242 km range with single charge! This electric scooter is for the middle class.

The Ola S1x Plus with the Zen 3 platform has recently been launched in the market. Ola Electric is now planning to launch these electric scooter delivery soon. This e-skoler has recently been seen in Bangalore. The company says that this model offers a good performance in the price of affordable. It is located between S1x Plus S1 Pro and S1X. Against this background, let’s find out the details of this electric scooter so far.

What are Ola S1 x+ battery specifications?

Ola S1x Plus is available with only 4 kW battery pack. The previous generation S1x Plus electric scooter had a 3 kw battery pack.

What is Ola S1 X+ Charging Time?

The Zen 3 S1x Plus comes with a portable 750 watt charger. This helped reduce the charging time from 7.4 am to 6 pm, although the battery size is large. The previous generation scooter had only 500 watt charger.

What is Ola S1 X+ Range?

The company says that it will give Ola S1x Plus a 242 -kilometer range.

What are Ola S1 x+ motor specifications?

Ola S1x Plus is now a middle-drive motor in place of the hub motor. It gives 11 kw peak power output.

What is Ola S1 X+ Top Speed?

The S1x Plus electric scooter is the top speed of 125 km / h.

What is Ola S1 X+ Electric Scooter Price?

Ola S1x Plus price Rs. This is a pre -shoveroom.

What are the changes in the Zen 3 platform?

In the past, these scooters were powered by the belt drive system. Now coming with a chain drive. This change increases the power capacity by 2 percent. Acceleration access up to 10 %. In addition, the series is expected to exceed the lifetime belt drive. Torque is expected to be high. Ola claims that the sound level produced by the series is equal to the belt drive.

All scooters using the Zen 3 platform have a brake-by-vyer technique and single-channel anti-lock braking system. However, some selected vehicles have a dual-channel anti-lock braking system. The implementation of brake-by-wire technique is expected to increase by 15 percent due to brake fertility, which will also contribute to the expansion of the life of the break pods.