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MAKE IN INDIA / ENGINEER FOR THE WORLD

Indian ingenuity.
Global ambition.

Creating intelligent machines. Developing manufacturing capability. Connecting Indian engineering with the world.

At Humanoid Robotics Limited, our direction is clear: develop robotics and automation in India, strengthen local engineering partnerships, and collaborate with customers across international markets.

Discuss a global project Explore our work ↓
HRL humanoid robot branding illustration for Paarth R1
PAARTH R1 / HUMANOID ROBOTICS
Under development · HRL branding illustration

01 / PRODUCT DEVELOPMENT

Intelligence takes
physical form.

Our product direction begins with humanoid robotics, followed by autonomous cleaning and application-specific automation.

LEAD PLATFORM / UNDER DEVELOPMENT

Paarth R1

A humanoid research platform focused on perception, bipedal locomotion and supervised manipulation. Proposed development areas include sensor fusion, whole-body control, motion planning and modular research interfaces.

Target sales readiness: 2028, subject to engineering validation and production-readiness review.

Explore Paarth R1 ↗
FLOOR CLEANING

HCR

HCR is designed for floor-care applications. Explore its navigation, cleaning-system integration and operational monitoring approach for commercial environments.

Specifications and performance remain preliminary engineering targets.

Explore HCR ↗
CUSTOM PROJECT ENQUIRIES

Automation systems

Application-led robotic integration, connected controls and software workflows. Project discussions start with cycle time, payload, workspace, process interfaces and operator requirements.

Explore automation ↗

02 / FROM DESIGN TO PRODUCTION

Build the engineering.
Develop the ecosystem.

Our manufacturing approach is to connect product architecture with qualified suppliers, controlled assembly and measurable verification. Production scope and capacity are agreed for each project.

01

Mechanical engineering

Define structures, enclosures, joints and assemblies through CAD, tolerance analysis and design for manufacture and assembly (DFM/DFA). Review materials, service access and manufacturability before release.

02

Electronics & embedded control

Plan actuator interfaces, sensor integration, power distribution, wiring architecture and embedded firmware. Establish interface specifications, fault handling and diagnostic requirements.

03

Supplier development

Identify Indian partners for machining, fabrication, electronics and assembly against project needs. Evaluate technical fit, inspection requirements, lead times and component traceability.

04

Assembly & verification

Plan assembly instructions, calibration procedures, test fixtures and inspection records. Use agreed acceptance criteria to guide prototype evaluation and pilot-build decisions.

Our localisation roadmap prioritises supplier qualification and engineering quality. Component origin, in-house work, partner responsibilities and production scale are defined in each project plan.

03 / ENGINEERING OUTSOURCING TO INDIA

Your challenge.
Our engineering collaboration.

We welcome international companies, original equipment manufacturers (OEMs), research institutions and system integrators seeking an India-based development partner.

R&D

Outsourced product engineering

Discuss defined work packages in concept development, mechanical design, embedded systems and robotics software. Scope work through requirements, interface definitions, review milestones and agreed deliverables.

SOFTWARE

Robotics & AI integration

Explore perception pipelines, simulation, motion-planning interfaces, telemetry and system integration. ROS 2, Python and C++ can form part of the proposed development stack where suitable.

HARDWARE

Prototype & build coordination

Discuss prototype procurement, supplier coordination, assembly planning and engineering changes. Manufacturing or contract-build engagements depend on feasibility, supplier qualification and an agreed statement of work.

PARTNERSHIP

Co-development for global markets

Define ownership of intellectual property, confidentiality, source-code handover, technical documentation and support responsibilities before execution. Align deployment requirements with the customer's intended market.

04 / DISCIPLINED PROJECT DELIVERY

Requirements to release.
With evidence at each step.

A proposed engagement framework for turning an engineering brief into a reviewable result.

  1. 01 / Define

    Requirements & feasibility

    Document the operating environment, interfaces, performance targets, risks and acceptance criteria in a statement of work.

  2. 02 / Engineer

    Design & review

    Develop agreed design outputs, simulation studies and interface documents with revision control and milestone reviews.

  3. 03 / Validate

    Prototype & test

    Evaluate against the test plan; record findings and corrective actions. Agree factory and site acceptance testing where relevant.

  4. 04 / Transfer

    Handover & support

    Deliver the contracted drawings, bill of materials, software, test records and operating guidance, with defined support terms.

CREATED IN INDIA. CONNECTED TO THE WORLD.

Bring us your
next engineering challenge.

Share your application, country of deployment, technical scope, expected quantities and target timeline. Our team will discuss feasibility, deliverables and a suitable engagement model.

International product supply, delivery schedules and destination-market requirements are evaluated for each engagement.

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