trade-off is clearer for usage patterns where distance driven can be predicted. MG offers these through its upper-tier sales network, \"Select,\" suggesting an aim to widen the entry point into higher-priced EVs.<\/p>\n\n

Not a discount, but a change in \"how payment is structured\"<\/h2>\n\n

What stands out is that the vehicle itself has not gotten cheaper. The gap between the regular price and the BaaS price (roughly 1 million rupees) hasn't disappeared \u2014 it has been converted into an ongoing charge of 8 rupees per kilometer driven. In other words, this is not a discount but a reallocation between upfront cost and ongoing cost, a presentation tailored to the psychology of Indian consumers accustomed to monthly payments. It creates a break-even point where BaaS favors low annual mileage and an outright purchase favors long distances, shifting the purchase decision from \"total price\" to \"monthly payment.\"<\/p>\n\n

How it is being received locally and in the industry<\/h2>\n\n

Coverage centers mainly on MG's design and pricing, and no information could be confirmed to state definitively how dealers or third parties are assessing it. Autocar India reports that BaaS lowers the Cyberster's upfront cost by 1.001 million rupees and the M9's by 995,000 rupees, while requiring a battery rental fee of 8 rupees per kilometer. That it is a charging model tied to distance driven is clearly reported, and this account sticks to that factual basis.<\/p>\n\n

Implications for Japanese companies: how you \"hold\" the battery reshapes the competitive field<\/h2>\n\n

The idea of separating the battery from the vehicle hands the initiative to whoever controls the battery's own supply, certification, and recovery. The push toward domestic battery cell certification in India is covered in Ola Electric's in-house battery earns India's first BIS certification, raising questions about Japanese companies' India strategy<\/a> and the flow of recovering metals from used batteries is detailed in \u201cUrban mining\u201d starts in India: how battery-metal sourcing changes for Japanese companies<\/a>. In two-wheelers, there are scenes where Japanese players are being outpaced by local mass-production strength, and Three Japanese makers lose outright in India's EV scooter war<\/a> lays bare the price and volume barriers of electrification. Whether to sell the battery outright, lease it, or take responsibility all the way through recovery \u2014 that choice of business model will shape competitiveness.<\/p>\n\n

Ripple effect on the market: EV sales shift from ownership to usage<\/h2>\n\n

Distance-based billing dissolves the line between vehicle sales and aftermarket revenue. The idea of building a scheme around local resources and local circumstances also connects with Cow dung becomes fuel for Suzuki: winning in India with local resources<\/a>; for Japanese players to compete in India, they need to go beyond \"product performance\" and get into the design of payment and operating models as well.<\/p>\n\n

Practical information and related links<\/h2>\n\n