Range Questions and TestingUpdated 3 hours ago
One of the most common questions we hear is: “How far can my Ridewave eBike go on a single charge?” The answer depends on many real-world factors such as battery size, terrain, rider weight, tyre pressure, temperature, and riding style. This guide explains how range is tested, what affects it, and how to get the most from your battery.
Why Comparing Range Between eBikes Can Be Misleading
Even if two eBikes list the same motor wattage, differences in battery capacity, controller output, and tuning change how power is delivered and used. PAS (Pedal Assist) levels also vary by brand—one brand’s “PAS 1” might equal another’s “PAS 3”. Meaningful comparisons require identical test conditions.
Our Range Testing Conditions
- Battery charged to 100%
- Rider weight: 75 kg
- Flat, sealed road
- PAS 1 only (no throttle)
- 20–27 °C, light winds
- Bike properly tuned with correctly inflated tyres
Note: Cold weather temporarily reduces battery performance and range. This returns to normal in warmer temperatures.
How to Test Your Own Range
- Charge to 100%. The charger LED changes from red to green when full.
- Condition the battery with 3–5 full cycles (drain & recharge) before testing.
- Ride in PAS 1 on mostly flat terrain.
- Ride until power down to find full range—plan your loop so it ends close to home.
- Repeat using different PAS levels and/or throttle-only to see how each mode affects range.
Main Factors That Affect Range
1) Rider Weight & Cargo
Extra kilos from the rider or carried gear increase motor load and reduce range. Travel light where possible.
2) Hills
Climbing requires more torque and drains the battery faster. Flat routes yield longer distances.
3) Stop-Start Riding
Frequent stops and starts (e.g., city traffic) consume more energy. Start in a lower gear and use your legs to get rolling before engaging high PAS or throttle to extend range.
4) Tyre Pressure
Under-inflated tyres increase rolling resistance and drain the battery. Keep tyres at the recommended PSI (printed on the sidewall) for efficiency and longer tyre life.
5) Aerodynamics
Upright, comfort positions increase wind resistance, especially at higher speeds or into a headwind. Reducing speed or PAS level in strong winds helps conserve energy.
6) Temperature
Battery chemistry performs best in mild temperatures (15–25 °C). Extreme cold or heat reduces available range temporarily.
7) Surface Conditions
Smooth, sealed surfaces (asphalt) allow greater range than gravel, grass, or off-road terrain.
8) Motor Power & Assistance Level
Higher PAS levels, throttle use, or off-road/boost modes draw more current and reduce range. Use Eco/Tour for casual rides to maximise distance.
9) Gear Selection
Shift like a traditional bicycle: lower gears on climbs, higher gears on flats. Efficient pedalling reduces motor strain and extends range.
10) Tuning & Maintenance
A well-maintained eBike runs more efficiently. Check for brake rub, keep tyres inflated, lubricate the chain, and ensure components are aligned. Even light brake drag can noticeably cut range.
Quick Tips to Maximise Range
- Prefer PAS 1–2 for cruising; save higher PAS for hills or headwinds.
- Keep tyres at spec and chain lubricated.
- Shift to lower gears before stopping and when climbing.
- Avoid long, high-speed runs into strong headwinds.
- Store and charge the battery at room temperature where possible.
In Summary
Ridewave eBikes are engineered for smooth, responsive performance. Your real-world range depends on your route, conditions, and riding style. With good maintenance and smart PAS/gear use, you’ll enjoy the longest possible distance per charge—and the signature smooth Ridewave feel.