KUKIRIN G2 Master Electric Scooter

The KUKIRIN G2 Master harnesses dual 1000W motors to generate commanding torque and seamless gradient performance across diverse surfaces. Its synchronized dual-drive architecture optimizes traction distribution, directional precision, and dynamic stability—critical factors for navigating both paved urban corridors and unforgiving off-road conditions. This engineering approach translates to enhanced rider confidence and consistent performance regardless of terrain demands.

The KUKIRIN G2 Master integrates a 52V lithium battery system with 1081.6Wh energy capacity, engineered to sustain approximately 70 km of operational range per full charge cycle. This substantial power reserve minimizes charging frequency during extended journeys, enabling riders to maintain consistent performance without interruption across demanding daily routes or weekend expeditions.

The KUKIRIN G2 Master features an expansive high-definition display dashboard delivering crisp, legible telemetry across all riding conditions. Its streamlined interface architecture grants immediate access to velocity metrics, directional orientation, and operational diagnostics—critical information presented without cognitive overhead. This thoughtful instrumentation design enhances situational awareness and operational efficiency throughout your ride.

The KUKIRIN G2 Master accommodates diverse rider anthropometrics through its adjustable stem mechanism, enabling personalized ergonomic positioning that optimizes control geometry and reduces fatigue during extended sessions. Dual hydraulic disc braking systems—front and rear—distribute deceleration forces symmetrically while maximizing thermal dissipation capacity, ensuring consistent stopping authority and extended brake longevity across varied riding conditions and intensity levels.

The KUKIRIN G2 Master employs aerospace-grade aluminum alloy construction with reinforced fold architecture, delivering exceptional rigidity-to-weight ratios and structural integrity under sustained load. Dual hydraulic dampers positioned front and rear attenuate high-frequency vibrations and impact transients, isolating the rider from terrain irregularities while preserving responsiveness—a critical advantage during extended expeditions where vibration-induced fatigue compromises control and endurance.