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Training Program On Drone Fabrication, Assembly And Flying

Aileronadmin — Sat, 25 May 2024 07:50:58 +0000

Course Overview

Join us for an exciting hands-on workshop where you’ll learn the fundamentals of drone assembly and operation. This comprehensive course will take you through the process of building your own drone from scratch, programming it, and mastering the basics of flight. To top it all off, participants will take home the drone they assembled during the workshop!

Key Learning Objectives

Understanding Drone Components
- Gain insight into the different parts of a drone, including the frame, motors, ESCs (Electronic Speed Controllers), flight controller, propellers, and batteries.
- Learn how each component functions and its role in the overall system.
Basic Design Principles
- Understand the principles of aerodynamics that affect drone stability and performance.
- Learn about the importance of weight distribution and optimal component layout.
Step-by-Step Assembly
- Follow a guided process to assemble your drone.
- Learn to properly install and secure each component, ensuring reliable and safe connections.
Introduction to Drone Programming
- Get acquainted with drone firmware such as Betaflight or Cleanflight.
- Learn basic programming to configure your drone’s flight characteristics and modes.
Safety and Pre-Flight Checks
- Conduct essential pre-flight safety checks to ensure your drone is ready for flight.
- Learn best practices for maintaining your drone and troubleshooting common issues.
Hands-On Flight Training
- Receive practical training on how to control and fly your drone.
- Practice basic flight maneuvers and understand the controls.

Giveaway: Take Home Your Drone!

As a special bonus, all participants will take home the drone they assembled during the workshop. This allows you to continue practicing and improving your skills at home.

Workshop Details : Online / Offline

Date and Time: [3 Days]
Location: [ Physical Location : Aurangabad, BIHAR] [ Online training : From Anywhere In India ]
Duration: [3 Days]
Cost: INR : 17500.00

What’s Included

All necessary drone components and tools for assembly.
Comprehensive training materials and resources.
Expert guidance from experienced instructors.
A fully assembled drone to take home.
Certificate of completion.

Who Should Attend

Beginners: No prior experience needed. Perfect for anyone with an interest in drones and technology.
Hobbyists: Enhance your knowledge and skills in drone technology and operation.
Students and Educators: Ideal for those looking to integrate practical drone knowledge into STEM education.

Registration

Secure your spot in this exciting workshop and start your journey into the world of drones. Spaces are limited, so early registration is recommended!

Register Today
Contact Information: : +91-9971082561

Agenda

Day 1: Introduction and Component Overview

Welcome and Introduction
Overview of Drone Components
Basic Aerodynamics and Design Principles

Day 2: Assembly and Programming

Step-by-Step Drone Assembly
Introduction to Drone Programming
Configuring Flight Modes and Settings

Day 3: Safety, Testing, and Flight Training

Pre-Flight Safety Checks
Basic Troubleshooting and Maintenance
Hands-On Flight Training and Practice

Don’t miss this unique opportunity to build, program, and fly your own drone. Join us for an educational and fun-filled experience, and take home your very own drone!

20mm Motor Mount

Aileronadmin — Thu, 16 May 2024 04:31:16 +0000

20mm Carbon Fiber Pipe Motor Mount Base Aluminum Support

Key Specifications/ Special Features:

Place of Origin	Bihar, India
Brand Name	Aileron
Size	20mm
Material	Metal
Model Number	motor cabinet
For Vehicle Type	Helicopters
Four-wheel Drive Attributes	Assemblage

20 mm Drone D20mm Folding Parts

Aileronadmin — Thu, 16 May 2024 04:15:10 +0000

20 mm Drone D20mm Folding Parts

Color: 20mm black 4PCS
Wheelbase: Screws
Size: D20mm
Technical parameters: KV1100
Model number: AIL-009

20mm Aluminum Tube Clamp

Aileronadmin — Thu, 16 May 2024 03:45:10 +0000

20mm Aluminum Tube Carbon Fiber Pipe Clamp

Product： 20mm double clamp
Model Number： AIL-008
Measurement：20 MM
Materials： aluminum alloy
Weight ： about 26g (wit screws)

3K C/F ‘X’ TYPE GIMBAL DAMPER PLATE(2PCS)

Aileronadmin — Sun, 05 May 2024 03:21:07 +0000

SPECIFICATION:

Made from 3k 3mm carbon fiber plate,suitable 100g/200g/300g/500g/700g dampers, ensure different gimbal loading weight works stably.
Greatly removing vibration effect on the gimbal.
you can attach 4x dampers on each plate , depending on your gimbal weight.
we suggest 4 100g dampers for Phantom original gimbals , using 100g damper.
Could be mounted on any custom designed drones.

