小米汽车在最新一期答网友问中介绍了澎程系列新车的多项创新配置。[1]澎程 N90 Max 前排主副驾座椅支持 180° 电动旋转，二三排座椅滑移距离分别可达 900mm，最长的滑轨可达 1938mm。[1]
在安全性方面，座椅滑轨采用 7 系加强铝合金材料制造，相比常规材料抗拉强度提升 9%，锁止强度达 54000N。[1]这些滑轨经过了从零下 20℃ 至 60℃ 的温度环境下共 15000 次循环滑动测试，测试后保持无松动状态。[1]前排座椅旋转机制亦进行了总计 5500 次耐久循环测试，温度范围同样覆盖零下 20℃ 至 60℃。[1]
新车在驾驶体验上也进行了优化设计。[1]N90 Max 的前向视野角度为 24.2°，A 柱障碍角度仅 3.3°，转弯半径为 5.95m。[1]夜间行驶时，当车辆时速低于 10km/h，慢行灯会自动打开，照亮两侧路面。[1]
此外，澎程系列搭载的小米龙甲电池在 55℃ 高温满电条件下，单个电芯发生热失控时，电池包能够实现无热蔓延、不起火、不爆炸。[1]
Xiaomi has unveiled new details about its Peng Cheng N90 Max vehicle, highlighting innovative seating and safety features designed to enhance both comfort and driving experience.[1] The vehicle is equipped with ultra-long sliding rail seats that extend up to 1938mm, with the second and third-row seats capable of sliding distances of 900mm respectively.[1] The sliding rails are constructed from reinforced 7-series aluminum alloy, offering a 9% increase in tensile strength, with locking strength reaching 54,000N and maximum peeling strength of up to 57,000N.[1] These rails have undergone rigorous testing, including 15,000 cycles of sliding motion across temperature conditions ranging from -20°C to 60°C without any loosening detected.[1]
The front row seats feature an innovative 180-degree electric rotation capability, which has been validated through 5,500 durability cycles across the same temperature range.[1] In terms of visibility, the N90 Max achieves a forward viewing angle of 24.2 degrees with an A-pillar obstruction angle of just 3.3 degrees, resulting in a compact turning radius of 5.95 meters.[1] A notable safety feature is the low-speed creep light, which automatically activates when the vehicle travels below 10km/h at night, illuminating both sides of the road for enhanced visibility.[1]
The vehicle is also equipped with Xiaomi's Dragon Armor battery, which has demonstrated exceptional thermal safety performance.[1] Under extreme conditions of 55°C ambient temperature with a fully charged battery, the battery pack shows no thermal propagation, fire, or explosion risk when an individual cell experiences thermal runaway.[1]
