Engineering Implementation for Advanced Vehicle Access
In the automotive sector, translating a high-level vision into a functional mechanical subsystem requires a rigorous focus on engineering execution. RT engaged GoMotiv (Outerspace) to provide specialised technical services for the development of a flush-mounted, automatically presenting door handle.
Our role was focused on the Technical Implementation phase, taking a pre-defined product intent and engineering the complex internal kinematics required to bring that concept to mechanical reality.
The approach:
The project was characterised by a high-pressure development cycle, requiring a "cold start" approach to the mechanical architecture. GoMotiv provided the engineering bridge between the client's design vision and the final functional prototypes.
Mechanical Architecture & Implementation: Our team was responsible for the detailed engineering of the presenting mechanism. This involved the selection of motors, defining gear ratios, and calculating the precise kinematics required to move the handle from a flush position to a presented state within the constraints of the existing door skin and internal window regulator paths.
Studio Engineering & Surfacing: Working within the client's established design parameters, we provided Studio Engineering services to develop A-class surfaces for the visible handle and pocket components. This ensured that the mechanical movement was paired with a high-fidelity finish that met automotive aesthetic standards.
Functional Validation: To verify the mechanical integrity of the engineered solution, we managed the production of multiple sets of high-fidelity prototypes. Utilising SLS and CNC processes, these prototypes allowed for physical testing of the handle's retraction and extension cycles under simulated real-world conditions.
The outcome:
The collaboration successfully delivered a complete technical data package and functional prototype sets, enabling the client to move forward with their broader vehicle development program. By focusing on the implementation and mechanical refinement of the subsystem, GoMotiv demonstrated its ability to solve complex packaging and kinematic challenges under restricted timelines.
This project highlights GoMotiv’s expertise as a technical partner capable of executing sophisticated electro-mechanical subsystems that integrate seamlessly into modern vehicle architectures.
