BotDyNax
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Meet Nina / BotDyNax

Designed to sense. Built to move.
Discover a new perspective on robotics.

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Robotics / Intelligence / Autonomy
BotDyNax / Autonomous robotics

Autonomy.
Engineered for
the real world.

We bring mechanical design, intelligent sensing and robot software together to build machines that move with purpose.

Explore our robotics Build with us
NINA / BOTDYNAXInteractive 3D
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About BotDyNax

We build robots that understand their environment.

We bring mechanical engineering, embedded systems and AI together to build robots that sense, plan and act.

INSIDE BOTDYNAX ↗
What we build

Autonomous mobile robotics.

One platform. Eight connected subsystems.
Select a component to see how it works.

SYSTEM EXPLORER01 / SPATIAL AWARENESS
LOCAL MAPRANGE RETURNS
Range returns / local mapIllustrative sequence
Explore a component01 / 08
LiDAR / Spatial awareness

Read the space around the robot.

Laser range measurements locate nearby surfaces. Combined with motion estimates, they help build a map and localize the robot.

INPUTRange measurements
OUTPUTMap & localization

Concept diagrams explain subsystem roles. They do not show live telemetry or confirmed product specifications.

Our engineering focus

Intelligence in motion.

Three connected disciplines. One autonomous system.

Hardware & control

Mechanical design, electronics, embedded systems and motion control.

Perception & navigation

Computer vision, sensor fusion, mapping and obstacle avoidance.

Robot software

ROS / ROS2, simulation and the software that connects sensing to action.

SENSE →PLAN →MOVE →ADAPT ↻
Navigation in action

A route forward.
Even around obstacles.

Follow an illustrative route from start to destination, around a mapped obstacle.

DETECTREPLANCONTINUE

Illustrative 2D navigation sequence, not live robot telemetry.

Ideas become systems. Together.

Engineering is
a team effort.

Connecting research, hardware and autonomy to move robotics forward.

RESEARCH / 01

Ask better questions.
Build better robots.

Explore perception, navigation and real-world robotics challenges with us.

LET’S COLLABORATE ↗
RESEARCH · INDUSTRY · INNOVATION

Our engineering
community.

Robotics grows through shared ideas,
technical exchange and collaboration.

01 / INNOVATION
IHFCInnovation & robotics
02 / RESEARCH
IIT DelhiResearch & engineering
03 / ENTREPRENEURSHIP
Startup IndiaDPIIT ecosystem
04 / ENTERPRISE
MSMEEnterprise & industry
OPEN TO ENGINEERING CONVERSATIONSConnect with BotDyNax ↗
Before we build

Start with the right questions.

Explore our focus, understand the demos, and prepare for a project conversation.

What does BotDyNax work on?

We bring mechanical engineering, embedded systems and AI together for autonomous mobile robotics. Our focus spans hardware and control, perception and navigation, and robot software.

How can I explore the robot platform?

Select a component in the interactive platform explorer to see how sensing, planning and movement connect.

Are these demonstrations live robot data?

No. The AMR image is a concept visualization. The navigation and component animations illustrate engineering principles. They explain the engineering concepts and do not display live robot telemetry or measured performance.

What should I share about my project?

Tell us what the robot should do, where it will operate, and any constraints such as payload, space or integration needs. Share your current stage and desired timeline through our contact page to start the conversation.

Let’s build together

Build the next robot.

Have an idea for an autonomous robotic system?
Let's engineer it together.

START A PROJECT ↗