Speck Design collaborated with Plus AI, a leading self-driving truck company, to integrate autonomous driving technology into heavy trucks. Our focus was on designing side mirror components for various truck models, aligning with Plus AI's innovative sensor arrays to enhance commercial transportation efficiency and safety.
In the mechanical engineering phase, our team faced the challenge of integrating advanced sensor systems into various truck models. This task required a meticulous approach to ensure that each component not only fit perfectly but also functioned seamlessly with the existing truck structures. We concentrated on the precise design of side mirror components, which was critical for the successful operation of the Plus AI sensor arrays. Our engineers worked closely with Plus AI's in-house team, conducting thorough site visits for measurements and discussions. This collaborative effort led to the creation of components that were not only mechanically sound but also aesthetically aligned with each truck model. We managed to reduce the size of the panels without compromising their functionality, achieving an optimal balance between design and practicality. The result was a series of components that not only met the mechanical requirements of autonomous driving technology but also enhanced the overall design and functionality of the trucks.
Speck Design collaborated with Plus AI, a leading self-driving truck company, to integrate autonomous driving technology into heavy trucks. Our focus was on designing side mirror components for various truck models, aligning with Plus AI's innovative sensor arrays to enhance commercial transportation efficiency and safety.
In the mechanical engineering phase, our team faced the challenge of integrating advanced sensor systems into various truck models. This task required a meticulous approach to ensure that each component not only fit perfectly but also functioned seamlessly with the existing truck structures. We concentrated on the precise design of side mirror components, which was critical for the successful operation of the Plus AI sensor arrays. Our engineers worked closely with Plus AI's in-house team, conducting thorough site visits for measurements and discussions. This collaborative effort led to the creation of components that were not only mechanically sound but also aesthetically aligned with each truck model. We managed to reduce the size of the panels without compromising their functionality, achieving an optimal balance between design and practicality. The result was a series of components that not only met the mechanical requirements of autonomous driving technology but also enhanced the overall design and functionality of the trucks.
The industrial design phase focused on creating components that would seamlessly blend with various truck models while housing advanced autonomous technology. This task required a deep understanding of brand aesthetics and functional design. Our team undertook a hands-on approach, visiting Plus AI's headquarters to gain a thorough understanding of the technical and aesthetic nuances. The design process involved an iterative approach, with multiple concept reviews and revisions, to ensure that the new components would not only fit perfectly but also resonate with the truck's original design language. Our creative use of space and attention to detail allowed us to minimize the size of the components, facilitating easier manufacturing and assembly. The final designs provided a fresh yet coherent look to the trucks, embodying the fusion of traditional truck design with futuristic autonomous technology. The result was a set of components that were both visually appealing and functionally superior, contributing significantly to the transformation of commercial transportation through advanced autonomous driving solutions.
