The document discusses drones/unmanned aerial vehicles (UAVs), including definitions, examples of drones in use today, and their applications. Some key points are:
- Drones are powered, aerial vehicles that can fly autonomously or be piloted remotely, and can carry payloads like weapons or cameras.
- Common drones include the Solar Eagle, Puma AE, Predator, Nano, Hummingbird, and quadcopters.
- Drones are used commercially, by governments/research, and as hobbies for purposes like surveillance, mapping, search and rescue, and delivery.
- Regulations in India require drones to fly below 400 feet and only during daylight hours to avoid disturbing
The document provides information on drones (also called unmanned aircraft systems) including their history, uses, classification, safety and legal requirements for operation. It discusses the origins of the term "drone" and lists common names for different types of drones. The document also outlines the key components of drones like quadcopters and explains how drones work from both an external operational perspective and internal electronics perspective.
This document provides an overview of unmanned aerial vehicles (UAVs). It discusses the history of UAVs, the key subsystems that enable UAV flight including communication, navigation, and collision avoidance. It also outlines different types of UAVs, the methodology used in UAV design, applications of UAVs such as surveillance and disaster relief, and both the advantages and disadvantages of UAV technology.
DJI's Drone Solutions for Smart Cities of the Futuresitecmy
Keynote Presentation by Bryan Liu, Head of Enterprise for APAC, DJI at the Selangor Smart City & Future Commerce Convention 2017, on the topic titled 'DJI's Drone Solutions for Smart Cities of the Future'
The document discusses the present and future of the drone industry. It covers the commercial, military, and hobbyist markets for drones and how drones are being used for applications like delivery, agriculture, filmmaking, and more. The document predicts that commercial drone spending will reach $4.8 billion globally by 2021 and that drones will continue revolutionizing various industries through innovations in engagement, solutions to unique challenges, and new forms of advertising and events.
The slides give the brief description of the top most famous drones presently available in the market. These Drones are highly efficient and User-Friendly, that's why it is being loved so much.
DJI is a Chinese technology company founded in 2006 that is the global market leader in civilian drones. It has approximately 70% of the drone market share and earned around $2.7 billion in revenue in 2017. DJI is known for producing small, affordable, easy to use drones like the Spark that can take stable HD video from long distances and return automatically if the connection is lost.
The document discusses drones/unmanned aerial vehicles (UAVs), including definitions, examples of drones in use today, and their applications. Some key points are:
- Drones are powered, aerial vehicles that can fly autonomously or be piloted remotely, and can carry payloads like weapons or cameras.
- Common drones include the Solar Eagle, Puma AE, Predator, Nano, Hummingbird, and quadcopters.
- Drones are used commercially, by governments/research, and as hobbies for purposes like surveillance, mapping, search and rescue, and delivery.
- Regulations in India require drones to fly below 400 feet and only during daylight hours to avoid disturbing
The document provides information on drones (also called unmanned aircraft systems) including their history, uses, classification, safety and legal requirements for operation. It discusses the origins of the term "drone" and lists common names for different types of drones. The document also outlines the key components of drones like quadcopters and explains how drones work from both an external operational perspective and internal electronics perspective.
This document provides an overview of unmanned aerial vehicles (UAVs). It discusses the history of UAVs, the key subsystems that enable UAV flight including communication, navigation, and collision avoidance. It also outlines different types of UAVs, the methodology used in UAV design, applications of UAVs such as surveillance and disaster relief, and both the advantages and disadvantages of UAV technology.
DJI's Drone Solutions for Smart Cities of the Futuresitecmy
Keynote Presentation by Bryan Liu, Head of Enterprise for APAC, DJI at the Selangor Smart City & Future Commerce Convention 2017, on the topic titled 'DJI's Drone Solutions for Smart Cities of the Future'
The document discusses the present and future of the drone industry. It covers the commercial, military, and hobbyist markets for drones and how drones are being used for applications like delivery, agriculture, filmmaking, and more. The document predicts that commercial drone spending will reach $4.8 billion globally by 2021 and that drones will continue revolutionizing various industries through innovations in engagement, solutions to unique challenges, and new forms of advertising and events.
