Red 6045 6x4.5 Propellers 6 inch CW + CCW 2pcs Blade per pack AB0183 Subtotal: ₹60.00
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Electronic Components, Electronic Modules
Analog TDS Sensor Module Normal Quality
- Wide voltage operation: 3.3~5.5V
- 0~2.3V analog signal output, compatible with 5V, 3.3V two control systems
- The excitation source is an AC signal, effectively preventing probe polarization.
- Waterproof probe for long-term immersion in water
- Arduino compatible, easy to connect, plug and play, no soldering required.
SKU: n/a -
Electronic Components, Electronic Modules
ACCELEROMETER – ADXL335
- 3-axis sensing Small
- low profile package 4 mm × 4 mm × 1.45 mm LFCSP
- Low power: 350 μA (typical)
- Single-supply operation: 1.8 V to 3.6 V
- 10,000 g shock survival Excellent temperature stability
- BW adjustment with a single capacitor per axis
- RoHS/WEEE lead-free compliant
SKU: n/a -
Electronic Components
Hi-Watt 9v Battery (Pack of 5)
🔋 Compact Power Source – Provides stable 9-volt output in a small, lightweight form factor.
⚡ Ideal for Electronics Projects – Widely used in DIY kits, Arduino projects, and breadboard circuits.
🔌 Perfect for Testing Circuits – Great for powering small components like sensors, buzzers, and LEDs.
🧠 Common in Educational Kits – Essential for school and engineering project kits due to ease of use.
🔁 Easy to Replace – Standardized size makes it compatible with many battery holders and clips.
🔒 Safe & Reliable – Most 9V batteries are leak-proof and come with over-discharge protection.
🎮 Used in Everyday Devices – Powers smoke detectors, remote controls, toys, and handheld devices.
♻️ Available in Rechargeable Variants – Cost-saving and eco-friendly options available.
🛠️ Universal Connector – Snap-on terminals make it easy to connect without soldering.SKU: n/a -
DIY Kits
Hand Gesture Controlled Wheel Chair DIY Project For Science / Engineering Students
-
🖐️ Gesture-based control system using hand movements to operate the wheelchair.
-
🤖 Arduino Nano is used to process gesture signals and control motor movement.
-
📦 ADXL335 accelerometer detects the tilt direction of the user’s hand.
-
📡 NRF24L01 wireless modules enable communication between hand unit and wheelchair.
-
⚙️ Motor driver (L293D) controls the DC motors to move in all four directions.
-
🔋 Battery-powered system with lightweight and rechargeable lithium cells.
-
🦽 Wheelchair moves forward, backward, left, and right based on hand tilt.
-
🧠 Real-time signal processing allows smooth and intuitive motion control.
-
🎯 Ideal for science fairs, engineering exhibitions, and final-year projects.
-
🧩 Great learning project to explore sensors, wireless tech, and embedded systems.
-
💡 Promotes assistive innovation for differently-abled individuals using simple electronics.
SKU: n/a -
-
DIY Kits
IR Remote Control Wheel Chair DIY Project For Science/Engineering Students
-
🦽 DIY wheelchair project controlled by an IR remote for enhanced mobility.
-
🧠 Arduino-based system that decodes signals from any standard IR remote.
-
🔌 BO DC motors and an L298N motor driver used for controlling wheel movement.
-
🎮 Directional control (forward, backward, left, right) using remote buttons.
-
📡 IR sensor receives remote signals and sends them to the Arduino for processing.
-
⚙️ Arduino processes signals and commands motors to move the wheelchair.
-
💰 Low-cost and accessible solution for people with physical disabilities.
-
📚 Learn and apply concepts like IR communication, motor control, and coding.
-
🎓 Perfect for science fairs, engineering exhibitions, and academic projects.
-
🚀 Upgradeable design – add obstacle detection, Bluetooth, or voice control.
-
💡 Encourages creativity and innovation in assistive technology.
