Drone Development from Concept to Flight
Drone Development from Concept to Flight is a technical guide to designing, assembling, configuring, and flying unmanned aerial vehicles. It covers flight physics, propulsion, sensors, flight-controller software, ground-control stations, PID tuning, and a custom survey-drone build, making it relevant to beginner engineers and technically minded hobbyists.
At a glance
- Connects multicopter flight physics with propulsion, wiring, sensors, firmware, and mission software.
- Discusses ArduPilot and PX4 flight stacks and ground-control tools including AeroGCS and Mission Planner.
- Includes guidance on assembly, calibration, maiden flight, flight-log analysis, and PID tuning.
- Describes a custom survey-drone example. The stated endurance and range refer to that example, not a supplied drone.
Reference price: $44.99
Price checked: Nov 14, 2026
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Pros and cons
Pros
- Broad coverage links core flight concepts to hardware setup and software configuration.
- Specific protocols and systems covered include I2C, UART, SPI, MAVLink, IMUs, ArduPilot, and PX4.
- The described survey-drone project gives readers an applied context for assembly and testing.
Cons
- The book's technical scope may require supplementary knowledge of circuits, microcontrollers, physics, and mathematics for readers new to engineering.
Technical specifications
8 specifications| Publisher | Packt Publishing |
|---|---|
| Publication date | April 30, 2024 |
| Language | English |
| Print length | 316 pages |
| ISBN-10 | 1837633002 |
| ISBN-13 | 978-1837633005 |
| Weight listed | 1.2 pounds |
|---|---|
| Dimensions | 7.5 x 0.72 x 9.25 inches |
What to know before buying
- The listing describes a survey-drone example with a 60-min endurance and 10km range. These are example-build claims, not performance specifications for a drone included with the book. The description also varies in naming communication and ground-control tools, so consult the sample chapters to confirm the exact coverage relevant to your project.
Who is it for?
A good fit for
- Beginner-level drone and robotics engineers seeking a guided introduction to UAV systems.
- Hardware and design engineers wanting an overview of drone propulsion, avionics, firmware, and mission planning.
- Hobbyists interested in building and configuring multicopters, with basic electronics or engineering knowledge helpful.
Less suited to
- Readers seeking a ready-to-fly drone or included building components.
- Buyers looking primarily for a flight-operations or pilot-certification study guide.
Customer reviews on Amazon
- 5 stars
79% 79% - 4 stars
4% 4% - 3 stars
4% 4% - 2 stars
3% 3% - 1 star
10% 10%
The available aggregate ratings lean positive, with many five-star ratings, but also include one-star ratings. Without written review summaries, the ratings do not establish which topics readers valued or what caused lower scores. Consider the stated engineering focus and technical breadth when deciding whether it fits your background.
Frequently asked questions
What topics does the book cover?
The listing describes coverage of flight physics, propulsion, drone components and wiring, sensors, flight stacks, ground-control software, calibration, PID tuning, and flight-log analysis.
Does it include a drone?
No drone or building components are listed as package contents. It is a book about drone development.
Are the stated endurance and range specifications for a drone included with the book?
No. The listing attributes a 60-min endurance and 10km range to its custom survey-drone example, not to an included aircraft.
Who is the book aimed at?
The listing identifies beginner-level drone and robotics engineers, hardware and design engineers, and hobbyists. It says basic knowledge of circuits, microcontrollers, physics, and mathematics can be helpful.
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