Max Robotics — Global Service Robot Directory + US Certification

About

Vincent Ducastel’s research lies at the intersection of robotic actuation, transmission design, and human–robot interaction, with a particular focus on scaling laws and energy-efficient compliant systems. His most influential work, “Scaling laws for robotic transmissions” (2019, 28 citations), provides foundational principles for optimizing gearbox and drivetrain architectures, enabling more compact and powerful robotic systems. Ducastel further advanced the field by investigating compliant elements for high energy storage capacity in robotics (9 citations), and by exploring the energetic advantages of constant torque springs in series parallel elastic actuators (3 citations). A key contribution is his role in the development of SMARCOS (2021, 8 citations), a platform of off-the-shelf smart compliant actuators designed to accelerate and reduce the cost of creating human–robot applications. This work addresses a critical bottleneck in assistive robotics by providing easily integrable, standardized actuation modules. Ducastel’s research on scaling laws for parallel motor-gearbox arrangements (3 citations) also offers practical design guidelines for redundant, high-performance drive trains. Through his systematic approach to actuator scaling and compliance, Ducastel has helped bridge the gap between theoretical design principles and real-world robotic applications, making his work essential reading for engineers developing next-generation human–robot systems.