by www.motorcycle.com

The two-person crew traveled 310 kilometers on a single charge.

Verge Motorcycles now owns the Guinness World Record for the longest an electric motorcycle has traveled on one charge. The attempt was done around London roads, and judging by the footage in the video, the kind of riding was very much the sort that favors an EV – that is very minimal, if any, highway riding.

Verge Motorcycles Breaks Guinness World Record for the Longest Electric Motorbike Journey On a Single Charge

Technology company and electric motorbike pioneer Verge Motorcycles has broken the Guinness World Record for the longest journey by an electric motorbike on a single charge. The record-breaking journey was almost 311 kilometers in length and was accomplished with the serially manufactured Verge TS Pro electric motorbike in London on the March 22nd, 2025.Play

“This world record is an amazingly proud moment for the entire Verge team. We have been developing the efficiency, driveability, and features of our motorbikes for years, and we wanted to show the world that anything is possible. This record is a concrete demonstration of what our unique technology and proprietary architecture are actually capable of. For us, this is first and foremost a symbol of setting bold goals, reinforcing trust, and being able to show the reliability and performance capabilities of our solutions in a concrete way. It is good to shift into even higher gear from here and head towards new opportunities for putting our bikes to the test”, says Verge Motorcycles CMO Lauri Laukkanen.

The world record achieved by the Verge Motorcycles bike was accomplished by a team of experienced electric vehicle specialists. Riders Sam Clarke and Sara Sloman are in the foreground of the picture. Photo Credit: Generate Media

“This world record is an amazingly proud moment for the entire Verge team. We have been developing the efficiency, driveability, and features of our motorbikes for years, and we wanted to show the world that anything is possible. This record is a concrete demonstration of what our unique technology and proprietary architecture are actually capable of. For us, this is first and foremost a symbol of setting bold goals, reinforcing trust, and being able to show the reliability and performance capabilities of our solutions in a concrete way. It is good to shift into even higher gear from here and head towards new opportunities for putting our bikes to the test”, says Verge Motorcycles CMO Lauri Laukkanen.

The Verge Motorcycles TS Pro, shown here, was responsible for the record-setting ride in London. Photo Credit: Verge Motorcycles

A top team of experienced electric vehicle specialists was assembled for the attempt to set the new Guinness World Record. The drivers were Sam Clarke and Sara Sloman, both well-known and experienced influencers in the industry. Their record-breaking trip lasted for just over 16 hours and took them through suburban areas inside the London M25 ring road, passing through various districts of the city. The traffic conditions during the record-setting effort were typical of a big city, meaning occasional congestion, traffic lights, and pedestrian crossings. The journey of the motorbike was tracked with a professionally precise tracking system, and its battery was not charged at any point during the trip. Vehicle management specialists Webfleet collected data for the record-breaking performance, and the whole project was captured by the content production company Generate Media. AA (The Automobile Association) was on hand to ensure that the bike was operable throughout the drive.

Sam Clarke and Sara Sloman Officially Receive their Guinness World Record Commemorative Plaque. Photo Credit: Generate Media

“It is noteworthy that, even after setting a new world record, the motorbike battery still had about seven percent of charge remaining. That means that the bike could have gone on even further, but the team decided to stop to ensure the reliability of the data after driving for 16 hours and breaking the record,” Laukkanen explains.