Technical and industrial feasibility
Specifications and engineering studiesfor motorized solutions
We carry out the feasibility study for your OEM electric drive project based on real operating conditions: constraints, target architecture, risks, and validation plan. The goal is to secure the technical choices before development.
Let’s define my specifications Move on to OEM developmentAn essential step
To avoid a “blind” feasibility assessment, this study phase is especially relevant when :
Your requirement is only partially defined or remains implicit
The application and its constraints have not yet been fully characterized (duty cycle, load, environment, interfaces).
You are replacing an existing solution
A realistic target solution is developed based on an existing reference point (measurements, gaps, and integration constraints).
You need to make early trade-offs (technology / cost / lead time / performance)
Development needs to be based on validated assumptions.
Our approach
We work in phases, with clear milestones: deliverables, risks, and decisions.
Technical kick-off
Functional scoping to understand what you expect from the new motorized solution, in which system, and with what priorities (performance / cost / lead time / compliance).
Input data & characterization
When key information is missing, we systematically complete it with measurements and testing: validation of assumptions using a mock-up, laboratory tests, and on-site trials.
Studies & target architecture
Pre-sizing, architecture scenarios, well-founded technology choices, and identified key technical challenges.
Structured feasibility assessment (Go / No-Go)
Scoping file including assumptions, risks, validation plan, and development roadmap. QCD commitment (quality, cost, lead time).
What you get
Preliminary specifications
Prioritized requirements + validation criteria
Recommended architecture
Motor / sealing / gear reducer / control system, based on the application
Assumptions & key technical challenges
What needs to be validated and what carries risk
Validation & roadmap
Testing, milestones, and acceptance criteria from prototyping through to series production.
Controlled budget
QCD commitment, with progressive budget commitment phases
Our resources
Engineering team
Mechanical, electromagnetics, electronics, hydraulics, and industrialization
Design / simulation tools
2D/3D design and simulation software
Test laboratory
Electrical, mechanical, hydraulic, and vibro-acoustic testing. Reproduction of real operating conditions on dedicated test benches.
Industrial mindset
A global approach: production, repairability, after-sales service, and industrial continuity
Once feasibility has been clearly defined, we can move forward with product development and validation, followed by industrialization and process validation, through to series production lifecycle.
Let’s define your specifications
