KTM developing India-made twin-cylinder engine for 2028 launch
KTM, in partnership with Bajaj Auto, is working on an all-new twin-cylinder engine platform that is expected to redefine its sub-500cc portfolio. The upcoming motor will mark the third generation of KTM’s small-capacity performance engines and is being developed entirely in India. The new platform is likely to replace the current 399cc single-cylinder engine over time, with a potential market debut around 2028.
KTM’s presence in the sub-500cc segment has so far revolved around single-cylinder engines, beginning with the 373cc unit and later transitioning to the newer 399cc LC4c motor. The next phase, however, is expected to move to a parallel-twin configuration. While final displacement figures are not yet confirmed, the engine is likely to remain under 500cc and could be tuned to comply with Europe’s A2 licence regulations, which cap output at 47 BHP (35kW). This would position it directly against twin-cylinder rivals in the global 400–500cc space.
The shift reflects changing market dynamics. International competitors such as Kawasaki, Honda and Aprilia already offer twin-cylinder motorcycles in this category, and demand for more refined, higher-spec machines has grown in India as well. A twin-cylinder layout is expected to deliver smoother performance, improved NVH characteristics and a broader powerband compared to the existing single-cylinder setup. Reports suggest that while the new twin will sit at the top of the range, the current 399cc engine could be revised and repositioned lower in the lineup.
Development of the new engine is being led by Bajaj’s R&D team, with production likely to take place at the Chakan facility near Pune. The platform is expected to underpin future Duke, Adventure and RC models, and could potentially extend to Husqvarna offerings. KTM is reportedly targeting a global reveal around EICMA 2027, followed by a commercial launch in 2028. Importantly, this project is unrelated to earlier RC 490 prototypes seen in Europe, which were based on a different engine platform.