STANDARD BATTERY PLATE FOR AGRICULTURE DRONE

Aileronadmin — Mon, 08 Apr 2024 15:10:04 +0000

Standard Battery Plate for 10L & 16L water Tank of Agriculture Drone E610P & E616P
Material: Carbon Fiber

RAPTOR-1 Full Carbon Quadcopter Frame

Aileronadmin — Sun, 07 Apr 2024 16:02:37 +0000

RAPTOR 1 Quadcopter is called Human Eyesight Extension in the Air, which is invented for survey, inspection, rescue, tracking, and shooting, also can be a sporting drone . RAPTOR 1 is equipped with high efficient power system, including T-Motor MN3508 KV380 motor, 1552 folding propeller and Multi-Pal 40A OPTP ESC, to ensure Long flight time and make RAPTOR 1 fly over the area such as highway traffic jam, fire place, flood stricken region, mountain, lake and coal area, where people can not reach and find out the emergency situation, and then transmit signal and image to the ground station. RAPTOR 1 has two options of flight controller. One is NAZA-M V2 flight controller that is a very smart and easy to be controlled to fly way-point ( equal or less than16 way-point) and automatically land and return to original place. Another one is Radiolink Pixhawk flight controller that is very good at making HD shooting and accurate map-survey in low altitude flight, also some other powerful functions like automatic driving cruise, automatic landing and returning to make RAPTOR 1truly be a mini quadcopter that meet all your needs. RAPTOR 1 can be folded into a small size as ipad mini and put into a pack bag to go travelling and anywhere due to folding arms, propellers and landing gears and light and durable 3k full carbon fiber material. Coming with FH310Z or FH310W 10x zoom HD camera and 3 axis brushless gimbal, RAPTOR 1 can do survey, inspection, rescue and tracking etc. as your third eye.

Specifications:

– RAPTOR 1 quadcopter frame weight: 596g
– Wheelbase: 610mm
– Folding size: 285*285*175mm
– Propeller: 1552 folding propeller
– Motor: T-Motor MN3508 KV380
– ESC: Multi-Pal 40A OPTO ESC(Simonk Firmware)
– Flight controller: Radiolink pixhawk flight controller (with M8N GPS ) or DJI NAZA-M V2 (with GPS)
– Take-off Weight:1.4kg (battery excluded)
– Flying time: >50 minutes
– Operating temperature: -20 ~ +50 ℃
– Suggested flight Altitude: <1000m
– Max air speed: 20m/s

Features:

– Max air speed: 20m/s
– Max climb rate: >20m/s
– Long flight time: >50 minutes (no load)
– Light flying weight: 1.4kg only (battery excluded)
– Folding arms, propellers and landing gears
– Small folding size as Ipad Mini make it possible to put it in bag for travelling and going anywhere
– Two options of flight controller: Radiolink Pixhawk (with GPS) and DJI NAZA-M V2 (with GPS)
– Powerful and high efficiency power system ensures almost 1hour flying time.
– 3K full carbon fiber, light, rigid and durable

Options:
– Battery: 6S 9500mAh Li-ion Battery
– Propeller: C/F Propeller (15×5.0) V2/ Tarot 1555 Folding Propeller
– Motor: T-Motor MN3508 KV380
– Remote Controller: Futaba 14SG Radio Controller, Taranis X9D Plus Radio Controller
– Hover 1 motor cover (red / black)
– Pixhawk ground station

Your purchase includes:
– 1 x RAPTOR-1 1Frame

Pixhawk cube orange Plus flight controller set

Aileronadmin — Sun, 07 Apr 2024 15:40:01 +0000

This is an updated version of the Cube Orang original carrier board, its overall footprint is identical to the previous versions and main changes compared to original carrier are as follows:

Integration of uAvionix ADS-B IN Receiver
Built-In ADS-B Antenna
Removal of Intel Edison Bay and Debug USB Ports
New Product Livery
Correct labelling Of CAN Ports

uAvionix ADS-B Receiver:

The Cube Orange Standard Set + ADS-B flight controller comes with an H7 processor, features a 1,090 MHz ADS-B receiver from Avionic, automatically avoids aircraft, and Is integrated into the new ADS-B carrier board.

