Enter your Battery Voltage, Battery Capacity, Motor Power, and weight details — Rider Weight, Cargo Weight, and Motorcycle Weight — to calculate your Estimated Range, along with Total Energy Available, Energy Consumption, and how Temperature Impact affects how far your electric motorcycle can actually go.
Estimated Range
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Total Energy Available
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Energy Consumption
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Temperature Impact
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Frequent stops require more energy to accelerate back to cruising speed. City riding with multiple stops per mile can reduce range by 20-30% compared to steady highway cruising.
Yes, fat knobby tires create significantly more rolling resistance than street tires. This can reduce your range by 15-25% depending on tire size and tread pattern.
Cold temperatures reduce battery capacity and efficiency. At 32°F, you can expect 15-20% less range, and at 0°F, range can drop by 30-40% compared to optimal temperatures around 70°F.
Higher speeds dramatically increase energy consumption due to wind resistance. Riding at 35+ mph can use 2-3 times more energy than cruising at 15-20 mph, cutting your range in half or more.
Yes, additional weight requires more energy to accelerate and climb hills. Every 50 pounds of extra weight (rider + cargo) typically reduces range by 8-12%.
Pedal-assist modes extend range significantly by combining human power with motor power. Strong pedaling can increase range by 40-60% compared to throttle-only riding.
These estimates are for planning purposes only. Actual range varies based on battery age, exact riding conditions, maintenance, and individual riding habits. Real-world range can vary ±20% from estimates.
Most manufacturers recommend using only 80-90% of total battery capacity to preserve battery life. Using 100% capacity regularly can significantly reduce your battery's lifespan.