SKU: n/a -
-
DIY Kits
Obstacle Avoiding Car DIY Project For Science / Engineering Students
-
🧠 Intelligent robot that moves automatically and avoids obstacles in real-time
-
📏 Uses an ultrasonic sensor (HC-SR04) to detect nearby objects using sound waves
-
💻 Controlled by an Arduino Uno microcontroller which acts as the brain of the car
-
🔄 A servo motor rotates the sensor left and right to scan for clear paths
-
📊 Based on sensor readings, the car decides to move forward, turn, or stop
-
⚙️ L298N motor driver controls the left and right DC motors for smooth movement
-
🔋 Powered by a rechargeable battery pack (6V–12V)
-
🧰 Built on a robotic chassis with two wheels and one balancing caster
-
🧑💻 Programmed using the Arduino IDE in C/C++
-
❌ No remote control needed – it’s a completely autonomous system
-
🤖 Demonstrates basic principles of robotics, automation, and embedded systems
-
🚀 Can be upgraded with Bluetooth, WiFi, AI camera, or GPS
-
🔐 Real-life applications: self-driving cars, delivery robots, warehouse automation
-
📚 Great for science fairs, engineering exhibitions, school/college projects
-
🔄 Encourages understanding of sensor logic, decision-making, and motion control
-
💡 Teaches practical concepts in STEM: Science, Technology, Engineering & Math
-
🔧 Develops skills in problem-solving, coding, electronics, and innovation
-
🏆 A fun, educational, and impressive project for beginners and enthusiasts alike
SKU: n/a -
-
DIY Kits, Projects
Wireless Hand Gesture Control Car Diy Project For Science/Engineering Student’s
-51%
DIY Kits, ProjectsWireless Hand Gesture Control Car Diy Project For Science/Engineering Student’s
-
🤖 Gesture-Controlled Movement – Control the car using simple hand tilts (forward, backward, left, right, stop).
-
📡 Wireless Communication – Uses NRF24L01 modules for long-range and stable wireless data transfer.
-
🎮 No Remote Needed – Your hand becomes the controller with an ADXL335 accelerometer sensor.
-
🧠 Arduino Nano Powered – Smart and compact microcontroller handles gesture detection and motor control.
-
🔄 Real-Time Response – Instant reaction to your hand gestures for smooth driving experience.
-
🛠️ Easy DIY Build – Simple wiring and coding make it a great hands-on learning project.
-
⚙️ L293D Motor Driver – Efficiently controls the DC motors for accurate directional control.
-
🔋 Battery Powered – Fully portable and ready to move with lightweight power sources.
-
🎓 Perfect for Students – Ideal for science fairs, engineering mini-projects, and robotics competitions.
-
🌱 Future-Ready Base – Easily upgrade to Bluetooth, obstacle avoidance, or voice control.
SKU: n/a -
-
DIY Kits, STEM Kits
Bluetooth Controlled 2 Wheel Drive Car Diy Kit Engineering/Science Project
🔧 Key Features:
-
📱 Bluetooth-controlled via smartphone
-
🚗 2-wheel drive system for basic mobility
-
🧰 DIY kit – easy to assemble and customize
-
🧠 Powered by microcontroller
-
🧱 Modular design suitable for beginners
-
💡 Learn Programming and logic
-
🔧 Understand Bluetooth communication
-
⚙️ Explore motor control systems
-
🛠 Develop hands-on assembly skills
-
🤖 Introduction to basic robotics
SKU: n/a -
-
Electronic Components, Electronic Modules
Analog TDS Sensor Module Normal Quality
- Wide voltage operation: 3.3~5.5V
- 0~2.3V analog signal output, compatible with 5V, 3.3V two control systems
- The excitation source is an AC signal, effectively preventing probe polarization.
- Waterproof probe for long-term immersion in water
- Arduino compatible, easy to connect, plug and play, no soldering required.
SKU: n/a -
Electronic Components, Electronic Modules
ACCELEROMETER – ADXL335
- 3-axis sensing Small
- low profile package 4 mm × 4 mm × 1.45 mm LFCSP
- Low power: 350 μA (typical)
- Single-supply operation: 1.8 V to 3.6 V
- 10,000 g shock survival Excellent temperature stability
- BW adjustment with a single capacitor per axis
- RoHS/WEEE lead-free compliant
SKU: n/a -
Electronic Components
Hi-Watt 9v Battery (Pack of 5)
🔋 Compact Power Source – Provides stable 9-volt output in a small, lightweight form factor.