Through the parameter setting, the autopilot can optionally set up the cube to allow the vehicle to automatically avoid an aircraft that is detected in an exclusion zone set by the pilot.

Specification:

Main Processor	STM32H757 Dual Core M7 + M4
Coprocessor	STM32Fl00
Supported RC signals	PPM/SBUS/DSM
Power redundancy	Triple redundancy
Sensors	Triple IMU System
Sensors details	IMUl(lsolated) ICM42688 IMU2(1solated) ICM20948 or ICM42688 IMU3(Fixed) ICM20649 or ICM45686 MS5611x 2(Baro)
Supported firmware Ardupilot	PX4, and Hionos 00-178C
Supported vehicle type	Fixed-wing plane Multicopters Helicopter VTOL-plane Rover/boat/submarine
Weight (gm)	73
Chassis Material	CNCAluminum Alloy(cube) +ABS Molding(Carrier Board)
Cube Size (mm)	38.4 x 38.4 x 22
Carrier Board Size (mm)	94 x 44.3 x 7.3
Operating Temperature	-10+55° IMU with temperature control
PWM I/Os	14
GPS/Serial interfaces	4
Debug interface	2
I2C interface	2
CAN FD interface	2

Package Includes:

1 x Cube Orange+ set
1 x Power Brick Mini
1 x Buzzer Cable
2 x CAN Cable
2 x I2C Cable
1 x Power Brick Mini Cable
1 x GPS1 GH Cable
1 x Micro USB cable
1 x I2C Board
4 x Screws
3 x 3M Sticker(L)
2 x 3M Sticker(M)
4 x 3M Sticker(S)

DEBUG CONNECTOR-P106_IO

Aileronadmin — Sun, 07 Apr 2024 07:20:42 +0000

Why IO DEBUG Cable Is Needed?

The IO debug cable plays a critical role in flashing firmware onto the Pixhawk Cube Orange, a popular autopilot system used in drones and other unmanned aerial vehicles (UAVs). This cable is an essential component for developers, engineers, and enthusiasts who need to update or customize the firmware running on their Pixhawk Cube Orange.

The Pixhawk Cube Orange is a high-performance flight controller renowned for its reliability and versatility. It serves as the brain of the UAV, handling tasks such as navigation, stabilization, and communication with various sensors and peripherals. Like any sophisticated electronic device, the firmware running on the Pixhawk Cube Orange needs to be periodically updated to incorporate new features, improvements, or bug fixes.

The IO debug cable facilitates this firmware flashing process by providing a direct connection between the Pixhawk Cube Orange and a computer. It typically consists of several wires terminated with connectors compatible with the Pixhawk Cube Orange’s debug port and a USB connector for connection to the computer.

Here’s how the IO debug cable works in the firmware flashing process:

Preparation: Before flashing new firmware, users need to ensure they have the latest firmware file from the manufacturer or the open-source community. They also need compatible firmware flashing software installed on their computer.
Connection: The IO debug cable is connected to the Pixhawk Cube Orange’s debug port, which is usually a standard 6-pin connector. The other end of the cable is plugged into a USB port on the computer.
Initialization: Once the cable is connected, the user launches the firmware flashing software on their computer. The software communicates with the Pixhawk Cube Orange through the debug cable, establishing a connection and preparing for the flashing process.
Flashing: With the connection established, the user selects the firmware file they want to flash onto the Pixhawk Cube Orange. The flashing software sends the firmware data through the IO debug cable to the autopilot system, overwriting the existing firmware with the new version.
Verification: After the flashing process is complete, the software verifies that the firmware was successfully written to the Pixhawk Cube Orange. This ensures that the autopilot system is running the intended version of the firmware without any errors or corruption.
Testing: Once the new firmware is installed, users may conduct tests to ensure that the Pixhawk Cube Orange functions correctly and that any new features or improvements are working as expected.

Overall, the IO debug cable is a vital tool for maintaining and updating the firmware on the Pixhawk Cube Orange, enabling users to keep their UAVs up-to-date with the latest advancements in autopilot technology. Its simplicity and effectiveness make it an indispensable accessory for developers and enthusiasts in the drone community.