Attack helicopter

Agricultural drones 2a.Agricultural drones are unmanned aerial vehicles that are used for soil and field analysis. They can produce accurate 3D maps that can conduct soil analysis on numerous soil properties. The goal of precision agriculture or drones is to more efficiently apply a farm’s limited resources to gain maximum yield (Nixon). They can also irrigate crops and analyze crops, deciding which are healthy and which are not more effectively than farmers. My artifact conveys the function of these

(VTOL), simplicity in its mechanical configuration and ease of maintenance. In addition, the use of four small propellers in quadcopter reduces the danger posed by the propellers if it touches external object as compared with one big propeller in helicopter or airplane \citep{Nemati}. One of the quadcopter types that gains growing attention is the racing or high speed quadcopters due to their wide range of applications in surveillance, search, rescue, fire fighting, UAV based delivery, and other similar

that are taken from a high point or elevated location. It captures different subjects from a completely new perspective, thereby producing shots that are great and unique. Aerial photographs are taken from an aircraft such as drones, balloons, helicopters, parachutes, satellites, kites, etc. Why Use Aerial Photography? Aerial photography can be a challenging yet rewarding experience because it can give you spectacular and memorable aerial photos that are different from terrestrial photographs.

The basic principle of close range (terrestrial) photogrammetry will be explained in this section. “Photogrammetry is the art and science of deriving accurate metric and descriptive information from analog and digital images” (Habib et al., 2006; Habib Ghanma Al-Ruzouq Kim a; Ayman Paper A.F. Habib, K.I. Bang, M. Aldelgawy). Wolf, 1983 defined the photogrammetry as the art, science and technology of obtaining reliable information about physical objects and environment through the process of recording

CHAPTER 1: INTRODUCTION 1.1 Overview In this modern era, technology may have seem to be taking its limit off, be it in any kind of industry. Where in aviation, the innovation keeps continuing to discover new ideas. World-wide no longer discuss about The Wright Brothers, the main spotlight now has been given to Unmanned Aerial Vehicle (best known for its acronym UAV). This is where the drones and robotics story comes together in much more advance collaboration. UAV is a type of aircraft designed

Although multirotors on a small scale offer the advantages of having fixed pitch rotors and simpler linkages for rotor actuation, a helicopter with a single rotor will actually have a smaller footprint (Hoffman, 2007; Beckett, 2014). This makes it easier to navigate into difficult landing zones. Small multirotors also generally have a separate motor for each rotor, which would make the

Leonardo Da Vinci’s Aerial Screw is said to be the predecessor of the modern day helicopter, which came 450 years later. The idea was to build a machine that would compress air and allow it to fly, like how most modern day helicopters function. Like many of Da Vinci’s ideas, the Aerial Screw was never physically built or tested by himself, but his sketches and notes explained exactly how it was supposed to have worked. This machine was also called the Helical Air Screw, which originated from the

Environmental Drone technology does not only benefit individuals who invest in drones for the purpose of photography and cinematography. Drones are considered to be an essential part of agriculture; it provides benefits for farmers. Drones made it possible for farmers to over see their crops in a more cost efficient perspective. The use of drones makes it easier for farmers to spray crops with fertilizers and pesticides (Murison, M). Drones can be used to help farmers see damages that they cannot

The drone racing EDP is just one of many exciting directions to take your drone program. Below are several other ideas to challenge your students’ piloting skills and problem-solving abilities through real-world scenarios: Agriculture Drones are used extensively in agriculture to monitor irrigation, disease outbreaks, fertilization and wandering livestock. Today, one of your prize Longhorns has gone missing and it’s up to you to find the lost cattle and identify where she broke through the fence

The flying invention called the drone is used for countless things. Good and bad. According to Fintan Corrigan here is a list of ways drones are used: search and rescue, marketing, film making, site surveying, parcel deliveries, imaging structures, precision agriculture, family fun occasions, lighting concert shows, counting stockpiles, weather patterns, environmental, conservation, insurance, policing, sports. This is just a few ways drones are being used. People are coming up with more and more