Kukirin
KUKIRIN G3 Pro Electric Scooter
KUKIRIN G3 Pro Electric Scooter
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Specification
| Motor | 1200W*2; peak at 1500W*2 |
|---|---|
| Top Speed | Up to 65 km/h (40 mph) |
| Range | Up to 80 km (49.7 miles) |
| Riding Mode | 25 km/h | 45 km/h | 65 km/h |
| Battery | 52V 23.4Ah |
| Charging Time | 6–7 hours (2A*2) |
| Max Torque | 33.26 N·m | Max RPM 1250 |
| Acceleration | Sine wave |
| Climbing Angle | 35° |
| Headlight | Yes |
| Signal Light | Yes |
| Brake Light | Yes |
| Tire | Pneumatic Tire (255×80) |
| Tire Size | 10 inches |
| Suspension | Front and Rear double shock absorber |
| Brake | Front and rear oil disc & e-brake |
| Load Capacity | 120 kg (265 lbs) |
| Product Weight | 96 lbs |
| Folding Size | 1295 × 630 × 595 mm |
| Unfolding Size | 1295 × 630 × 1360 mm |
| Waterproof Level | IP54 |
Description
KuKirin G3 Pro: Power, Intelligence, and Style Combined
The KuKirin G3 Pro electric scooter merges high-performance engineering with practical versatility for serious riders. Twin 1200W motors deliver impressive acceleration and hill-climbing capability, while the 52V 23Ah removable battery achieves extended 80 km range with dual fast-charging support. Hydraulic suspension paired with aggressive off-road tires provides confident handling across diverse surfaces—from urban pavement to rugged terrain. The skeletal frame design balances lightweight construction with structural integrity. An intuitive touchscreen display offers real-time performance metrics and navigation, while the comprehensive 6-light LED array—headlights, directional indicators, and brake lights—maintains visibility and safety standards. Whether tackling daily commutes or exploring challenging trails, the G3 Pro delivers the reliability and capability discerning riders expect.
Images
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Experience commanding power with the KuKirin G3 Pro's dual brushless motor configuration—1200W front and rear units generating 2400W combined output. This synchronized dual-drive architecture delivers exceptional torque for steep gradient negotiation and sustained high-speed performance. Three selectable speed modes allow riders to optimize power delivery based on terrain demands and riding preferences. The scooter achieves velocities up to 65 km/h with instantaneous throttle engagement and refined power modulation, creating a responsive, predictable riding experience. Engineered for performance enthusiasts seeking precision control and exhilarating acceleration, the G3 Pro transforms commutes and recreational rides into engaging, dynamic experiences. |
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The KuKirin G3 Pro features a 23,200mAh (1206Wh) lithium battery engineered for extended range and operational flexibility. Delivering up to 80 km per charge cycle, the removable design enables convenient charging at multiple locations without scooter relocation. Dual charging ports facilitate simultaneous dual-charger operation, substantially accelerating recharge cycles. The battery's high-discharge-rate architecture ensures consistent power delivery and minimal voltage sag during demanding acceleration or hill-climbing scenarios. This combination of capacity, modularity, and charging infrastructure supports extended riding sessions while maintaining the performance characteristics riders demand from premium electric scooter platforms. |
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The KuKirin G3 Pro incorporates an 11-light illumination architecture engineered for comprehensive visibility and safety assurance. Four forward-facing LED headlights paired with four lateral positioning lights establish expansive frontal illumination for low-light navigation. The rear assembly integrates three intelligent lights with integrated brake and directional signaling capabilities, automatically activating flash patterns during deceleration or directional changes. This multi-vector lighting configuration ensures 360-degree visibility and communicates rider intent to surrounding traffic, establishing a robust safety framework for nighttime and reduced-visibility riding conditions. |
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The KuKirin G3 Pro integrates a sophisticated digital display interface delivering instantaneous telemetry across critical operational parameters—velocity, transmission mode, battery state-of-charge, and cumulative distance. The high-contrast screen architecture prioritizes information hierarchy and legibility, enabling rapid data acquisition without requiring sustained visual focus. This instrumentation framework empowers riders with comprehensive situational awareness, facilitating informed decisions regarding power management, range optimization, and ride planning throughout extended journeys. |
Dimensions


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