Xiaomi is introducing the Skynomad N70 and N90 SUV models, featuring a hybrid system that blends electric power with a gas-powered range extender [1, 2].

This launch represents a strategic move by the electronics giant to capture the mid-market SUV segment by addressing range anxiety. By combining a substantial battery with a combustion backup, Xiaomi aims to bridge the gap for drivers not yet ready to commit to fully electric vehicles.

The Skynomad series is designed to operate on electric power for approximately 314 miles [2] before the gas-powered range extender activates. This configuration allows the vehicle to function primarily as an electric vehicle for daily commutes while maintaining the flexibility of a traditional internal combustion engine for long-distance travel.

Pricing for the new SUV is set at $38,400 [1, 2]. The company has positioned the N70 and N90 as versatile options for consumers seeking a balance between sustainability and utility, a move that places them in direct competition with other emerging electric and hybrid brands.

While specific regional availability was not detailed, the reveal emphasizes Xiaomi's rapid expansion into the automotive sector. The integration of a range extender suggests the company is prioritizing reliability and versatility to attract a broader demographic of buyers who may lack consistent access to charging infrastructure.

The company's approach leverages its existing ecosystem of technology to create a seamless user experience within the vehicle's interface. By keeping the entry price under $40,000, Xiaomi is targeting a competitive price point for the SUV market [1, 2].

“The Skynomad series is designed to operate on electric power for approximately 314 miles.”

Xiaomi's decision to implement a range extender rather than a purely electric powertrain indicates a pragmatic approach to the current limitations of charging infrastructure. By offering a vehicle that can travel over 300 miles on electricity but maintains a gas backup, Xiaomi is targeting 'fence-sitters' who desire EV efficiency but fear the inconvenience of battery depletion during long trips.