Leapmotor has outlined a new feature for its C10 SUV as part of an April Fool’s Day announcement, presenting a fictional system that would allow the vehicle to temporarily levitate over road imperfections. The feature, referred to as “LEAP MODE,” is described as a software-enabled function that raises the vehicle on an electromagnetic cushion to clear speed bumps and potholes.
According to the company’s April 1 statement, the concept is framed as an over-the-air update that would leverage the C10’s existing Cell-to-Chassis electrical architecture. The release claims the system would use magnets in the rear-mounted motor to generate a short-duration levitation effect, lifting the vehicle by up to 20 centimeters (approximately 7.9 inches) for up to 2 seconds. This height is considered sufficient to clear common road obstacles, such as speed bumps.
The fictional feature is described as operating at low speeds, with activation below 20 mph (32 km/h). In the scenario outlined, the system would detect an upcoming obstacle and initiate a controlled lift, allowing the vehicle to pass over it before returning to the road surface. Manual activation methods are also included in the concept, such as a touchscreen control, a steering wheel shortcut, or a voice command prompt instructing the vehicle to engage the function.
Leapmotor’s description of the system emphasizes a smoother driving experience and reduced cabin disruption. The company attributes hypothetical benefits, such as fewer beverage spills and an overall reduction in the impact of uneven road surfaces. These claims are presented as part of the April Fool’s narrative rather than as verifiable performance data.
The announcement also references road conditions in the United Kingdom as context for the feature. It cites an estimated 42,000 speed bumps and more than 1 million potholes, along with an average repair cost of £320 (approximately $400 USD) for damage caused by poor road surfaces. Within the joke, LEAP MODE is portrayed as a solution that could reduce vehicle wear and tear while improving occupant comfort.
A spokesperson for Leapmotor, Levi Tate, is quoted in the release describing the feature as a reinterpretation of existing vehicle technology. The statement suggests that the concept builds on the C10’s electrical platform and presents it in a way that addresses common driving challenges, while also characterizing the idea as consistent with the brand’s focus on value.
Despite the detailed explanation, Leapmotor’s announcement is clearly intended as an April Fool’s joke rather than a preview of a production feature. Automotive manufacturers have historically used April 1 announcements to present exaggerated or speculative technologies, often grounded loosely in real engineering concepts but extending them beyond practical or currently achievable limits.
The notion of a passenger vehicle using electromagnetic force to achieve temporary levitation remains outside the scope of commercially available automotive systems. While magnetic levitation is used in certain rail applications, such as maglev trains, those systems rely on dedicated infrastructure and controlled environments. Translating similar principles to a road-going passenger vehicle capable of operating on standard infrastructure presents significant technical and economic challenges.
The Leapmotor C10 itself is a real vehicle positioned as an electric SUV, and its Cell-to-Chassis architecture is a legitimate design approach that integrates the battery structure into the vehicle’s chassis. This configuration can improve structural rigidity and packaging efficiency compared to traditional body-on-frame or separate-battery-pack designs. However, the use of this architecture to generate a levitation field, as described in the April Fool’s release, is not grounded in current automotive engineering practices.
April Fool’s announcements such as this typically serve a marketing function, drawing attention to a model or brand while engaging audiences with a concept that blends familiar vehicle features with speculative technology. In this case, Leapmotor’s framing of LEAP MODE incorporates recognizable elements such as over-the-air updates, voice controls, and driver-assistance features, while extending them into a fictional capability.
The inclusion of specific measurements, activation conditions, and user interface elements contributes to the plausibility of the concept at a surface level, even as the underlying premise remains unrealistic. This approach is consistent with other automotive April Fool’s campaigns, which often present detailed but fictional features in a format similar to genuine product announcements.
Leapmotor has not indicated any plans to develop or implement a levitation-based system for the C10 or any other production vehicle. The LEAP MODE feature, as described, exists solely within the context of the April 1 announcement.


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