The slides give the brief description of the top most famous drones presently available in the market. These Drones are highly efficient and User-Friendly, that's why it is being loved so much.
DJI is a Chinese technology company founded in 2006 that is the global market leader in civilian drones. It has approximately 70% of the drone market share and earned around $2.7 billion in revenue in 2017. DJI is known for producing small, affordable, easy to use drones like the Spark that can take stable HD video from long distances and return automatically if the connection is lost.
The given slides provide the information on the evolution of UAV in the USA and its scope in the coming time. The slides previews about the drone startups and famous drones build in the USA.
This document discusses stealth technology and its application to aircraft. It describes how stealth aircraft are designed to reduce their radar cross-section through shaping of the airframe, use of radar-absorbing materials, and positioning engines and exhaust to minimize detection. The history of stealth began with radar-absorbing paint on German submarines in WWII and includes the SR-71 Blackbird. Current stealth aircraft under development include the Chinese Chengdu J-20 and Russian-Indian Sukhoi T-50, while the US operates the F-22 Raptor.
This document discusses stealth technology, which uses designs and materials to make military vehicles like aircraft, ships, and missiles harder to detect by radar or other sensors. It provides examples like the F-117 Nighthawk stealth fighter, which has flat radar-absorbing surfaces, buried engines, and an internal weapons bay to reduce its radar cross-section. Radar absorbing materials coat stealth vehicles to absorb radar waves without reflection. While stealth technology provides advantages like surprise attacks, it also has limitations such as reduced speed, maneuverability, and payload capacity compared to conventional vehicles.
Drones are unmanned aerial vehicles that can fly autonomously or be piloted remotely, carrying payloads but no human. The US drone industry is an $82 billion market and will grow to 10% of aviation by 2025. Regulations require drones under 55 lbs to fly below 400 ft and within 5 miles of an airport with FAA authorization. Violations can result in fines up to $250k or imprisonment.
Unmanned aerial vehicles (UAVs), commonly known as drones, have evolved significantly over time. They were first used as early as the 19th century as balloons loaded with explosives. During World War I, they were developed as aerial torpedoes. Nowadays, UAVs are widely used for both military and civilian applications. They come in various configurations like fixed-wing, rotary-wing, and hybrid designs. Key elements of a UAV system include the airframe, propulsion system, sensors, flight computer and payload such as cameras, radars or other instruments.
Drones, also known as unmanned aerial vehicles (UAVs), can be used for both commercial and military purposes. They are aircraft controlled remotely or through autonomous systems. Drones are equipped with cameras, sensors and other technologies to perform tasks such as aerial photography, surveillance, product delivery and more. While drones provide advantages like low costs, risks to human life and operational flexibility, they also raise issues regarding privacy, civilian casualties and potential misuse if their abilities are not properly regulated.
The document discusses remotely piloted aircraft systems (RPAS). It provides a history of RPAS and describes their components, including the remotely piloted aircraft, remote pilot station, and command and control link. The document outlines various categories of RPAS based on size and weight. It also discusses the advantages and disadvantages of RPAS operations, general requirements for RPAS flights, and the process for submitting and obtaining approval of RPAS flight plans.
This is a report on ‘drones-an introduction&design’.In this
report I tried to give an introduction about drones or unmanned
aerial vehicles (UAVs) and some preliminary design parameters.
Introduction portion consists of drone history, technology, uses,
and the current generation of drones. Design portion includes
parameters like aerodynamics, payload, endurance, speed and
range, navigation systems and communications.
F 35 a lightning ii, usa - joint strike fighter aircrafthindujudaic
The document summarizes the F-35A Lightning II, the conventional take-off and landing variant of the F-35 Joint Strike Fighter aircraft. It is a single-seat, single-engine stealth fighter being developed by Lockheed Martin for the US Air Force and allies. It is designed for multi-role missions including air defense, ground attack, and reconnaissance, and will replace F-16s and A-10s. Key features include its AESA radar, DAS missile warning system, internal gun, and ability to carry up to 8,100kg of weapons internally and 6,800kg externally.
