Home EVs News Ola S1 Pro Rider claims a 262km range, #RideTheRevolution contest

Ola S1 Pro Rider claims a 262km range, #RideTheRevolution contest

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Ola Electric recently held an engaging contest under the hashtag #RideTheRevolution, urging users to push the limits of their Ola S1 Pro scooters. Ola ride the revolution Ola S1 Pro Rider claims a 262km range, #RideTheRevolution contest https://e-vehicleinfo.com/ola-s1-pro-rider-claims-a-262km-range-ridetherevolution-contest/

The contest encouraged participants to ride their S1 Pro on a single charge and share their highest recorded range on social media, tagging Ola Electric. This unique challenge garnered substantial attention, with many riders eager to showcase their scooter’s capabilities.

Ola Electric’s Contest Rules and Rewards

The contest rewarded users based on their performance. The best entries in the 3kWh and 4kWh battery categories would each win an Ola S1 Motorcycle, while the top 100 entries were promised exclusive Ola S1 merchandise.

This initiative not only engaged users but also provided Ola Electric with valuable insights into the scooter’s real-world range.

Impressive Range Achievements

The results shared by users on Twitter were truly remarkable, with many surpassing the Ola Electric certified range of 195 km for the S1 Pro.

Here are the top 5 reported ranges by the OLA S1 Pro Riders:

  • 262 km: The highest range achieved by a rider named “Karibaswaraj B” on a single charge on an Ola S1 Pro electric scooter.
  • 254.1 km: This capability, achieved by a user named Nikhil, is one of the second-highest ranges ever recorded in a single charge.
  • 242 km: A significant achievement by another rider in the contest.
  • 229.2 km: Recorded by a user as his best range in a single charge.
  • 224 km: Recorded by a participant as his best range in a single charge. 

Source: Individual Twitter handle

Final Thoughts

These achievements highlight the potential of the Ola S1 Pro, with users demonstrating that the scooter can exceed the official range under real-world conditions. Factors such as riding style, terrain, and weather could contribute to these results.

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