Jakarta –
The electric motorbike used by the Ducati factory team in MotoGP has officially entered Indonesia through Charged Indonesia. Pecco Bagnaia cs uses the Vmoto Soco CPx and its twin is present in Indonesia under the name Charged Rimau.
Charged Indonesia officially entered Indonesia in 2022. This electric motorbike company is a local partner for the Vmoto Soco Group electric motorbike brand. Not only collaborating to bring the Vmoto motorbike line to Indonesia, Charged Indonesia also assembles the electric motorbikes at their factory located in Tangerang.
Interestingly, the paddock motorbike for the Ducati team in MotoGP, aka Charged Rimau, comes with more powerful specifications than other electric motorbikes. Charged claims that Rimau is equipped with an electric motor that can generate instant torque of 165 Nm.
Apart from that, Charged Rimau is also claimed to be able to accelerate up to 95 km per hour. Charged Indonesia also claims that Rimau can drive up to 200 km with the two batteries it can carry.
Charged Indonesia, which initially only provided subscription packages or monthly rentals, has now opened a sales spigot for its line of electric motorbikes.
There are various purchase packages. Charged Indonesia sells Rimau in the cheapest package, namely without a battery, at a price of IDR 33,500,000 on the road DKI Jakarta. By buying this package, Charged Rimau owners can rent the battery for IDR 350,000 per month.
“Yes, that’s our new package, the motorbike is without a battery, so the battery costs Rp. 350,000 per month,” said Yudi Permana Sukma as Brand Manager of Charged Indonesia to detikcom.
In addition to the package without a battery, Charged Rimau can also be purchased with a single battery pack. This package is sold at IDR 48,000,000 for DKI Jakarta.
Charged Indonesia is also still opening monthly subscription packages for this flagship electric motorbike. Charged Rimau can be rented for IDR 1,650,000 per month.
Watch Video “Rimau Charged Review: Fun, Attractive, Great Electric Motorcycles“
(mhg/rgr)