A small dot moves on the screen based on the K10’s accelerometer readings, creating a tilt-controlled interface.

Shows directional arrows on the screen based on tilt gestures detected by the K10’s built-in motion sensor.

A simple motion-detection system that changes the RGB LED color based on movement detected by the K10’s AIRecognition module.

A simple face-enroll and face-recognize system using the Unihiker K10’s built-in camera, RGB LED, and AIRecognition module.

Project #28 – Sensors – Touch Sensor – Mk15

Conveyor belt for transporting workpieces has limited space. Dimensions as shown in the attached picture.

It is a machine used for cleaning by using a motor as a driver and spraying water to clean while the motor is rotating. There is a cover while the machine is working. The water used for cleaning can be filtered and reused.

Control your computer or smartphone’s media playback using hand gestures detected by the UniHiker K10, transmitted via Bluetooth through an ESP32 BLE Keyboard interface.

A smart voice-controlled multimedia system where the UniHiker K10 triggers Bluetooth keyboard commands on an ESP32 to control media playback, volume, and navigation hands-free.

A fully functional digital stopwatch built on the UniHiker K10 that uses onboard buttons to start, pause, and reset time with live display updates on its LCD.

A wireless voice-controlled system where the UniHiker K10 recognizes commands like “light on” or “blink off” and sends them via UDP to control an ESP32 LED in real time.

Tri-Bahtinov Mask for Meade LX85 ACF 8inch F10 SCT collimation tool

Battle Unknown India, powered by RollnDrive, is a modular robotics platform built for both STEM learning and competitive robotics. Designed and manufactured in India, our robots combine high performance, durability, and educational value. The kit includes a high-torque drive system, modular attachments, and wireless control, allowing students and teams to easily switch between Robo Sumo and Robo Soccer modes. Our programmable version supports sensors, servos, and Arduino IDE for hands-on coding and experimentation. With safe battery systems, compact PCBs, and 3D-printed chassis, the robots are easy to assemble, repair, and customize. Ideal for schools, colleges, and innovation labs, Battle Unknown India makes robotics learning powerful, affordable, and accessible for every student and creator.

This CAD model represents a high-quality laboratory table designed to provide a stable, ergonomic workspace for various scientific and research applications. Constructed with a robust frame and corrosion-resistant surfaces, this lab table supports heavy equipment and materials handling while ensuring longevity and easy maintenance. The design emphasizes user comfort with an optimized height and spacious tabletop, suitable for experiments, sample preparations, and analytical tasks. Ideal for chemistry, biology, and industrial labs, this table is engineered for durability and adaptability, ready to integrate with other lab furniture or customizable setups. The CAD file suits engineers and designers for seamless incorporation into lab layout plans and industrial furniture designs.