Zero Motorcycles has set a new Guinness World Records title for the longest journey by an electric motorcycle on a single charge. A production Zero DS traveled 436.5 km without recharging, surpassing the former benchmark of 310.689 km by 125.8 km.
The result matters because the motorcycle was not a prototype. It was a dealer-standard Zero DS fitted with an optional Power Tank, ridden on public roads from the French Alps toward the Mediterranean.
A Record Set on Public Roads
The attempt began in Les Claux, Vars, in the French Alps at about 7 p.m. Three riders left on three production Zero motorcycles, aiming to follow smaller roads south through France.
The route crossed mountain passes, villages, and open countryside before reaching the Mediterranean region. It was selected for both its scenic character and its potential to support efficient riding.
This was not a closed test track or a laboratory exercise. The riders faced traffic, road changes, darkness, short stops, and ultimately severe weather near the finish.
All three motorcycles exceeded the previous record. However, Jelle Verstaen’s Zero DS went furthest, finishing at 436.5 km after its battery was depleted.
The Riders and Their Motorcycles
Louis Renaud, a Zero customer from France, rode his own SR/S. Jenny Brookes, Senior Global Brand Manager at Zero Motorcycles, rode a stock DSR/X and documented the journey.
Verstaen, from Belgium, rode the record-setting DS. His motorcycle used the optional Power Tank, while the SR/S and DSR/X remained in their standard configurations.
The presence of a customer rider gave the attempt additional credibility. Zero says the DS was used exactly as it leaves its dealers, apart from the commercially available battery accessory.
Why Zero Chose the DS
The Zero DS was selected because it balanced efficiency, comfort, and available technology. Its upright riding position was considered better suited to a journey expected to last more than eight hours.
The motorcycle’s cast wheels also offered an aerodynamic advantage over the spoked wheels used on the more powerful DSR/X. Its lower-output motor helped reduce overall weight as well.
Although the fully faired SR/S is lighter and more aerodynamic, the DS offered a more practical package for a long overnight ride. Zero therefore treated the DS as the strongest candidate for maximum distance.
Battery Capacity and Powertrain
The record DS used a standard 15.6 kWh Z-Force battery. Zero’s optional 3.6 kWh Power Tank increased total usable capacity to 19.2 kWh.
The Power Tank is a dealer-installed accessory that replaces part of the tank storage area with an additional power pack. Zero says it adds 3.6 kWh of capacity while retaining a small lockable storage compartment.
Beyond that factory option, the motorcycle remained stock. It used standard tires, and Zero did not make record-specific changes to reduce rolling resistance or improve aerodynamics.
The DS uses Zero’s Z-Force powertrain architecture. According to the company, it combines a high-density battery, a passively cooled interior permanent magnet motor, and a drivetrain designed to limit energy losses.
Zero describes its Z-Force motor as an interior permanent magnet design developed for efficiency, power, and compact dimensions. The company says this architecture supports strong torque and higher sustained speeds.
The DS motor produces 45 kW of peak power, 11 kW of continuous power, and 132 Nm of peak torque. Its maximum speed is listed at 139 km/h, with a sustained top speed of 110 km/h.
How the Riders Extended Range
The record did not depend on one technique. Zero attributes the result to efficient motorcycle design, careful planning, and deliberate riding decisions across the entire route.
The team avoided major motorways in favor of smaller single-lane roads. These routes allowed a steadier pace, fewer interruptions, and less repeated acceleration and braking.
Night riding also helped. Lower traffic levels reduced stops, unnecessary braking, and repeated acceleration, allowing the riders to preserve a more consistent rhythm.
Speed control was central to the strategy. Aerodynamic drag rises with speed, so the riders targeted roughly 52 km/h where road conditions and legal limits allowed.
The Alpine terrain provided another advantage. Regenerative braking recovered energy during descents, while the riders anticipated corners and road changes to retain momentum.
Custom ride modes allowed the team to adjust power delivery and regeneration behavior. Cruise control helped maintain steady speed, and the riders even considered using the kill switch in selected sections to reduce drivetrain resistance.
Range Lessons for Electric Motorcycle Riders
Zero framed the attempt as a practical demonstration of what riders can achieve with existing technology. The company also shared several principles for extending everyday electric motorcycle range.
- Manage speed carefully, because aerodynamic drag increases sharply at higher speeds.
- Maintain momentum by anticipating corners, traffic, and changes in road conditions.