The document discusses drones and their future applications. It introduces drones as unmanned aerial vehicles that can be used for both military and civilian purposes. Examples of current civilian uses include delivery, agriculture, and filmmaking. The document then covers different types of drones like quadcopters and hexacopters. It discusses the working of drones and their potential applications in areas like aircraft inspection, delivery, and farming. Some advantages are monitoring and targeted strikes, while disadvantages include costs, safety issues, and privacy concerns. The conclusion is that further research is needed on drones and their types to maximize their benefits.
Lockheed Martin F35 Lightning II(Aerodynamics Presentation)SYEDMOEEDHUSSAIN1
Note: For best experience of animation, Proceed in Slide Show Mode Of MS Power Point
Lockheed Martin F35 Lightning II's
1. Brief History
2. Dimensions
3. Concept of Shockwave
4. Drag Coefficient
5. Reynold’s Number
6. Features
7. Capabilities
This document provides information about a quadcopter drone project completed by four students. It includes a certificate of completion, table of contents, and chapters covering the quadcopter materials and design. The main components discussed are the frame, KK2.1.5 circuit board, DC brushless motors, electronic speed controls, Li-Po battery, remote control, and receiver. The document provides details on the purpose and functioning of these various components that make up the quadcopter.
This document discusses instrument flight rules (IFR) for flying aircraft compared to visual flight rules (VFR). It covers topics such as Jimmy Doolittle envisioning IFR flight, obtaining clearance for an IFR flight plan which includes route, altimeter, and frequency information, using ground-based navigation beacons and GPS systems to guide aircraft, instrument landing systems (ILS) for precision approaches in low visibility, and standard procedures for departing and arriving at airports under IFR such as SIDS and STARS.
Drones have been used militarily since the early 20th century but have become more advanced and widespread in recent decades. The document outlines the history of drones and their various types, including how they differ based on size, range, aerial platform, and abilities. Drones provide advantages for tasks like surveillance and videography but also have disadvantages like potential restrictions on their use and risks of violating privacy laws.
Short course to learn how to fly both fixed wing and multicopter UAVs. Includes simulator, ground school and flight training. Call 602-759-7372 to enroll, visit uxvuniversity.com or admissions@uxvuniversity.com
Unmanned Vehicle University
1 E Washington St Suite 500
Phoenix, AZ 85004
Call: 602-759-7372
Fax: 602-532-7672
admissions@uxvuniversity.com
www.uxvuniversity.com
Buy Unmanned Systems Textbook
http://www.amazon.com/gp/product/0578114135
Buy UAV Fundamentals Course on DVD
http://www.amazon.com/gp/product/B009NFY07W
Buy Small UAV Design and Operations Course on DVD
http://www.amazon.com/gp/product/B00A0LV4UO
Buy Police UAV Applications Course on DVD
http://www.amazon.com/gp/product/B00BI40Z2K
Buy How to Start a UAV Business Course on DVD
http://www.amazon.com/gp/product/B00BJ0XA2U
UAV Aerodynamics and Flight Stability Course on DVD
http://www.amazon.com/gp/product/B00C8UTCRW
Driverless Car/Unmanned Ground Vehicle Design Course on DVD
http://www.amazon.com/gp/product/B00C7FGMUI
The document provides information about Skylark Aerial Photography, a business that uses drones to provide aerial imagery services. It discusses Simon Handley's background as the owner, the types of drones used including quadcopters and fixed wing models, and the commercial services offered, which include aerial photography, inspections, surveys, and video/film work. Regulations for drone operation are also summarized, including licensing requirements from the CAA. Examples of assignments are shown to demonstrate the business' work.
Drone's were invented in the 1970s by Abraham Kareem for military use by the Israeli Air Force. Drones are now used for both military and civilian purposes such as delivery, aerial photography, and surveillance. They can be operated remotely through a control system and some drones have autonomous capabilities. Drones come in various sizes to carry different payloads and can provide benefits like reducing human exposure to risk. However, there are also disadvantages like regulatory restrictions and potential privacy and security issues.
