Land Intelligent Mobility Series
For various scenarios such as professional off-road, outdoor operations, urban commuting and end-user transportation, we provide high-performance and highly reliable land-based electric vehicles to meet the travel and operation needs of different users.
Our land intelligent mobility series is centered around autonomous power technology and passenger vehicle-level safety standards, creating a diversified product matrix that meets the needs of all scenarios. It also takes into account professional performance, practical value, and the concept of low-carbon and environmental protection.
For professional off-road and outdoor operation scenarios, high-performance electric off-road motorcycles and all-terrain UTV/ATV series products are equipped with self-developed large-torque power systems and highly reliable vehicle architectures. They can achieve stable output and security in complex road conditions, adapting to various professional scenarios such as exploration, outdoor operations, and special tasks, and meeting the strict demands of professional users with hard-core performance.
For urban commuting and short-distance travel scenarios, mini intelligent passenger cars, heavy-duty/commuting electric two-wheelers, and portable electric scooters and other series products continue to adhere to passenger vehicle-level safety standards and self-developed three-chip technology advantages, while also considering convenience, economy, and practicality. Whether it's urban daily commuting, last-mile logistics delivery, or short-distance transportation for "the last mile", they can provide safe, comfortable, and efficient electric travel experiences, providing inclusive product support for the green upgrade of urban transportation systems.
From professional scenarios to daily travel, we always orient ourselves towards user needs, finding the optimal balance between power performance, safety standards, range capacity, and usage experience, providing reliable and compatible electric solutions for land travel in different scenarios.
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