- Avoid unnecessary acceleration and braking, even when regenerative braking is available.
- Consider riding position and luggage, since both can affect airflow and energy use.
- Keep tires at the manufacturer’s recommended pressure to reduce rolling resistance.
- Use regeneration thoughtfully, while remembering that avoiding deceleration is often more efficient.
- Choose favorable conditions when possible, but always prioritize safety over range.
Zero notes that warm air and higher altitudes can reduce aerodynamic drag. By contrast, wet roads and loose surfaces can increase energy losses.
The Journey Through the Night
After scouting the route and charging at an EBORN Level 2 station, the group departed in the evening. The riders then traveled south on French départementales and other minor roads.
A chase vehicle recorded video throughout the ride. Two support vans also followed, ready to collect each motorcycle once its battery ran out.
The riders took short breaks for safety and comfort. One stop brought them to Arles, where they briefly visited the city’s Roman amphitheater before continuing south.
The conditions remained mostly dry and pleasant for much of the journey. That changed when the group reached the Camargue region near the end of the route.
Weather Tested the Final Kilometers
A major storm brought heavy rain for the final 100 km. In the last 25 minutes, the riders also encountered gale-force crosswinds and torrential rainfall.
Despite the conditions, the Zero DS continued beyond 400 km. The ride ended only when the battery was exhausted and GPS tracking recorded a final distance of 436.5 km.
The result exceeded the previous record by more than 40 percent. Zero says the improvement amounted to 125.8 km over the former 310.689 km benchmark.
The other motorcycles also performed strongly. Renaud’s SR/S reached 350 km with 4% battery remaining, while Brookes’ DSR/X covered 384 km.
Brookes rode 15 km beyond the point where the DSR/X dashboard showed 0% state of charge. Part of her route was completed in heavy rain, with a videographer riding as a passenger.
How Guinness Verified the Attempt
The record required more than a long ride. Zero worked within Guinness World Records requirements to document the motorcycle, route, battery status, distance, and witnesses.
The DS was fully charged before departure. Its charge port was sealed with tape, making any interference or unauthorized charging immediately visible.
Verstaen carried two professionally verified GPS trackers to confirm the distance. The team also maintained a logbook covering times, breaks, location photographs, and witness statements.
Louis Renaud acted as an independent witness while riding his own SR/S. Manu De Soomer provided additional witness support from the chase van.
At the finish, a Guinness World Records adjudicator spent more than an hour reviewing the evidence. The adjudicator recorded the final figures and collected statements from those involved.
Guinness separately defines its general “longest journey by electric motorcycle” category as a multi-day, multi-charge journey. The Zero achievement instead concerns the longest journey completed on one charge.
What the Result Shows
The record demonstrates that range is not determined by battery capacity alone. Motorcycle efficiency, rider behavior, route selection, terrain, weather, and regeneration all influence the distance available from one charge.
It also highlights the value of production hardware. Zero emphasizes that the DS used commercially available components rather than experimental technology or undisclosed modifications.
The company says its Z-Force battery packs use advanced lithium-ion cell chemistry and battery management systems. It also states that a typical pack can travel more than 200,000 miles while retaining 80% of its original maximum capacity.
Zero’s Cypher III+ platform adds another layer of control. Through the company’s app, riders can adjust custom ride modes, torque delivery, regenerative braking, and top-speed limits.
Those controls were relevant to the record attempt. They allowed the riders to tailor the motorcycle’s response to mountain descents, quiet rural roads, and the need for consistent energy use.
A Milestone in Zero’s 20th Year
The achievement arrived during a significant year for Zero Motorcycles. In 2026, the company marks 20 years since its beginnings in a California garage.
Over that period, Zero says battery capability, motor performance, and electric motorcycle adoption have advanced considerably. Its motorcycles now appear on city streets, mountain roads, race circuits, and trails worldwide.
Company executives presented the record as evidence of that long-term engineering focus. CEO Pierre-Martin Bos said the use of production motorcycles and public roads makes the result meaningful to riders.
Jarno Middelbosch, Senior Director of Global Marketing, said range remains important to electric motorcycle riders. He argued that regeneration and an efficient powertrain give riders tools to extract more from every charge.
The result therefore serves two purposes. It sets a measurable world record, and it shows how a production electric motorcycle can deliver long-distance capability when ridden with intention.
Sources: Zero Motorcycles