Drone technology is advancing rapidly. Drones, also known as unmanned aerial vehicles (UAVs), have evolved from early target practice drones in the early 1900s. There are two main types - military drones like the MQ-9 Reaper used for surveillance and attacks, and commercial/recreational drones like the DJI Phantom for photography. Drones operate through a ground control system where officers can monitor and control a drone's flight path and weapons payload if applicable. New innovations continue to push the boundaries with experimental drones that can both fly and function as submarines.
Stealth technology uses materials and aircraft shaping to make planes harder to detect on radar. It absorbs or deflects radar signals away from their source. Early stealth planes like the F-117 had flat, angled surfaces. Modern stealth aircraft also use radar absorbing materials and internal engines to minimize heat signatures detectable by infrared. Stealth aircraft give militaries an advantage in conducting surprise attacks on high value targets.
The given slides provide the information on the evolution of UAV in the USA and its scope in the coming time. The slides previews about the drone startups and famous drones build in the USA.
This document discusses stealth technology and its application to aircraft. It describes how stealth aircraft are designed to reduce their radar cross-section through shaping of the airframe, use of radar-absorbing materials, and positioning engines and exhaust to minimize detection. The history of stealth began with radar-absorbing paint on German submarines in WWII and includes the SR-71 Blackbird. Current stealth aircraft under development include the Chinese Chengdu J-20 and Russian-Indian Sukhoi T-50, while the US operates the F-22 Raptor.
This document discusses stealth technology, which uses designs and materials to make military vehicles like aircraft, ships, and missiles harder to detect by radar or other sensors. It provides examples like the F-117 Nighthawk stealth fighter, which has flat radar-absorbing surfaces, buried engines, and an internal weapons bay to reduce its radar cross-section. Radar absorbing materials coat stealth vehicles to absorb radar waves without reflection. While stealth technology provides advantages like surprise attacks, it also has limitations such as reduced speed, maneuverability, and payload capacity compared to conventional vehicles.
Drones are unmanned aerial vehicles that can fly autonomously or be piloted remotely, carrying payloads but no human. The US drone industry is an $82 billion market and will grow to 10% of aviation by 2025. Regulations require drones under 55 lbs to fly below 400 ft and within 5 miles of an airport with FAA authorization. Violations can result in fines up to $250k or imprisonment.
Unmanned aerial vehicles (UAVs), commonly known as drones, have evolved significantly over time. They were first used as early as the 19th century as balloons loaded with explosives. During World War I, they were developed as aerial torpedoes. Nowadays, UAVs are widely used for both military and civilian applications. They come in various configurations like fixed-wing, rotary-wing, and hybrid designs. Key elements of a UAV system include the airframe, propulsion system, sensors, flight computer and payload such as cameras, radars or other instruments.
Drones, also known as unmanned aerial vehicles (UAVs), can be used for both commercial and military purposes. They are aircraft controlled remotely or through autonomous systems. Drones are equipped with cameras, sensors and other technologies to perform tasks such as aerial photography, surveillance, product delivery and more. While drones provide advantages like low costs, risks to human life and operational flexibility, they also raise issues regarding privacy, civilian casualties and potential misuse if their abilities are not properly regulated.
The document discusses remotely piloted aircraft systems (RPAS). It provides a history of RPAS and describes their components, including the remotely piloted aircraft, remote pilot station, and command and control link. The document outlines various categories of RPAS based on size and weight. It also discusses the advantages and disadvantages of RPAS operations, general requirements for RPAS flights, and the process for submitting and obtaining approval of RPAS flight plans.
This is a report on ‘drones-an introduction&design’.In this
report I tried to give an introduction about drones or unmanned
aerial vehicles (UAVs) and some preliminary design parameters.
Introduction portion consists of drone history, technology, uses,
and the current generation of drones. Design portion includes
parameters like aerodynamics, payload, endurance, speed and
range, navigation systems and communications.
