Drone & Kit

Learn through exciting projects such as LED control, light-sensitive circuits, LCD interfacing, ultrasonic distance measurement, infrared remote control, motion detection, temperature and humidity monitoring, and much more.

Key Features:

• Complete Arduino UNO R3 SMD-based learning kit
• Perform 50+ hands-on electronics and programming projects
• Comprehensive learning guide with practical experiments
• Suitable for beginners, students, DIY makers, and STEM education
• High-quality components for rapid prototyping and project development

Package Contents:

• 1 × Arduino UNO R3 SMD Board
• 1 × USB Cable (50 cm)
• 1 × 400-Point Breadboard
• 25 × 220Ω Resistors
• 25 × 1kΩ Resistors
• 25 × 10kΩ Resistors
• 3 × Push Buttons
• 2 × Self-Locking Buttons
• 5 × 220µF Electrolytic Capacitors
• 5 × 47µF Electrolytic Capacitors
• 5 × 100nF Ceramic Capacitors
• 1 × DHT11 Temperature & Humidity Sensor
• 1 × Touch Sensor Module
• 2 × Photoresistors (LDRs)
• 1 × PIR Motion Sensor
• 1 × Infrared Receiver Module
• 1 × Infrared Remote Controller
• 1 × Ultrasonic Distance Sensor
• 1 × Magnetic Reed Switch
• 5 × Red LEDs (5mm)
• 5 × Green LEDs (5mm)
• 5 × Blue LEDs (5mm)
• 3 × Common Anode RGB LEDs
• 1 × 0.56" Common Anode 7-Segment Display
• 1 × 1602 LCD Display Module
• 1 × 5V Active Buzzer
• 20 × Male-to-Male Jumper Wires
• 20 × Male-to-Female Jumper Wires
• 1 × 9V Battery Connector

Pro-Range Q250 DIY Quadcopter Drone Kit for Beginners

The Pro-Range Q250 DIY Quadcopter Drone Kit is a practical and educational drone-building platform designed for beginners, students, hobbyists, and drone enthusiasts. Built around a durable Q250 carbon fiber frame, a powerful GOKU F722 Pro V2 flight controller stack, and high-performance MT2204 2300KV brushless motors, this kit offers an excellent balance of stability, durability, and flight performance.

Whether you're learning drone assembly, soldering, wiring, Betaflight configuration, or basic flight control principles, this kit provides hands-on experience before progressing to advanced FPV racing or freestyle drones. Its modular design also allows future upgrades and customization.

Key Features

• Lightweight and durable Q250 carbon fiber frame

• GOKU F722 Pro V2 32-bit Flight Controller with 55A ESC Stack

• High-performance MT2204 2300KV brushless motors

• Supports 3S–4S LiPo and Li-ion batteries

• Betaflight firmware compatible

• Stable X-configuration frame layout

• Ideal for drone learning, training, and experimentation

• Modular architecture for easy maintenance and upgrades

• Suitable platform for future FPV expansion

Specifications

Frame

• Type: Q250 X-Configuration

• Material: Carbon Fiber

• Wheelbase: 250 mm

Flight Controller & ESC

• Model: GOKU F722 Pro V2 Stack

• MCU: STM32 F7

• ESC Rating: 55A, 32-bit

• Firmware Support: Betaflight Compatible

• Mounting Pattern: 30 × 30 mm

Motors

• Model: MT2204

• KV Rating: 2300KV

• Type: Brushless Motor

• Rotation: Dedicated CW & CCW

Propellers

• Size: 5-inch (5152)

• Rotation: CW / CCW

Battery (Not Included)

• Supported Types: 3S–4S LiPo / Li-ion

• Recommended Capacity: 2500–5500 mAh

• Connector Type: XT60

Package Includes

• 1 × Q250 Carbon Fiber FPV Frame (250 mm)

• 1 × GOKU F722 Pro V2 Flight Controller + 55A ESC Stack

• 2 × Readytosky MT2204 2300KV Brushless Motors (CCW – Silver Cap)

• 2 × Readytosky MT2204 2300KV Brushless Motors (CW – Black Cap)

• 1 × Set of Pro-Range 5152 Propellers (2 CW + 2 CCW)

• 1 × 20 cm LiPo Battery Strap

• 20 × M3 × 6 mm Allen Bolts & Nuts

• 2 × 26 AWG Single-Core Teflon Wires (1 Meter Each)

Important Notes

• Radio transmitter, receiver, FPV camera, video transmitter (VTX), and FPV goggles are not included.

• This kit is configured for the FlySky FS-i6S 2.4GHz transmitter. Users employing different transmitters may need to perform additional channel mapping and calibration in Betaflight.

• Battery is not included. Ensure battery dimensions do not exceed 144 × 44 × 44 mm (L × W × H).

• Proper soldering is required for safe and reliable operation.

• Always remove propellers before motor testing or configuration in Betaflight.

• Follow all local drone regulations and operate only in safe, open environments.

• Recommended primarily for educational, training, and learning purposes before advanced FPV or aggressive flight applications.