Aerial mapping using autonomous fixed-wing unmanned aerial vehicle by Tahar, Khairul Nizam, Ahmad, Anuar, Wan Mohd. Akib, Wan Abdul Aziz, Wan Mohd., Wan Mohd. Naim

“…This paper demonstrates the performance of a fixed-wing unmanned aerial vehicle in mapping semi-undulated area. …”

Simulated real time controller using modified hill climbing algorithm on fixed wing airplane by Abdulelah, Ahmed, Che Soh, Azura, Abdullah, Nor Arymaswati, Hassan, Mohd Khair, Mohd Noor, Samsul Bahari

“…This simulation was applied in fixed-wing airplane pitch angle in Simulink MATLAB. …”
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Capabilities of low cost and fast image acquisition using micro fixed-wing unmanned aerial vehicle system by Darwin, Norhadija, Ahmad, Anuar, Mat Amin, Zulkarnaini, Zainon, Othman

“…The low cost supplying of micro fixed wing UAV can be used in various applications including mapping coastal area. …”
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Automatic flight control requirements for transition flight phases when converting long endurance fixed wing UAV to VTOL aircraft by Zaludin, Zairil Azhar, Gires, Ezanee

“…This paper reviews the 2 most critical flight phases for a Long Endurance Engine Powered Fixed-Wing Hybrid UAV - the transition from hover to forward flight and visa-versa. …”
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Challenges and trends of changing from hover to forward flight for a converted hybrid fixed wing VTOL UAS from automatic flight control system perspective by Zaludin, Zairil Azhar, Mohd Harithuddin, Ahmad Salahuddin

“…Capabilities of fixed-wing UAS to perform missions have been well studied and documented today. …”
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Digital aerial imagery of unmanned aerial vehicle for various applications by Ahmad, Anuar, Tahar, Khairul Nizam, Udin, Wani Sofia, Hashim, Khairil Afendy, Darwin, Norhadija, Mohd. Room, Mohd. Hafis, Abdul Hamid, Nurul Farhah, Mohd. Azhar, Noor Aniqah, Azmi, Shahrul Mardhiah

“…The micro UAVs were flown autonomously (i.e automatically) and a series of DAIs of a slope using fixed wing UAV and a stream using rotary UAV were acquired rapidly within short period. …”
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Autonomous precision landing for commercial UAV: A review by Noor, M.B., Ismail, M.A., Khyasudeen, M.F., Shariffuddin, A., Kamel, N.I., Azzuhri, Saaidal Razalli

“…This paper reviews a various methods exploring the topic of unmanned aerial vehicles (UAV) autonomous precision landing, covering two types of commercial UAVs, multi-rotor and fixed-wing UAVs. Four general methods gain the most eminence for the autonomous precision landing, which generally known as visual processing landing, satellite navigations landing, ground station navigation landing, and arrestor recovery landing. …”
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Development of multiple configuration flying wing UAV by Mansor, Yaakob, Sahwee, Zulhilmy, Mohd Asri, Muhammad Hariz

“…This paper discusses the development of a fixed-wing Unmanned Aerial Vehicle (UAV) platform that can be customized into multiple configurations. …”
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A comparative study of modern UAV platform for topographic mapping by Chaudhry, Muhammad Hamid, Ahmad, Anuar, Gulzar, Qudsia

“…Two different types of UAV surveying platforms used are eBee classic fixed wing (eBee) and DJI Phantom 4 Advanced (P4) multirotor quadcopter. …”

The accuracy evaluation of unmanned aerial vehicle technology for different coastal terrain mapping by Darwin, N., Ahmad, A., Mat Amin, Z., Majid, Z., Mohd. Ariff, M. F., M. Idris, K., Abbas, M. A., Zainuddin, K.

“…In this study, a micro fixed wing UAV attached with a camera digital were used for digital aerial images acquisition on two different coastal terrains (i.e. cliff and sandy) at flying altitude of 300m. …”
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Development of mapping procedures using digital imagery derived from unmanned aerial vehicle system by Sidek, Faizatul Khadijah, Ahmad, Anuar

“…In aerial photogrammetry, the aerial photographs are acquired using a special camera known as metric camera or large format camera (230mm x 230mm) and fixed wing aircraft. Metric cameras have stable and precisely known internal geometries and very low lens distortions. …”
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Evaluasi Metode Pengukuran Batimetri dan UAV untuk Mendukung Pembangunan Infrastruktur Pelabuhan Tanjung Adikarto by Faridatunnisa, Maritsa, Ulinnuha, Hilmiyati, Aji, Jongko Satrio, Azam, Kholqi, Basith, Abdul

“…Pengukuran batimetri dengan menggunakan dua peralatan single beam echosounder, pemetaan detil situasi dengan GPS geodetik metode RTK dan Total Stations, serta pemotretan UAV dengan wahana Fixed Wings. Hasil evaluasi dari ketiga metode ini adalah pelabuhan adikarto memiliki waktu-waktu tertentu untuk melakukan pengukuran batimetri area dangkal dan pengukuran metode RTK yaitu pada saat pagi dan sore hari. …”
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