F 35 a lightning ii, usa - joint strike fighter aircrafthindujudaic
The document summarizes the F-35A Lightning II, the conventional take-off and landing variant of the F-35 Joint Strike Fighter aircraft. It is a single-seat, single-engine stealth fighter being developed by Lockheed Martin for the US Air Force and allies. It is designed for multi-role missions including air defense, ground attack, and reconnaissance, and will replace F-16s and A-10s. Key features include its AESA radar, DAS missile warning system, internal gun, and ability to carry up to 8,100kg of weapons internally and 6,800kg externally.
The document discusses drones and their future applications. It introduces drones as unmanned aerial vehicles that can be used for both military and civilian purposes. Examples of current civilian uses include delivery, agriculture, and filmmaking. The document then covers different types of drones like quadcopters and hexacopters. It discusses the working of drones and their potential applications in areas like aircraft inspection, delivery, and farming. Some advantages are monitoring and targeted strikes, while disadvantages include costs, safety issues, and privacy concerns. The conclusion is that further research is needed on drones and their types to maximize their benefits.
Lockheed Martin F35 Lightning II(Aerodynamics Presentation)SYEDMOEEDHUSSAIN1
Note: For best experience of animation, Proceed in Slide Show Mode Of MS Power Point
Lockheed Martin F35 Lightning II's
1. Brief History
2. Dimensions
3. Concept of Shockwave
4. Drag Coefficient
5. Reynold’s Number
6. Features
7. Capabilities
This document provides information about a quadcopter drone project completed by four students. It includes a certificate of completion, table of contents, and chapters covering the quadcopter materials and design. The main components discussed are the frame, KK2.1.5 circuit board, DC brushless motors, electronic speed controls, Li-Po battery, remote control, and receiver. The document provides details on the purpose and functioning of these various components that make up the quadcopter.
This document discusses instrument flight rules (IFR) for flying aircraft compared to visual flight rules (VFR). It covers topics such as Jimmy Doolittle envisioning IFR flight, obtaining clearance for an IFR flight plan which includes route, altimeter, and frequency information, using ground-based navigation beacons and GPS systems to guide aircraft, instrument landing systems (ILS) for precision approaches in low visibility, and standard procedures for departing and arriving at airports under IFR such as SIDS and STARS.
Drones have been used militarily since the early 20th century but have become more advanced and widespread in recent decades. The document outlines the history of drones and their various types, including how they differ based on size, range, aerial platform, and abilities. Drones provide advantages for tasks like surveillance and videography but also have disadvantages like potential restrictions on their use and risks of violating privacy laws.
Short course to learn how to fly both fixed wing and multicopter UAVs. Includes simulator, ground school and flight training. Call 602-759-7372 to enroll, visit uxvuniversity.com or admissions@uxvuniversity.com
Unmanned Vehicle University
1 E Washington St Suite 500
Phoenix, AZ 85004
Call: 602-759-7372
Fax: 602-532-7672
admissions@uxvuniversity.com
www.uxvuniversity.com
Buy Unmanned Systems Textbook
http://www.amazon.com/gp/product/0578114135
Buy UAV Fundamentals Course on DVD
http://www.amazon.com/gp/product/B009NFY07W
Buy Small UAV Design and Operations Course on DVD
http://www.amazon.com/gp/product/B00A0LV4UO
Buy Police UAV Applications Course on DVD
http://www.amazon.com/gp/product/B00BI40Z2K
Buy How to Start a UAV Business Course on DVD
http://www.amazon.com/gp/product/B00BJ0XA2U
UAV Aerodynamics and Flight Stability Course on DVD
http://www.amazon.com/gp/product/B00C8UTCRW
Driverless Car/Unmanned Ground Vehicle Design Course on DVD
http://www.amazon.com/gp/product/B00C7FGMUI
The document provides information about Skylark Aerial Photography, a business that uses drones to provide aerial imagery services. It discusses Simon Handley's background as the owner, the types of drones used including quadcopters and fixed wing models, and the commercial services offered, which include aerial photography, inspections, surveys, and video/film work. Regulations for drone operation are also summarized, including licensing requirements from the CAA. Examples of assignments are shown to demonstrate the business' work.
