Battery Ride Time Calculator

🔋 Battery Pack Ride Time Estimator

Calculate the battery pack size needed for your electric vehicle

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For Accurate Results
Please locate the exact wattage of your motor (usually found on the motor label or in your scooter's manual) and verify the total number of batteries in your current setup before using this calculator.
⚡ System Parameters

Voltage of the battery or battery pack

Volts

Watts rating of the motor — check your scooter's specs for the exact value

Watts
💡 Select a voltage above to see typical wattage ranges

Minutes of time that the vehicle will be driven

Minutes
⏱️ We recommend planning for 120 minutes of continuous usage to ensure adequate battery capacity for most riding scenarios.

Type of ground that the vehicle will be driven on

Adjustments
Battery Type
Battery Pack Needed
Quantity
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12 Volt Batteries
Capacity
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Ah Each

💡 Important Notes

AGM lead acid batteries are used on practically all electric scooters, bikes, and go karts. Gel batteries are found on some older mobility scooters. Flooded batteries are common in marine and solar applications.

  • Typical wattage ranges: 24V–36V systems: 200–300W | 48V–72V systems: 500–700W
  • This calculator provides an estimate for single-occupant vehicles
  • Does not factor in headwinds, gross vehicle weight, or excessive rolling resistance
  • Actual ride time may vary based on specific conditions
  • We recommend rounding up to the nearest standard Ah size (e.g., 7Ah, 9Ah, 12Ah, 18Ah, 22Ah, 35Ah)

🔍 Finding Your Exact Specifications

  • Motor wattage: Check the label on your motor, the user manual, or the original product listing
  • Battery count: Open your battery compartment and count the number of 12V batteries currently installed
  • System voltage: Multiply your battery count by 12V (e.g., 4 batteries = 48V system)
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