Skip to main content

TVS launches Jupiter 125 SmartXonnect at Rs 96,855

Jupiter 125 SmartXonnect gets a backrest.

Autocar Professional BureauBy Autocar Professional Bureau calendar 17 Oct 2023 Views icon9530 Views Share - Share to Facebook Share to Twitter Share to LinkedIn Share to Whatsapp
TVS launches Jupiter 125 SmartXonnect at Rs 96,855

TVS has launched the Jupiter 125 SmartXonnect at Rs 96,855 (ex-showroom, Delhi) and like the Ntorq XT, this scooter gets a TFT dash that enables you to connect your smartphone to it via Bluetooth.   

The Jupiter 125 is powered by an air-cooled, 124.8cc, single-cylinder engine making 8.2hp at 6,500rpm and 10.5Nm at 4,500rpm. This is a simpler engine than the one found in the sportier Ntorq 125 and is aimed at maximising fuel efficiency and being good at city speeds. Kerb weight is a manageable 109kg and seat height stands at an accessible 765mm. 

The digital dash brings in a host of features including real-time sporting match updates, alerts from food and shopping apps, news & weather updates and voice assistance. This is addition to the usual suite of connectivity which includes call, message alerts and turn-by-turn navigation. 

At Rs 96,855, the Jupiter 125 SmartXonnect is at the top of the lineup above the drum and disc variants of the scooter.

Also See:

TVS Jupiter ZX drum with Bluetooth launched at Rs 84,468

RELATED ARTICLES

Maruti Says Small Car Demand is Back, Share of 1st Time Buyers at 54%

auther Kiran Murali calendar31 Jul 2026

Share of first-time buyers rises to 54% in Q1 as small-car sales grow 34%.

Exclusive: India Set To Become A Strategic V2X Tech Market: Qualcomm

auther Mukul Yudhveer Singh calendar31 Jul 2026

Qualcomm says the government’s decision to delicense the 5.9 GHz spectrum has removed a key hurdle for Vehicle-to-Everyt...

CASE India Sets Out to Double Revenue by 2030 Despite a Slowing Start to FY27

auther Shahkar Abidi calendar31 Jul 2026

Managing Director Shalabh Chaturvedi highlights two-part plan to double revenues via organic and inorganic methods.