Honda's next-generation hybrid technology will be built on top of the new CR-V, which will go into production in February 2027 and will feature an upgraded 2.0L four-cylinder engine and an all-new motor. New hybrid system increases fuel economy by 10% and reduces production costs by 30%. Overseas cash CR-V Honda abruptly canceled the development of three new models for the North American market, including two pure electric models. Against this backdrop, Honda is accelerating the next generation of hybrid models. The new vehicle series will start with the CR-V hybrid version. Overseas current CR-V Honda has been developing a new generation of improved hybrid powertrains for a long time, which will replace the hybrid systems of the current Accord, Civic, CR-V, HR-V and the new Prelude models. The news said that the new car equipped with this system was on the market earlier than originally planned, and the first model CR-V hybrid version was expected to be put into production at the Canadian factory in February 2027, followed by synchronous production in the United States. The core of the current overseas CR-V Honda's fifth-generation hybrid system is a new direct-injection 2.0L four-cylinder engine with two new motors. All models equipped with this system are equipped with the Honda S + Shift analog gearshift system. Overseas cash CR-V to replace CR-V and other Honda models, in addition to the new hybrid system, will also use the new generation of medium-sized vehicle platform released by Honda at the end of last year. When the platform is paired with the new hybrid assembly, the weight of the entire architecture is reduced by 90 kg compared to the same specification assembly of the current Honda model. The platform design deliberately improves the chassis deformation, and the suspension filter performance is further optimized. At the same time, Honda's new sports management system will be installed in all models. The system analyzes and controls the yaw state of the vehicle, and optimizes the vehicle control performance by fine-tuning the braking and motor torque output in real time. (Compiled by Qin Chao, Automobile House).