Range & Charging Data
146
City Range (mi)
95
Highway Range (mi)
123
Combined Range (mi)
15.5 kWh
Battery Capacity
78 kW
Motor Power
1.0 hrs
Level 2 Charge
7.9 mi/kWh
Efficiency
💰 Annual Fuel Cost Estimate
| Scenario | Miles/Year | Est. Annual Cost |
|---|---|---|
| Low mileage rider | 5,000 | $101 |
| Average mileage rider | 10,000 | $202 |
| High mileage rider | 15,000 | $302 |
* Based on average US electricity rate of $0.16/kWh. Rates vary by region.
🌱 Environmental Impact
0 g/mi
Direct CO₂ Emissions
49 g/mi
Grid CO₂ (avg US mix)
8/10
Green Score
74% less
vs Avg Gas Motorcycle
⚡ Electric motorcycles produce zero tailpipe emissions. Grid CO₂ depends on your local energy mix — renewable charging = near-zero total emissions.
Range Maximization Tips
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Manage battery temperature: Cold batteries lose 20–30% range. Pre-condition the battery in cold weather before riding.
-
Use smooth throttle inputs: Aggressive acceleration is the biggest range killer. Smooth, progressive throttle use maximizes range.
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Use regenerative braking: Set regen braking to maximum and plan stops early to recover energy instead of wasting it as heat.
-
Highway speed kills range: Range drops rapidly above 60 mph due to wind drag. Riding at 55 mph vs 75 mph can gain 25–35% more range.
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Reduce aerodynamic drag: Tucking behind the screen and removing unnecessary luggage improves highway range significantly.
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Charge to 80% for daily use: Regularly charging to 100% degrades lithium batteries over time. Keep daily charging to 80% and charge to 100% only for long trips.
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Plan your route: Using navigation to avoid hills, plan charging stops, and choose roads with lower speed limits maximizes range confidence.
-
Avoid extreme heat storage: Never store an electric motorcycle in a hot garage — battery degradation accelerates above 95°F. Seek shade or a cool space.
How It Compares — Harley-Davidson Lineup
| Model | Year | Range (mi) | Battery (kWh) |
|---|---|---|---|
| LiveWire | 2024 | 146 | 15.5 |