72V Electric Motorcycle Range Explained: Why Some Riders Go Far

• Posted by champ motorcycle Dec 9 Filed in Business #72V Electric Motorcycle  27 views
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  72V Electric Motorcycle Range Explained: Why Some Riders Go Farther Than Others

  If you’re considering a 72V electric motorcycle, range is probably the deciding factor in your purchase. But why do some riders easily achieve 100 km on a charge while others barely reach 60 km? The answer comes down to battery capacity, riding patterns, and environmental conditions.

  This article explains the science behind range and how to get the maximum distance out of your 72V electric motorcycle.

  1. Understanding the Power of a 72V System

  A 72V power system delivers:

  l Higher peak power

  l Stronger acceleration

  l More stable output at high speeds

  l Improved climbing ability

  But higher voltage alone doesn’t guarantee long range. Energy capacity (Wh) = Voltage × Ah is what truly determines how far you can go.

  Examples:

  l 72V 20Ah = 1,440 Wh

  l 72V 40Ah = 2,880 Wh

  l 72V 60Ah = 4,320 Wh

  More watt-hours = more distance.

  2. What Range You Can Expect from a 72V Battery

  Here are realistic ranges (not ideal lab numbers):

  • 72V 20Ah

  ➡ 25–35 miles (40–55 km)
  Light scooters & economy models

  • 72V 30Ah

  ➡ 37–50 miles (60–80 km)
  Best for city commuters

  • 72V 40Ah

  ➡ 50–68 miles (80–110 km)
  Balanced and practical for most riders

  • 72V 50–60Ah

  ➡ 68–95 miles (110–150 km)
  Great for long-distance touring or heavy riders

  These numbers assume moderate speeds and normal conditions.

  3. Why Your Riding Style Matters More Than You Think

  The biggest range killer is speed.

  High-speed riding = massive energy consumption

  At 30–40 mph (50–65 km/h):
  ➡ Longest range

  At 45–55 mph (70–90 km/h):
  ➡ Range drops 25–40%

  At 60+ mph (96+ km/h):
  ➡ Range can drop 50%

  Other factors that change range:

  l Full-throttle vs smooth acceleration

  l Riding in ECO vs SPORT mode

  l Tire pressure

  l Traffic stop frequency

  In other words:
  Two riders with the exact same motorcycle may get very different results.

  4. Weather and Terrain: The Silent Range Killers

  Cold weather impact

  Lithium batteries lose efficiency in low temperatures:

  l At 10°C (50°F): Range drops 10–20%

  l At 0°C (32°F): Range drops 25–35%

  Terrain impact

  l Uphill roads require more torque

  l Off-road riding increases rolling resistance

  l Wind resistance at high speeds shortens range

  5. How to Maximize Range on a 72V Electric Motorcycle

  Practical tips supported by real user data:

  ✔ Maintain moderate speeds
  ✔ Keep tires properly inflated
  ✔ Use ECO mode on longer rides
  ✔ Avoid unnecessary full-throttle starts
  ✔ Charge the battery before it drops below 20%
  ✔ Store the battery at comfortable temperatures
  ✔ Reduce extra weight on the motorcycle

  These habits can increase range by 15–30%.

  6. Who Should Choose a 72V Electric Motorcycle?

  A 72V model is ideal for riders who need:

  l Strong acceleration

  l Good climbing performance

  l A practical 60–120 km daily range

  l More stability under high load

  Compared to 48V or 60V systems, a 72V motorcycle provides a significantly better balance of power and endurance.

  Conclusion

  A 72V electric motorcycle can realistically deliver anywhere from 40 km to 150 km depending on battery capacity and riding conditions. The key to long range lies in picking the right Ah capacity and adopting efficient riding habits.

  If you want strong torque, high speed stability, and dependable commuting range, a 72V electric motorcycle is one of the best choices available today.

   

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