Drone's were invented in the 1970s by Abraham Kareem for military use by the Israeli Air Force. Drones are now used for both military and civilian purposes such as delivery, aerial photography, and surveillance. They can be operated remotely through a control system and some drones have autonomous capabilities. Drones come in various sizes to carry different payloads and can provide benefits like reducing human exposure to risk. However, there are also disadvantages like regulatory restrictions and potential privacy and security issues.
Drone technology is advancing rapidly. Drones, also known as unmanned aerial vehicles (UAVs), have evolved from early target practice drones in the early 1900s. There are two main types - military drones like the MQ-9 Reaper used for surveillance and attacks, and commercial/recreational drones like the DJI Phantom for photography. Drones operate through a ground control system where officers can monitor and control a drone's flight path and weapons payload if applicable. New innovations continue to push the boundaries with experimental drones that can both fly and function as submarines.
Stealth technology uses materials and aircraft shaping to make planes harder to detect on radar. It absorbs or deflects radar signals away from their source. Early stealth planes like the F-117 had flat, angled surfaces. Modern stealth aircraft also use radar absorbing materials and internal engines to minimize heat signatures detectable by infrared. Stealth aircraft give militaries an advantage in conducting surprise attacks on high value targets.
Droni e multirotori, la nuova frontiera delle applicazioni aereeEnrico Bazan
Droni e Multirotori:
- Cosa sono e come sono fatti
- Principi di funzionamento
- Configurazioni e componenti
Usi ed applicazioni:
- Normative italiane ed estere
- Applicazioni presenti e future
- Missioni autonome
In Flight Data Fusion. Drones How To and Why - Roberto Collina - Codemotion R...Codemotion
No one doubts that a drone flights. We will show what there is behind the data fusion of all the data from the single sensors and how/why the drones use them for flight functionality. Today drones are "isolated systems" with and high need of ideas and software developments to be part of a more integrated world.
In Flight Data Fusion. Drones: How To and Why. - Roberto Collina - Codemotion...Codemotion
Codemotion Roma 2015 - No one doubts that a drone flights. We will show what there is behind the data fusion of all the data from the single sensors and how/why the drones use them for flight functionality. Today drones are "isolated systems" with and high need of ideas and software developments to be part of a more integrated world.
Un introduzione al mondo degli APR partendo da 0, dalla struttura all'elettronica, alle dinamiche fisiche che innescano il movimento, senza tralasciare la sicurezza
Trovate il video della prima serata qui :
http://lanyrd.com/2014/inside-drones-world/
L'evento verrà ripetuto più approfondito e mirato alla fotogrammetria
All'evento "Google I/O Extended GDG Camerino"
http://gdg-camerino-io-ext.eventbrite.com/?aff=estw via @eventbrite
A settembre al polo di Ingegneria di Ancona per 2 giornate compreso un LAB pratico
Come impiegare i droni per le ispezioni del condominio. Quali sono gli impieghi, a chi rivolgersi, quali sono i documenti da controllare e cosa richiedere a piloti ed operatori.
Progetto RADARDRONE - Le Presentazioni del workshop di divulgazione dei risul...Sardegna Ricerche
Raccolta delle presentazioni realizzare durante l'evento intermedio di presentazione dei risultati del progetto RADARDONE, cluster che mira a raccogliere tutte le competenze isolane sul tema dei radar, con l'obiettivo di progettare e realizzare di una piattaforma per la ricerca e lo sviluppo di sistemi all'avanguardia in questo campo.
[Webinar] Il telerilevamento da droni aerei: soluzioni Leica Geosystems e cas...Planetek Italia Srl
Il telerilevamento da droni aerei: normativa, elaborazione dei dati e casi applicativi.
