• 由马克斯·维斯塔潘和塞尔吉奥·佩雷斯在2023年国际汽联一级方程式世界锦标赛赛季中驾驶
• 每款模型均由一小队工匠手工打造并组装而成
• 1:18比例模型，长度超过31厘米/12英寸
• 采用最优质的材料制作
• 耗时超过800小时开发该模型
• 精密制造的零件：铸件、光蚀刻件及数控加工金属部件
• Built using original CAD designs and paint codes supplied by Oracle Red Bull Racing

Built to retain Oracle Red Bull Racing both the World Drivers’ and World Constructors’ titles for the first time in a decade, the RB19 is Milton Keynes’ competitor for the 2023 FIA Formula One World Championship. Driven by the reigning World Champion Max Verstappen and Sergio Pérez, teammates for the third consecutive season, the RB19 is already on the march to another title double, with Oracle Red Bull Racing scoring more than twice the points of their closest competitors.

RB19是上一赛季横扫二十二站十七冠的RB18赛车的进化版。由首席技术官阿德里安·纽维设计的RB18已具备多项独特特性，这些特性在RB19上得以延续，尤以风洞顶棚的更大曲率和前悬架防俯冲几何结构的极端角度最为显著。 2023赛季赛车不仅延续了前悬架的极端防俯冲角度，更通过将后悬架最末端的顶部控制臂连接点提升至变速箱上方结构（原先连接点位于变速箱下方），显著增强了后悬架的防蹲功能。 这三大特征——拱形隧道顶、极端防俯冲前悬架与防上跳后悬架——及其协同作用，很可能与车队在新规时代取得的卓越表现密切相关。RB19在使用DRS时也获得了显著优势，其表现甚至超越了前代车型。

As of the summer break, the Oracle Red Bull Racing RB19 has won all twelve races it has competed in, with a further seven podiums, nine pole positions and eight fastest laps, scoring 503 World Championship points. Max Verstappen has won ten of those races, finishing second only to Sergio Pérez in the other two races. The RB19 is already the most dominant car in Formula 1 history playing a key role in the Oracle Red Bull Racing’s record-setting thirteenth consecutive win at the Belgian Grand Prix, breaking McLaren’s twelve race winning streak in since 1988.

This fine 1:18 scale model is of the Oracle Red Bull Racing RB19 as raced by Max Verstappen and Sergio Pérez during the 2023 FIA Formula One World Championship. This model has been handcrafted and finished in Amalgam Collection workshops utilising the original CAD data, finishes and paint codes supplied directly by Oracle Red Bull Racing. The completed prototype has undergone detailed scrutiny at the hands of the Oracle Red Bull Racing’s design and engineering departments to ensure complete accuracy of representation.