19/10/2026
Real-World E-Bike Battery Test: 80 km with 40% Battery Remaining
Test conducted by Alex Guichard
October 18, 2026 | Clyde, New Zealand
This is one of the best parts of the job, even on a Sunday, especially on a beautiful day like yesterday.
The goal of this ride was to test two new components on our latest ULTRA LIGHT E-BIKE: a new pedal system and our updated smartphone app for motor control. It was also the perfect opportunity to conduct a real-world battery endurance test.
Starting from our assembly workshop in Clyde, I rode to Historic Cromwell via the spectacular Dunstan Trail and back.
The result?
✅ 80 km ridden
✅ 1,220 m of climbing
✅ 20 km/h average speed
✅ Just under 4 hours riding time
✅ 40% battery remaining
The bike used for the test was our LVS162 model, equipped with a flat stem and standard saddle, weighing only 13.5 kg.
The objective was simple: ride the bike exactly as an active customers would. That meant:
• No motor assistance on flat terrain
• Level 1 assistance into headwinds
• Level 2 to 3 assistance on the steeper climbs
This is where an ultra-light e-bike delivers a completely different experience.
You still get a genuine workout when you want one, while having electric assistance available whenever needed. You are not riding a moped, you are riding a bicycle with intelligent support.
Most conventional e-bikes are designed to be ridden with the motor engaged almost constantly. Even Eco mode is often used simply to compensate for the bike's weight. With an ultra-light e-bike, riding under your own power on the flat is not only possible, it feels natural. In fact, on flat terrain, using motor assistance is often unnecessary.
During this ride, the motor was used extensively on the 1,220 m of climbing. Conditions were calm for the first 40 km, while the final 20 km were completed into a strong headwind.
Yet after 80 km of demanding riding, the battery still had 40% capacity remaining.
Not bad for a bike that weighs just 13.5 kg.