⚡ Ideal for Electronics Projects – Widely used in DIY kits, Arduino projects, and breadboard circuits.
🔌 Perfect for Testing Circuits – Great for powering small components like sensors, buzzers, and LEDs.
🧠 Common in Educational Kits – Essential for school and engineering project kits due to ease of use.
🔁 Easy to Replace – Standardized size makes it compatible with many battery holders and clips.
🔒 Safe & Reliable – Most 9V batteries are leak-proof and come with over-discharge protection.
🎮 Used in Everyday Devices – Powers smoke detectors, remote controls, toys, and handheld devices.
♻️ Available in Rechargeable Variants – Cost-saving and eco-friendly options available.
🛠️ Universal Connector – Snap-on terminals make it easy to connect without soldering.SKU: n/a -
DIY Kits
Hand Gesture Controlled Wheel Chair DIY Project For Science / Engineering Students
-
🖐️ Gesture-based control system using hand movements to operate the wheelchair.
-
🤖 Arduino Nano is used to process gesture signals and control motor movement.
-
📦 ADXL335 accelerometer detects the tilt direction of the user’s hand.
-
📡 NRF24L01 wireless modules enable communication between hand unit and wheelchair.
-
⚙️ Motor driver (L293D) controls the DC motors to move in all four directions.
-
🔋 Battery-powered system with lightweight and rechargeable lithium cells.
-
🦽 Wheelchair moves forward, backward, left, and right based on hand tilt.
-
🧠 Real-time signal processing allows smooth and intuitive motion control.
-
🎯 Ideal for science fairs, engineering exhibitions, and final-year projects.
-
🧩 Great learning project to explore sensors, wireless tech, and embedded systems.
-
💡 Promotes assistive innovation for differently-abled individuals using simple electronics.
SKU: n/a -
-
DIY Kits
IR Remote Control Wheel Chair DIY Project For Science/Engineering Students
-
🦽 DIY wheelchair project controlled by an IR remote for enhanced mobility.
-
🧠 Arduino-based system that decodes signals from any standard IR remote.
-
🔌 BO DC motors and an L298N motor driver used for controlling wheel movement.
-
🎮 Directional control (forward, backward, left, right) using remote buttons.
-
📡 IR sensor receives remote signals and sends them to the Arduino for processing.
-
⚙️ Arduino processes signals and commands motors to move the wheelchair.
-
💰 Low-cost and accessible solution for people with physical disabilities.
-
📚 Learn and apply concepts like IR communication, motor control, and coding.
-
🎓 Perfect for science fairs, engineering exhibitions, and academic projects.
-
🚀 Upgradeable design – add obstacle detection, Bluetooth, or voice control.
-
💡 Encourages creativity and innovation in assistive technology.
SKU: n/a -
-
DIY Kits
Obstacle Avoiding Car DIY Project For Science / Engineering Students
-
🧠 Intelligent robot that moves automatically and avoids obstacles in real-time
-
📏 Uses an ultrasonic sensor (HC-SR04) to detect nearby objects using sound waves
-
💻 Controlled by an Arduino Uno microcontroller which acts as the brain of the car
-
🔄 A servo motor rotates the sensor left and right to scan for clear paths
-
📊 Based on sensor readings, the car decides to move forward, turn, or stop
-
⚙️ L298N motor driver controls the left and right DC motors for smooth movement
-
🔋 Powered by a rechargeable battery pack (6V–12V)
-
🧰 Built on a robotic chassis with two wheels and one balancing caster
-
🧑💻 Programmed using the Arduino IDE in C/C++
-
❌ No remote control needed – it’s a completely autonomous system
-
🤖 Demonstrates basic principles of robotics, automation, and embedded systems
-
🚀 Can be upgraded with Bluetooth, WiFi, AI camera, or GPS
-
🔐 Real-life applications: self-driving cars, delivery robots, warehouse automation
-
📚 Great for science fairs, engineering exhibitions, school/college projects
-
🔄 Encourages understanding of sensor logic, decision-making, and motion control
-
💡 Teaches practical concepts in STEM: Science, Technology, Engineering & Math
-
🔧 Develops skills in problem-solving, coding, electronics, and innovation
-
🏆 A fun, educational, and impressive project for beginners and enthusiasts alike
SKU: n/a -
-
DIY Kits, Projects
Wireless Hand Gesture Control Car Diy Project For Science/Engineering Student’s
-51%DIY Kits, ProjectsWireless Hand Gesture Control Car Diy Project For Science/Engineering Student’s
-
🤖 Gesture-Controlled Movement – Control the car using simple hand tilts (forward, backward, left, right, stop).
