| Battery Type & Capacity | Daily commutes, long-distance travel | - Industry Standard: Lead-Acid (12Ah) ▼ - Our Base: Integrated Lead-Acid (20Ah) ▲ - Our Advanced: Integrated Lead-Acid (20Ah) | ▲ Base: 30% higher capacity than industry standard (ISO 6469) ▲▲ Advanced: Same capacity but optimized power usage for stability | Lead-Acid weight impacts portability (e.g., 15kg vs lithium’s 5kg) |
| Motor Power | Hilly terrain, speed-sensitive routes | - Industry Standard: 250W ▼ - Our Base: 350W ▲ - Our Advanced: 500W ▲▲ | ▲ Base: 40% more torque (30-50 Nm) for inclines ▲▲ Advanced: 71% higher power for steep ascents (IEC 60034-30-1) | Higher wattage = faster battery drain (e.g., 60km range drops to 45km at max speed) |
| Braking System | Urban stops, safety-critical zones | - Industry Standard: Drum Brake ▼ - Our Base: Drum Brake ▲ (wet/dry performance) - Our Advanced: Drum Brake + Electronic Sensor ▲▲ | ▲ Base: 20% shorter stopping distance (EN 14764) ▲▲ Advanced: Sensor-assisted braking for emergencies | No disc brake option (less effective at high speeds vs competitors) |
| Max Speed | Commuting, highway access | - Industry Standard: 25 km/h ▼ - Our Base: 50 km/h ▲ - Our Advanced: 60 km/h ▲▲ | ▲ Base: Exceeds EU city limits for faster commutes ▲▲ Advanced: 24% faster for intercity travel (ISO 6398) | Risk of legal penalties in regions capping e-bikes at 25 km/h |
| Range | Multi-day trips, extended use | - Industry Standard: 40 km ▼ - Our Base: 31–60 km ▲ (varies by terrain) - Our Advanced: 60 km ▲▲ (constant 50 km/h) | ▲ Base: 50% longer than basic models (EN 15194) ▲▲ Advanced: Consistent 60 km at max speed | Lead-Acid degradation reduces range after 200 cycles |
| Smart Features | Tech-savvy users, navigation | - Industry Standard: Basic LCD ▼ - Our Base: Digital Display + Sensor ▲ - Our Advanced: Sensor + Electronic Lock ▲▲ | ▲ Base: Real-time speed/torque monitoring ▲▲ Advanced: Anti-theft via GPS (ISO 14130) | Base lacks smartphone app integration (planned in 2024) |