# The Pocket Labs

> One place for your robotic kits


## Posts

- [Hello world!](https://thepocketlabs.com/hello-world/): Welcome to WordPress. This is your first post. Edit or delete it, then start writing!

## Pages

- [Shipping and Delivery Policy Guide](https://thepocketlabs.com/shipping-policy/): Specifically, this Shipping and Delivery policy outlines how The Pocket Labs processes physical hardware.
- [Home](https://thepocketlabs.com/): Engineered for MicroMouse and MazeX platforms. Manual bench-tested hardware built for precision & competition reliability.
- [Contact Us](https://thepocketlabs.com/contact-us/): Have questions about us, our products, or custom hardware integrations? Reach out to our technical team.
- [Refund and Returns Policy](https://thepocketlabs.com/refund-policy/): At The Pocket Labs , every robotics kit and component undergoes 100% manual bench testing and quality control inspection prior to dispatch to ensure all micro-controllers, sensors, and motor drivers function properly.
- [My account](https://thepocketlabs.com/my-account/)
- [Checkout](https://thepocketlabs.com/checkout/)
- [Cart](https://thepocketlabs.com/cart/): ₹850.00 Original price was: ₹850.00.₹820.00Current price is: ₹820.00.
- [Shop](https://thepocketlabs.com/shop/)
- [Privacy Policy](https://thepocketlabs.com/privacy-policy/): The Pocket Labs respects your personal privacy.

## Products

- [2S 7.4V LiPo Battery (For MicroMouse & MazeX)](https://thepocketlabs.com/product/2s-7-4v-lipo-battery-robotics/): High-discharge 2S 7.4V Lithium Polymer (LiPo) Battery lightweight power solution engineered specifically for MicroMouse (MM-01) and MazeX (MX-01) robotics kits. Voltage: 7.4V nominal (2S cell configuration) Compatibility: Direct plug-and-play with The Pocket Labs mainboard power connectors Compact Form Factor: Fits securely within chassis weight and dimension constraints
- [MazeX Line Follower Development Kit](https://thepocketlabs.com/product/mazex-line-follower-kit-mx-01/): An advanced, PID-controlled MazeX Line Follower Kit equipped with high-speed line tracking sensors and an ultrasonic sensor for dynamic obstacle detection and maze navigation. Control & Precision: Tunable PID line-following algorithm for smooth, high-speed cornering Sensors: High-sensitivity IR line-sensor array + Ultrasonic Sensor for distance & obstacle mapping Drivetrain: N20 Gear Motors driven by the TB6612FNG Dual MOSFET driver Power: Onboard voltage regulation with a dedicated power switch circuit ⚠️ Note: Battery is sold separately. A pre-soldered battery connector and power circuit are integrated on the board.
- [Micro Mouse Development Kit](https://thepocketlabs.com/product/micro-mouse-development-kit-mm-01/): An autonomous, PID-controlled MicroMouse Development Kit engineered for high-speed maze mapping, pathfinding algorithm tuning, and technical robotics competitions. MCU: STM32 Black-Pill (STM32F411CEU6 @ 100MHz) Sensing: 3x Time-of-Flight (ToF) Laser Sensors (up to 2m, ±3% accuracy) Drivetrain: 2x Encoded + 2x Non-Encoded N20 Motors (200 RPM) & TB6612FNG Driver Control: Fully tunable PID constants, maze center detection with Blue LED status, and 1-click KEY start button ⚠️ Note: Battery is sold separately. Integrated 3-pin switch power circuit and battery connector are included on the PCB.

## Optional

- [Agent (MCP protocol)](websites-agents.hostinger.com/thepocketlabs.com/mcp)

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