IIT Madras Launches ₹150 Crore Centre for Advanced Humanoid Robotics - RobotWale News

Research & Labs: IIT Madras Launches Dedicated Humanoid Robotics Facility

Chennai, 14 May 2024 – The Indian Institute of Technology Madras (IIT Madras) officially inaugurated the Centre for Advanced Humanoid Robotics (CAHR) today, marking a significant expansion in India’s domestic research infrastructure for autonomous bipedal machines. The new facility, developed in collaboration with the Department of Science and Technology (DST), will focus on actuator miniaturization, real-time locomotion control, and scalable manufacturing processes tailored for Indian industrial environments.

Funding Allocation and Technical Objectives

The CAHR operates under a ₹150 crore grant approved in Q4 2023, with disbursements structured across a four-year research timeline. Initial development phases will prioritize high-torque density joint modules and lightweight carbon-fiber exoskeletal frames. The laboratory has acquired three industrial-grade motion capture systems and a custom-built force-torque testing rig capable of simulating 200kg payload loads. Research teams will utilize open-source neural networks for dynamic balance correction, with early prototypes expected to complete factory trials by Q2 2026. The facility also houses a dedicated thermal management chamber to monitor battery efficiency during extended operational cycles.

Domestic Manufacturing Partnerships and Pricing Strategy

Aligning with national automation targets, the CAHR has signed memorandums of understanding with three Tamil Nadu-based MSMEs specializing in precision gearboxes and servo motors. The consortium aims to reduce component import dependency below 40% within 24 months. According to project leads, the targeted retail price for the first commercial humanoid unit will remain under ₹15 lakh ($18,000), positioning the platform as a cost-effective alternative to imported European and Japanese models. The facility will also host a public demonstration series in Q3 2024, inviting automotive and logistics firms to evaluate early-stage applications in assembly line assistance and warehouse material handling. Academic researchers will have open access to the facility’s simulation cluster, fostering cross-institutional collaboration on gait optimization and human-robot safety protocols.