Quadcopter Using APM2.8 and Controlling Via FlySky FSIA6 Receiver

Name: Quadcopter Using APM2.8 and Controlling Via FlySky FSIA6 Receiver
Brand: ROBOTICS EMBEDDED EDUCATION SERVICES PRIVATE LIMITED
Price: 20000 INR
Availability: InStock

Price 20000 INR/ Pack

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MOQ : 1 Pack

Quadcopter Using APM2.8 and Controlling Via FlySky FSIA6 Receiver Specification

Power Supply
5V

Input
11.1V

Usage
Quadcopter

Output
Lippi Battery

Product Type
Development Board

Application
DRONE

Rated Voltage
11.1 Volt (V)

Supply Voltage
11.1v Volt (v)

Function
Quadcopter

Color
multi-color

Weight
250 Grams (g)

Quadcopter Using APM2.8 and Controlling Via FlySky FSIA6 Receiver Trade Information

Minimum Order Quantity
1 Pack

Main Domestic Market
All India

About Quadcopter Using APM2.8 and Controlling Via FlySky FSIA6 Receiver

Quadcopter Frame - 1 set
FlySky FS-i6 2.4G 6CH AFHDS RC Transmitter and Receiver - 1
Propellers (with nuts and screws) - 2 sets
1000 Kv Brushless Motor - 4
3500 mAh Lipo Battery with Dean Female Connector -1
APM 2.8 Flight Controller with Frame (with Jumper wire Female to Female) - 1
ESC 30A with Bullet connector and Dean Connector - 4

Ease of Assembly and Control

The quadcopter is engineered for straightforward setup, allowing users to configure the APM2.8 flight controller and FlySky FSIA6 receiver with ease. Clear instructions help facilitate swift integration and calibration, making the device suitable for enthusiasts and professionals alike.

Versatile Power Supply for Reliable Flight

Powered by a high-performance 11.1V Lipo battery, the quadcopter ensures dependable energy output. The power supply unit provides a stable 5V for onboard electronics, supporting smooth flight controls and responsiveness. This design enhances operational safety and flight duration.

Multi-Application Suitability

Designed for drone applications, the quadcopter is optimal for aerial photography, research, and exploration. Its lightweight build and multi-color appearance make it attractive for varied commercial and recreational uses. It's distributed by several channels, including traders and wholesalers in Taiwan.

FAQ's of Quadcopter Using APM2.8 and Controlling Via FlySky FSIA6 Receiver:

Q: How do I set up the APM2.8 flight controller and FlySky FSIA6 receiver for this quadcopter?

A: Begin by connecting the APM2.8 flight controller to the quadcopter's motors and ESCs. Pair the FlySky FSIA6 receiver with your transmitter and link it to the flight controller according to the wiring diagram. Power the system using an 11.1V Lipo battery, calibrate via software, and perform initial flight testing.

Q: What are the benefits of using a lightweight, 250-gram quadcopter model for drone applications?

A: The 250-gram weight offers better maneuverability, longer flight time, and compliance with drone regulations in many regions. Lightweight drones are easier to transport, handle, and less susceptible to crash impact, making them suitable for various activities.

Q: When is it recommended to use the quadcopter's multi-color design in applications?

A: The multi-color design enhances visibility, especially in outdoor flights or demonstrations. It's beneficial when identifying the drone's orientation during aerial photography and public events, and contributes to safety during research and exploration missions.

Q: Where can I procure this quadcopter as a distributor or wholesaler in Taiwan?

A: This quadcopter model is available through established channels in Taiwan, including importers, exporters, manufacturers, suppliers, traders, and wholesalers. Inquiries can be made to local authorized distributors for bulk orders or customized requirements.

Q: What is the process for maintaining the quadcopter's power supply and battery health?

A: Monitor the voltage levels of the 11.1V Lipo battery regularly and ensure it's charged with a compatible charger. Inspect the power supply connections for wear and replace components as necessary. Always store batteries in a cool, dry place and avoid overcharging for optimal longevity.

Q: How can the quadcopter be used for professional drone applications?

A: The quadcopter is ideal for aerial surveys, mapping, and inspection tasks due to its stable flight control provided by the APM2.8 system. Its lightweight design and reliable power make it suitable for commercial operations where agility and extended flight time are critical.

Q: What functions does the APM2.8 controller provide for quadcopter flight and safety?

A: The APM2.8 controller enables advanced functions such as stabilization, GPS waypoint navigation, automatic return-to-home, and failsafe emergency protocols, ensuring safe and precise flight management for both recreational and professional use.

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