Category
- Arrivals on 2025
- DIY & STEM Kits
- Kits & Projects
- Robotics Kits & Parts
- CNC & 3D Printer Parts
- Development Board
- Electronics-Sensors
- Electronics-Modules
- Electronics-Display Devices
- Electronics-Camera
- Cables & Wires
- Drone / Aeromodelling
- Mechanical Parts
- Miscellaneous items
- Motors & Actuators
- Active Components
- Passive Components
- Supply- Battery & Chargers
- Tools & Equipment
- Used Parts For Sell
Top rated products
-
Drill Machine- MB140 For PCB Drilling & Mini Craft
₹425.00Original price was: ₹425.00.₹169.00Current price is: ₹169.00. -
Jumper Wire DuPont Female To Female (10 Pins)
₹25.00Original price was: ₹25.00.₹22.00Current price is: ₹22.00. -
Plastic Blue Thin Spur Gear-50Teeth for 6mm Shaft
₹65.00Original price was: ₹65.00.₹55.00Current price is: ₹55.00. -
BD140 PNP Bipolar Transistor
₹25.00Original price was: ₹25.00.₹22.00Current price is: ₹22.00. -
BO Motor Wheel- 75mm Dia. x 8mm Width (1Pcs)
₹22.00Original price was: ₹22.00.₹16.00Current price is: ₹16.00.
Testimonial
Google Review
Bamboo Lab A1 3D Printing


Latest News
About us
Founded in 2013 by Mr. Ram Chandra, Ercoms Robotics Lab is a research and development division focused on science and engineering. We specialize in providing robotics components and solutions for DIY projects, student innovations, hobbyist experiments, college projects, and industrial applications.
Whether you’re a budding engineer, a student working on your final year project, or a hobbyist passionate about robotics, Ercoms Robotics Lab supports your journey with the right tools, knowledge, and components.
As a leader in the Open Engineering movement, we empower engineers and students to bring their ideas to life faster—by connecting people, content, and technology. Our Ercoms Workbench streamlines collaboration, file sharing, and project management, while the Ercoms Community taps into a vast pool of CAD resources and engineering expertise from around the world.
Our Mission
At Ercoms Robotics Lab, we define an engineering design challenge as a team-based problem-solving activity focused on real-world issues. Our process involves:
-
Developing mathematical models to understand system behavior
-
Guiding experimentation through data and analysis
-
Making informed design decisions based on modeling and test results