Preliminary Design of Mini Unmanned Aerial Vehicle (Saudi Hawk) (original) (raw)

Development of Mini Unmanned Aerial Vehicle

This paper presents the research and development activities for the development of Mini Unmanned Aerial vehicle. It also includes implementation activities for the unmanned aerial vehicle. Here we used the sensors and small camera and zig bee and micro controller we developed a proto type of Unmanned aerial vehicle. Where this is very much useful in military and disaster and rescue operations, and survey and monitoring the weather conditions and also we evaluated the parameter like lift, drag, centrifugal force, endurance, altitude.

Design of Quadcopter in Reconnaissance

The military use of Unmanned Aerial Vehicles (UAVs) has grown because of their ability to operate in dangerous locations while keeping their human operators at a safe distance. The UAVs provide a reliable long duration, cost effective, platform for reconnaissance. They have grown to become an indispensable tool for the military. The question we posed in this paper was whether small UAVs also had utility in military and commercial as well as industrial applications. We postulated that smaller UAVs serve more tactical operations such as searching a village or a building for enemy positions. They should be able to handle military tactical operations as well as the emerging commercial and industrial. To validate this proposal, we considered many different UAV designs before we settled on creating a quadcopter. The payload of our quadcopter includes a camera and telemetry that will facilitate to watch video from quadcopter on a screen located few meters away.

Design and development of the Micro Aerial Vehicles for Search , Tracking And Reconnaissance ( MAVSTAR ) for MAV 08

This paper presents a team of Micro Aerial Vehicles (MAVs) and Unmanned Ground Vehicles (UGVs) which are controlled and monitored by a Base Station (BS). The MAVs are of coaxial design which imparts mechanical stability both outdoor and indoor while obeying a 30cm size constraint. They have carbon fiber frames for weight reduction allowing sensors and microcontrollers to be mounted on‐board for low level control. Localization and obstacle avoidance are achieved using an on‐board GPS receiver, digital compass and colour camera. The UGVs are similarly equipped but also carry directional microphones to assist in detection of guards and hostages when visual information is inadequate. The BS monitors the vehicles and their environment and navigates them autonomously or with humans in the loop through the developed GUI. The initial goal of the project is the demonstration and assessment of the developed systems at MAV08. Following the demonstration, the systems will be used to demonstrate...

Development and Testing of an Innovative mini-UAV Configuration

The MicroHawk research program is outlined in the present paper. The evolution of the research program, the design phases, the theoretical and the experimental work are detailed. The research and development activities are presented including the production of the industrial versions of the platform.

DESIGNING AND DEVELOPMENT OF UNMANNED AERIAL VEHICLE

2002

With the advancement in science and technology, the aviation industry is increasingly concentrating on the development of Remotely Piloted Vehicles (RPVs), Unmanned Aerial Vehicles (UAVs) and Unmanned Combat Aerial Vehicles (UCAVs). The Unmanned Aerial Vehicle (UAV) are being used for many years for a variety of different tasks like reconnaissance, bomb damage assessment (BDA), scientific research, escort EW, decoying guiding SAMs and AAMs, and target practice. These UAVs will replace the conventional aircraft in several roles and even perform novel assignments. The hostile battlefield environments and difficult access areas can be monitored without endangering human life. This paper elaborate the designing of UAV that can be used as interceptor and can perform reconnaissance/survillance missions as well.

ANALYSIS OF APPLICATION OF THE UAVs FOR MILITARY TASKS

Modern achievements of geodesic science and industry, 2019

The purpose of this work is to analyse and study the possibilities of using unmanned aerial vehicles (UAVs) for military purposes. Methodology. One of the important tasks of using UAVs is topographic aerosurveying for processing large-scale plans, which, as confirmed by the experience of military actions, are a necessity to work with them by appropriate composition. But this process is rather complicated, since many requirements for carrying out the aerosurveying must be observed such as adhering to the height of surveying for the scaling of aerial images, and to the stabilization of the aircraft to reduce angles of inclination and speed for receiving longitudinal overlap. All these factors lead to rapid detection of an object and its destruction. Therefore, the authors have made an analysis of modern type of UAVs that are used for aerosurveying of military objects. Also it presented a detailed classification of military UAVs, established a list of tasks that they can perform, and made appropriate conclusions. Requirements for the establishment of military UAVs have been developed. The research of the developed UAV Arrow has been carried out in order to confirm the possibility of its application in aerial surveying purposes. Results. To determine the aerodynamics performed by both the Arrow aircraft and the Trimble UX5 UAV aircraft in aerating of the same plot. A comparative analysis of the values of the angles of yaw, roll, and pitch of UAV Arrow and Trimble UX5 for each route is made. Scientific novelty and practical significance. UAV currently perform different tasks in many industries of the economy and defence of countries. The main advantage of using UAVs in military affairs is that they can perform their tasks in automatic or semi-automatic modes with minimal human participation in the control process. Taking into account the military conflict in the east of Uraine, this issue becomes particularly relevant, since the determining of peculiarities of using of UAVs for military purposes will allow: to reduce losses among both the military and the civilian populations which are often attacked; to conduct invisible reconnaissance of ground objects and enemy targets in enemy occupied territory; to determine targets for attack; to make a point artillery or air strike on enemy targets and subsequently to control the results of the attack; to conduct radio-electron struggle; to detect and to neutralize enemy's UAVs.

DESIGN AND ANALYSIS OF MINI-UAV

The aim was to design and analyze a mini UAV for a surveillance mission. To achieve the final vehicle, a novel design methodology, based on cruise optimization was incorporated to carry out the design and development of mini UAV with AUW of max 2.5 kg, and the maximum wing span of 1.5 m. The methodology incorporates the design of the low Reynolds number wing, by optimizing the different disciplines aerodynamics, structures, propulsion, etc. The wing designed is optimized for the cruise flight, since the mission is for surveillance. The procedure also illustrates the major decisions made, during the development of the mini-UAV viz. airfoil selection, wing loading, aspect ratio wing plan-form shape etc. Finally, we want to achieve good aerodynamic efficiency during flight conditions near to 200,000 Reynolds's number and to compare the obtained computational values with experimental values. KEYWORDS: Unmanned Aerial Vehicle, Aspect Ratio, Maximum Takeoff Weight, Medium Altitude Long Range &

Warfare Use of Unmanned Aerial Vehicles

Safety & Defense

This article contains a summary of the research conducted in the Military University of Aviation concerning the problems of warfare use of unmanned aerial vehicles. It indicates the operational needs of the air force at the modern and future battlefield and the resulting requirements for unmanned aerial vehicles. The present paper outlines the areas of the potential applications and types of unmanned platforms useful for these tasks. It presents the technical and operational requirements and indicates the directions of future research necessary to expand the combat capabilities of these machines. It defines the potential groups of combat and support tasks that may be performed by unmanned aerial vehicles in the future. Conceptual solutions for the use of unmanned platforms at the battlefield and the problems of introducing new means of destruction and extending the autonomy and viability of the platforms are also presented in the present article.