Open architecture
Subsystems organized so researchers can access sensing, motion, diagnostics and control interfaces without unnecessary barriers.
Research Robotics
Robotic platforms designed for experimentation, access and extension.
Aadith's Lab develops research robots and configurable engineering platforms for R&D teams that need open interfaces, custom mechanics, sensing, autonomy or low-level access beyond a fixed commercial product.
Built for R&D
A research robot should make experimentation easier, not hide the machine.
Research platforms often need a different balance from production equipment: flexibility, observability, accessible interfaces and the ability to modify hardware or software as the work evolves.
Configurable mobility
Mobile bases, payload mounting, sensing layouts and power systems adapted to the experimental objective.
ROS 2 robotics
Navigation, ros2_control, motion planning, device drivers and custom interfaces integrated around the platform.
Manipulation
Robot-arm, gripper, lifting-axis and mobile-manipulation configurations for robotics research.
Custom sensing
LiDAR, depth cameras, IMUs, encoders, vision and application-specific instruments integrated into one platform.
Embedded access
Custom controllers, machine I/O, CAN, Ethernet and real-time interfaces where experiments need low-level control.
Research use cases
Platforms that evolve with the experiment.
Autonomous navigationHuman-robot interactionMobile manipulationPerception researchMotion controlCustom instrumentation
Research robotics enquiry
Start with the research objective and required access.
Share the experiment, mobility/manipulation needs, sensors, interfaces, software environment and which parts of the machine researchers need to modify or control.