-
📡 Wireless Communication – Uses NRF24L01 modules for long-range and stable wireless data transfer.
-
🎮 No Remote Needed – Your hand becomes the controller with an ADXL335 accelerometer sensor.
-
🧠 Arduino Nano Powered – Smart and compact microcontroller handles gesture detection and motor control.
-
🔄 Real-Time Response – Instant reaction to your hand gestures for smooth driving experience.
-
🛠️ Easy DIY Build – Simple wiring and coding make it a great hands-on learning project.
-
⚙️ L293D Motor Driver – Efficiently controls the DC motors for accurate directional control.
-
🔋 Battery Powered – Fully portable and ready to move with lightweight power sources.
-
🎓 Perfect for Students – Ideal for science fairs, engineering mini-projects, and robotics competitions.
-
🌱 Future-Ready Base – Easily upgrade to Bluetooth, obstacle avoidance, or voice control.
SKU: n/a -
-
DIY Kits, STEM Kits
Bluetooth Controlled 2 Wheel Drive Car Diy Kit Engineering/Science Project
🔧 Key Features:
-
📱 Bluetooth-controlled via smartphone
-
🚗 2-wheel drive system for basic mobility
-
🧰 DIY kit – easy to assemble and customize
-
🧠 Powered by microcontroller
-
🧱 Modular design suitable for beginners
-
💡 Learn Programming and logic
-
🔧 Understand Bluetooth communication
-
⚙️ Explore motor control systems
-
🛠 Develop hands-on assembly skills
-
🤖 Introduction to basic robotics
SKU: n/a -
-
Batteries ,Chargers & Accessories, Battery Protection Boards
3S 10A 11.1V 12.6V 18650 Lithium BMS Protection Board Circuit Module
-68%
Batteries ,Chargers & Accessories, Battery Protection Boards3S 10A 11.1V 12.6V 18650 Lithium BMS Protection Board Circuit Module
Key Features:
- 3S Configuration: Supports 3-cell 18650 lithium-ion battery packs (nominal 11.1V, fully charged 12.6V).
- 10A Max Discharge Current: Suitable for moderate to high current applications.
- Multiple Protection Functions: Overcharge, overdischarge, overcurrent, and short-circuit protection to ensure safety.
- Voltage Monitoring & Balancing: Monitors each cell’s voltage to ensure balanced charging and discharging.
- Compact & Lightweight: Easy to integrate into various projects without taking up much space.
- Reliable Heat Dissipation: Designed to manage heat efficiently during operation.
SKU: n/a -
Electronic Modules, Other Sensors, Sensor Mudules, Temperature & Humidity Sensor, Thermoelectric Peltier Elements, Uncategorized
TEC1 12706 40x40mm Thermoelectric Peltier Cooler Module 6A
-44%
Electronic Modules, Other Sensors, Sensor Mudules, Temperature & Humidity Sensor, Thermoelectric Peltier Elements, UncategorizedTEC1 12706 40x40mm Thermoelectric Peltier Cooler Module 6A
- Model number: TEC1-12706
- Operating Voltage: 12V
- Maximum Voltage Umax (V) : 15.4V
- Maximum Current Imax (A) : 6A
- Maximum Power: 92 W
- Maximum Temperature: 138°C
- Power Cord: 200mm
SKU: AB0223
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