Arduino L293D Motor Driver shield

Name: Arduino L293D Motor Driver shield
Brand: The Tech Depot
SKU: TTD-17813
Price: 132.05 INR
Availability: InStock

Rs. 132.05

Rs. 132.05 Rs. 170.00

TTD-17813

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In stock

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The Arduino L293D Motor Driver shield is a arduino + microcontroller component used by makers, students and engineers for electronics and embedded-systems projects.

Drive up to 4 DC motors, 2 stepper motors, or 2 servo motors simultaneously with this versatile L293D Motor Driver Shield. Designed to stack directly onto Arduino Uno/Mega boards, it simplifies multi-motor robotics projects by providing dedicated motor control with individual speed and direction management - no complex wiring or breadboard setups needed. Available now from Tech Depot India, Bengaluru with fast shipping and full technical support.

Specifications

Shield Compatibility	Arduino Uno, Mega, Duemilanove, Diecimila
Motor Driver IC	2x L293D (dual H-bridge)
DC Motor Channels	4 (bidirectional, individual speed control via PWM)
Stepper Motor Channels	2 (unipolar or bipolar, single/double-coil, interleaved, or micro-stepping)
Servo Motor Channels	2 (uses Arduino's dedicated servo pins)
Motor Supply Voltage	4.5V - 25V DC (external terminal block)
Per-Channel Current	600 mA continuous / 1.2A peak per L293D channel
Speed Control	PWM via 74HC595 shift register (frees Arduino I/O pins)
Direction Control	Full forward/reverse on all DC & stepper channels
Power Options	Separate motor power terminal or shared Arduino VIN (jumper selectable)
Shift Register	74HC595 for motor latch - uses only 4 Arduino pins for all motor control
Pull-Down Resistors	Onboard - motors remain off during Arduino boot/reset
Board Dimensions	~68 x 55 mm (standard Arduino shield footprint)
Library Support	Adafruit Motor Shield Library (AFMotor) - Arduino IDE compatible
Type	Motor Driver Shield / Electronics Module
Origin	Original/Authentic

Shield Compatibility: Arduino Uno, Mega, Duemilanove, Diecimila
Motor Driver IC: 2x L293D (dual H-bridge)
DC Motor Channels: 4 (bidirectional, individual speed control via PWM)
Stepper Motor Channels: 2 (unipolar or bipolar, single/double-coil, interleaved, or micro-stepping)
Servo Motor Channels: 2 (uses Arduino's dedicated servo pins)
Motor Supply Voltage: 4.5V - 25V DC (external terminal block)
Per-Channel Current: 600 mA continuous / 1.2A peak per L293D channel
Speed Control: PWM via 74HC595 shift register (frees Arduino I/O pins)
Direction Control: Full forward/reverse on all DC & stepper channels
Power Options: Separate motor power terminal or shared Arduino VIN (jumper selectable)

Why Choose Arduino L293D Motor Driver shield?

100% Authentic

GST Invoice - A GST invoice is included with every order.

Expert Support - Dedicated technical help on WhatsApp and email.

Pan-India Delivery - Shipped across Bengaluru, Delhi NCR, Hyderabad and all of India.

Trusted by Makers - Used by students, hobbyists and professionals nationwide.

Key Features of Arduino L293D Motor Driver shield

4-Motor Simultaneous Control: Drive up to 4 DC motors with individual speed (PWM) and direction control - ideal for omnidirectional robots and multi-actuator systems
Versatile Motor Support: Handles DC motors, unipolar/bipolar stepper motors, and hobby servos from a single shield - eliminates the need for separate driver boards
Minimal Pin Usage: 74HC595 shift register handles motor latching using only 4 Arduino pins, leaving plenty of I/O free for sensors, displays, and communication
Plug-and-Play Stacking: Directly mounts onto Arduino Uno or Mega headers - no breadboard, no jumper wire mess, no soldering required for standard use
Built-In Protection: Onboard pull-down resistors keep motors safely off during power-up and reset cycles, preventing unexpected movement
Separate Power Domain: Dedicated motor power terminal (up to 25V) isolates high-current motor supply from Arduino logic - protects your microcontroller from voltage spikes
Well-Supported Library: Adafruit AFMotor library provides simple functions for speed, direction, stepping modes, and servo control - get running in minutes
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Perfect For

4WD Robot Car: Control all four drive motors independently for differential steering, tank turns, and variable-speed navigation with obstacle avoidance sensors.
CNC Plotter / Drawing Machine: Use two stepper motor channels to drive X and Y axes for pen plotters, laser engravers, or small-scale CNC routers.
Robotic Arm with Mobile Base: Dedicate two DC motor channels to a wheeled base for mobility while using two servo channels for arm gripper and rotation control.
Automated Conveyor System: Drive multiple conveyor belts at different speeds for sorting, packaging, or material handling demonstrations in industrial automation projects.
Camera Pan-Tilt Tracker: Mount two servos on a pan-tilt bracket and use the shield to create a face-tracking or sun-tracking camera platform with smooth motion control.
Line-Following & Maze-Solving Robot: Pair with IR sensor arrays to build competition-ready robots that autonomously navigate tracks and solve mazes using proportional motor speed control.