SAM Indoor Robot
Modular AI Research & Logistics Platform — engineered for universities, labs, and startups developing next-generation automation systems.
Starts From
₹99,999
Per Unit
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➜About SAM
Built for Research.
Designed for Development.
SAM is a modular indoor robotics platform designed for AI development, autonomous navigation research, and rapid prototyping. Built to eliminate the complexity and cost of developing a mobile robotic base from scratch, SAM provides a robust, research-grade foundation for universities, labs, startups, and engineering teams developing next-generation automation systems.
It is not a consumer robot. It is a serious, scalable platform engineered for experimentation, integration, and deployment in real-world indoor environments. SAM serves as an all-in-one mobile robotics base for AI vision system development, autonomous navigation research, robotics prototyping and testing, smart facility and logistics automation experiments, and indoor mobility research projects.
By integrating core mobility and compute capabilities into one cohesive platform, SAM allows developers and researchers to focus on software, AI models, and application development — not hardware assembly.
Why SAM?
Modular by Design
Easily integrate sensors, compute modules, cameras, LiDAR, or custom payloads to support diverse research applications.
Accelerated Development
Remove months of hardware development time. Start building and testing AI algorithms immediately.
Research-Grade Mobility
Reliable indoor navigation platform suitable for laboratories, campuses, industrial facilities, and test environments.
Cost-Effective R&D Platform
A serious robotics foundation accessible for institutions — without the financial overhead of fully custom robotic builds.
Developer-Friendly Architecture
Built to support experimentation, iteration, and integration with common AI and robotics frameworks.
Scales With You
SAM provides a scalable base platform that grows with your research and product development needs over time.
Applications
- AI-based object detection and vision training
- SLAM and autonomous navigation testing
- Indoor logistics automation prototypes
- Human-robot interaction experiments
- Smart building and facility automation research
A Platform — Not a Toy
SAM is engineered for structured experimentation and serious development environments. Its design reflects industrial and academic use cases where reliability, modularity, and performance matter. Whether you are conducting funded research, building a robotics MVP, or developing automation systems for commercial deployment, SAM provides the stable foundation required to innovate with confidence.
Technical Overview
Drive System
Motors with encoder options for closed-loop control — enabling precise, repeatable motion.
Controller
Integrated controller with open-source software compatibility for flexible development.
Sensors
Ultrasonic sensors and camera-ready mount for AI vision modules and perception systems.
Payload
Supports payloads up to 30 kg — suitable for sensor arrays, compute modules, and custom add-ons.
Frame
Industrial metal chassis built for durability in lab, campus, and light industrial environments.
Modularity
Multiple mounting points for sensors, robotic arms, camera mounts, and custom add-on modules.
Assembly
Delivered pre-assembled — ready for integration and experimentation immediately out of the box.
Battery
Lithium battery option available for India orders. (Lithium batteries excluded from international shipping due to regulations.)
| Feature | Specification |
|---|---|
| Drive System | Motors with encoder options for closed-loop control |
| Controller | Integrated controller with open-source software compatibility |
| Sensors | Ultrasonic sensors + camera-ready for AI vision modules |
| Payload | Up to 30 kg |
| Frame | Industrial metal chassis |
| Modularity | Multiple mounting points for sensors, arms, add-ons |
| Assembly | Delivered pre-assembled |
| Battery | Lithium battery option (India orders only) |
| Category | Smart Car • Indoor Robot • AI Research Platform |
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