Node MCU ESP8266 (CP2102) Panel-Mounted Enclosure – 014
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- Material: Durable PLA (Polylactic Acid)
- Size: 60 x 30 x 17 mm – fits NodeMCU snugly
- Design: Panel-mounted for secure attachment and easy integration
- Features: Protects NodeMCU, precision-cut openings for ports, simple to mount
- Applications: Perfect for electronics projects, automation, and prototypes
- Color: May vary due to the 3D printing process
Raspberry Pi Pico Board Enclosure (Plastic Parts only) (* Pico Board Not Included) – 028
- Compactible with Raspberry Pi Pico Board (*Pico Board Not Included)
- L x W x H = 1.2cm x 5.8cm x 3.1cm
- Material: PLA+
- We are a Make in India Company.
- All products are quality tested before shipping.
Rack and Pinion(For MG995 Motor) For DIY Electronics Projects + Servo Motor Included (Rack Length 285mm) – 027
- Color: Unique due to 3D printing, color may vary.
- Material: Strong and lightweight PLA (Polylactic Acid).
- Rack Size: 285 mm – optimized for precise linear motion.
- Compatibility: Specifically designed for MG995 servo motors.
- Precision Design: Smooth operation with minimal backlash.
- Mounting: Includes mounting holes for effortless integration.
- Applications: Robotics, CNC machines, automation systems, prototyping, and educational projects.
16 X 2 LCD Panel Mounted Enclosure (* LCD Not Included) (Plastic Parts only) – 001
5-DOF Robotic Arm Kit – DIY STEM Robot Arm with Servo Motors for Students & Hobbyists
- Comprehensive 5-DOF Robotic Arm Kit | DIY STEM Robot Arm with Servo Motors Combo Kit (Plastic Parts Only)
- Perfect for electronics, robotics, and educational projects in India.
- High-quality components ensure reliable performance.
- Ideal for DIY enthusiasts and professionals alike.
- Fastest delivery available all over India.
📦 Included Components:
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3D Printed Robotic Arm Parts (Plastic Only) – Color may vary
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1x Arduino UNO R3 SMD Board
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1x USB Cable for UNO
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3x MG995 High Torque Servo Motors
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3x SG90 Micro Servo Motors
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1x HC-05 Bluetooth Module
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10x Male-to-Male Jumper Wires
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10x Male-to-Female Jumper Wires
How to Make - https://howtomechatronics.com/tutorials/arduino/diy-arduino-robot-arm-with-smartphone-control/
We have included the 3D-printed parts and essential electronic components in this kit. However, a few additional items such as hardware and the power supply will need to be purchased locally, depending on your specific project requirements.
Dual Eye /Bionic robot /Eye Robot Mechanism Animatronics | Simplified Eye Movement Control DIY KIT 3D and Electronic Parts
DIY animatronic bionic head with moving eyes, eyelids . Includes servo motors. Perfect for robotics learners and engineering students.
Package Includes - 1.Realistic Animatronic Head – 3D parts- 1 Nos 2.SG90 Servo Motor - 6 Nos 3.Nano Shield - 1 Nos 4.Nano Controller - 1 Nos 5.Lithium Battery Holder - 1 Nos 6.Li-ion Battery - 2 Nos 7.Jumper Wires F-F- 10 Nos 8.10K Resistor - 1 Nos 9.10K Pot - 1 Nos 10.Joystick- 1 Nos 11.ON/OFF Switch - 1 Nos How It Work - https://www.instructables.com/Simplified-3D-Printed-Animatronic-Dual-Eye-Mechani/ Note:We have included the 3D-printed parts and essential electronic components in this kit. However, a few additional items such as hardware and the power supply will need to be purchased locally, depending on your specific project requirements.
Rack and Pinion (For MG995 Motor) For Robotics Projects (Rack Length 285mm) – 027
- Material: Durable PLA – strong, lightweight, and eco-friendly
- Rack Size: 285 mm – designed for precise linear motion with MG995 motors
- Compatibility: Specifically engineered for MG995 servo motors
- Design: Precision-crafted for smooth operation and minimal backlash
- Applications: Ideal for robotics, CNC machines, automation systems, and educational projectsPerfect for use in electronics projects in India, the Rack and Pinion for MG995 Motor (285mm Rack Length) - 027 ensures reliable performance and high quality.
Rack and Pinion (For MG995 Motor) For Creative Applications(Rack Length 285mm) – 027
- Material: Durable PLA – strong, lightweight, and eco-friendly
- Rack Size: 285 mm – designed for precise linear motion with MG995 motors
- Compatibility: Specifically engineered for MG995 servo motors
- Design: Precision-crafted for smooth operation and minimal backlash
- Applications: Ideal for robotics, CNC machines, automation systems, and educational projectsPerfect for use in electronics projects in India, the Rack and Pinion for MG995 Motor (285mm Rack Length) - 027 ensures reliable performance and high quality.
MG995 Servo Motor Holder- Horizontal- (Servo Motor Not Included) – 011
- Compact design compatible with MG995 Servo Motor.
- Dimensions: L x W x H = 7cm x 2.6cm x 3.7cm.
- Material: PLA+.Perfect for electronics projects, the MG995 Servo Motor Holder - Horizontal (Servo Motor Not Included) - 011 offers high reliability and seamless integration for robotics and automation applications.
MG995 Servo Motor Holder-Horizontal Flat (*Servo Motor Not Included) – 013
Rack and Pinion (For MG995 Motor) For Robotics Projects+ Servo Motor Included (Rack Length 285mm) – 027
- Color: Unique due to 3D printing, color may vary.
- Material: Strong and lightweight PLA (Polylactic Acid).
- Rack Size: 285 mm – optimized for precise linear motion.
- Compatibility: Specifically designed for MG995 servo motors.
- Precision Design: Smooth operation with minimal backlash.
- Mounting: Includes mounting holes for effortless integration.
- Applications: Robotics, CNC machines, automation systems, prototyping, and educational projects.
Ultrasonic Sensor Holder Secure Mount for HC-SR04 (*Ultrasonic Sensor And Servo Not Included) – 035
- Material: Durable PLA plastic
- Dimensions: 66x15x42 mm
- Compatibility: Fits standard ultrasonic sensors (e.g., HC-SR04)
- Features: Secure fit, easy installation, ventilation slots
- Ideal For: Robotics, DIY electronics, automation projectsPerfect for electronics projects in India, the Ultrasonic Sensor Holder – Secure Mount for HC-SR04 (*Ultrasonic Sensor and Servo Not Included) – 035 ensures reliable performance and precision. Ideal for various applications in electronics, robotics, and DIY projects.