India’s robotics revolution takes a massive leap forward with a hybrid design that blends human dexterity with high-speed industrial mobility.
The industrial automation landscape is rapidly evolving with advancements in AI and robotics, moving towards machines that can adapt, learn, and collaborate with humans in dynamic environments. This marks the era of humanoid robotics, promising increased flexibility and efficiency.
India’s Robotics Revolution: Ushering in the Humanoid Era
Addverb Technologies, a leader in intralogistics solutions and backed by Reliance Industries, unveiled India’s first wheeled humanoid robot, the Addverb Elixis-W, on February 5, 2026, at LogiMAT India 2026 in Mumbai. This launch signifies a major leap towards “Physical AI” and aims to redefine productivity, safety, and operational models across industries.
The Elixis-W’s hybrid design combines human-like dexterity with high-speed wheeled mobility. This development aligns with India’s “Make in India” and “Atmanirbhar Bharat” initiatives, fostering indigenous innovation and positioning India in the global robotics race alongside companies like Tesla and Boston Dynamics.
The Hybrid Advantage: Inside the Design
The Elixis-W features a hybrid design with a robust wheeled base integrated with a humanoid upper body. This design is optimized for industrial environments, prioritizing speed, stability, and energy efficiency on relatively flat surfaces.
Wheeled Base
Enables speeds up to 5.4 km/h for rapid traversal and navigation of diverse layouts, including uneven surfaces.
Hybrid Approach
Leverages efficient wheel locomotion for wide-area movement combined with humanoid manipulation for tasks.
Engineering Excellence: Key Features
Dual-Arm Dexterity
Each arm ends in a five-fingered hand capable of precise tasks with a payload of up to 5 kg per arm.
Physical AI
Built on a Physical AI-ready architecture, enabling real-time decisions in dynamic, unstructured environments.
Intelligence Suite
Powered by dual NVIDIA Jetson Orin/Thor units for massive processing and 360-degree environmental awareness.
Technical Specifications
Height – 1750 mm
Weight – 75 kg
Payload – 5kg / arm
Speed – 5.4 km/h
DOF – 41 Degrees
Battery – 60-90 min
Real-World Impact: Transforming Industries
The Elixis-W is designed to tackle “Dull, Dirty, or Dangerous” jobs, allowing human workers to focus on cognitive and supervisory tasks:
- ✓ Logistics: Autonomous sorting and inventory management.
- ✓ Manufacturing: Intricate assembly and quality control.
- ✓ Healthcare: Sterile instrument handling and retail stocking.
The Road Ahead
With an initial investment of ₹70–90 lakh, the Elixis-W offers long-term economic benefits through increased productivity and enhanced safety. Addverb’s roadmap includes rapid improvements in battery life, payload capacity, and AI capabilities.
“The Elixis-W acts as a flexible bridge for complex, unstructured tasks, complementing specialized robots in an autonomous ecosystem.”
Conclusion
The Addverb Elixis-W represents a pivotal moment for indigenous innovation. By combining practical mobility with human-like dexterity, it paves the way for a more efficient and collaborative industrial future. As industries seek optimization, robots like the Elixis-W will be the cornerstones of the autonomous era.
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