China Electric Pickup Truck K7S: Reliable Heavy-Duty Transport from Leading Suppliers and Factory
The K7S has a super large body size of 3000*1330*1650mm, paired with a semi load bearing body and a layout design of 2 doors and 2 seats, leaving most of the body space for loading areas. With an official load-bearing capacity of 450kg, it can easily accommodate heavy items such as daily necessities, furniture, and building materials, especially suitable for high-frequency replenishment needs of small supermarkets and farmers' markets.
The 72V1500W motor, combined with the 72V24tubes controller, forms a powerful system. Compared to the conventional 60V model, the 72V voltage system can provide more stable power output. Even with a full load of 450kg cargo, the start is still smooth, and the acceleration during driving is smooth, without the occurrence of "insufficient load power" jamming;
The maximum speed of 40km/h, while ensuring the safety of heavy loads, is more efficient than low-speed electric freight vehicles, which can shorten the time cost of urban and rural short distance transportation and increase daily transportation frequency.
The 72V58Ah high-capacity battery has a single charging range of up to 60km, fully meeting the daily needs of short distance heavy loads and avoiding the embarrassment of "running out of power halfway". It has a charging time of 6-8 hours, does not occupy daytime operation and transportation time, and does not affect the daily operation rhythm at all.
The front suspension adopts a ф 43 hydraulic fork, and the hydraulic structure can effectively filter road bumps. Even when driving at full load on unpaved roads in rural areas, it can reduce the transmission of vibration to the vehicle body and avoid damage to goods due to bumps and collisions; The rear suspension adopts an integrated rear axle, which disperses the weight of goods through a more rigid rear axle structure, reduces the deformation of the rear wheels caused by heavy loads, improves driving stability, and avoids the safety hazard of "heavy load deviation".