Bajaj Auto launches refreshed CT100 with 8 new features for Rs 46,432
Motorcycle major revs up the action in the entry level segment with feature-laden variant.
In an effort to make the most of the festive season, Bajaj Auto has launched a new version of its commuter motorcycle, the Bajaj CT100 priced at Rs 46 432 (ex-showroom Delhi). This makes it the most affordable entry level motorcycle in the country.
The new CT100, which is powered by the DTSi engine, gets eight new features like front suspension bellows, rubber tank pads, fuel meter, handlebar with cross tube for better stability, thicker and flatter seat for added comfort even on bad roads, enlarged grab for pillion’s better grip, flexible and clear-lens indicators, and extended mirror boot.
The new CT100 KS comes in three colours – Gloss Ebony Black with Blue decals, Matte Olive Green with Yellow decals and Gloss Flame Red with Bright Red decals
Commenting on the launch, Narayan Sundararaman, Head of Marketing, Bajaj Auto, said: “The Brand CT has always delivered on its Kadak proposition with its strong build, robust engine, high reliability and great mileage making it one of the best motorcycles in the commuter segment. Our CT range has sold over 68 lakh motorcycles since inception. The upgraded features in the new CT100 KS will definitely attract customers aiming to choose a motorcycle that is feature-rich, fuel efficient, and provides the best value for money in its segment.”
READ MORE
Tune into the Who’s Who of India’s Two-Wheeler Industry: October 26-30
RELATED ARTICLES
JSW MG Motor launches Comet EV Blackstorm edition
The key highlights of the Comet EV Blackstorm, which is now the top-end variant, are its ‘Starry Black’ exterior along w...
Maruti Suzuki begins production at new Kharkhoda plant
Phase 1 of the Kharkhoda plant will have an annual production capacity of 250,000 units and produce the Brezza compact S...
Eurogrip aims for price parity with ICE in low rolling resistance tyres
With its two-pronged approach that focuses on optimising energy consumption in the manufacturing process of low rolling ...