Seminario on-line: Martedì 27 gennaio 2015
Intervento
Panoramica delle soluzioni Leica Geosystems e casi applicativi tramite l’uso della piattaforma AIBOTIX (Marco Labate, Leica Geosystems)
Per dettagli sull'evento e per rivedere la registrazione video:
http://www.planetek.it/formazione/webinar/webinar_il_telerilevamento_da_droni_aerei_normativa_elaborazione_dei_dati_e_casi_applicativi
il nuovo drone marino per rilievi in acque chiuse, porti, bacini irraggiungibili. leggero e resistente, in carbon-kevlar, ha un payload di oltre 40kg!
Presentazione tenuta a maggio 23 durante i Codevintec Days da Andrea Faccioli, direttore commerciale.
The document summarizes a 3D printed structure called "The Fabulous Printer". It lists the plastic materials needed to build the printer, including tubes and triangles. It explains that the structure's elements were digitally fabricated and 3D printed using a Makerbot machine. It also briefly mentions several other 3D printing projects, such as the E-NABLE project, Helping Hand Project, and an "intelligent shoe" called Esole. It concludes by thanking the reader and providing a contact email.
The document discusses 3D printing for prosthetic hands through projects like E-NABLE and Helping Hand. It provides information on 3D printed prototypes, advantages for grip, and useful links for projects creating affordable prosthetics using 3D printing like the "Raptor hand". Contact information is also provided for learning more.
Este documento describe la tecnología de textiles inteligentes y sus aplicaciones. Explica que en los últimos 10 años la industria textil ha apoyado la innovación para crear nuevos productos y funcionalidades como textiles técnicos e inteligentes. Luego describe varios ejemplos de prendas y materiales inteligentes como chaquetas con LED integrados, sensores térmicos y luminosos, y módulos electrónicos para textiles como Arduino LilyPad. Finalmente, proporciona enlaces a recursos y proyectos de prendas interactivas y
The Visions Project K. is a low-cost, DIY interactive 3D display device created by Francesca Mereu and Javier Villarroel. It uses a Kinect camera and pyramid structure with an LCD monitor to project 3D images that appear to float in mid-air. The open source software processes the Kinect input for visualizing 3D objects and tracking user interactions like hand gestures. The goal is to experiment with visualizing and interacting with pseudo-holographic images using an easy-to-build prototype with shared plans.
1. ALLA SCOPERTA DEI DRONI
Dr. Francesca Mereu francesca@fablabcagliari.cc
2. COSA SONO I DRONI
●
Un drone è un aeromobile a pilotaggio
remoto (APR), ossia un velivolo
caratterizzato dall’assenza del pilota
umano a bordo.
●
●
Il suo volo è controllato in remoto da un
pilota che si trova sul terreno o su altro
veicolo.
3. TIPOLOGIE
●
Le principali famiglie di droni presenti in
commercio sono 3:
1. DRONI CON STRUTTURE A ELICHE;
2.DRONI CON STRUTTURA PLANARE;
3. DRONI IBRIDI
4. DRONI A ELICHE
Presentano eliche solitamente montate su bracci estraibili
che permettono al drone di comportarsi come un elicottero,
di mantenere ferma la posizione in aria, di efettuare virate
repentine, di volare anche in direzione obliqua
5. DRONI A STRUTTURA PLANARE
sono più simili agli aeroplani e sono utilizzati soprattutto
per percorrere medie distanze, perché possono sfruttare
correnti e flussi d’aria
6. DRONI IBRIDI
possono volare e muoversi sul terreno grazie alla presenza
di due o quattro ruote motrici; sono in grado di efettuare
anche piccoli salti, così da superare agilmente scale o altri
ostacoli
7. Un drone può essere equipaggiato
solitamente con 3, 4, 6 o 8 motori.
I più evoluti hanno una struttura in
carbonio; l’autonomia di volo è
generalmente pari a 15 a 20 minuti.
8. MODELLI INNOVATIVI
1. GPS
integrato, per la guida assistita:consente di
visualizzare la posizione corrente e stabilizzare
il drone alla posizione e altitudine desiderata
2.RETURN TO HOME;FAIL SAFE
Permette al drone di tornare automaticamente
al punto di decollo
3. CAMERA MOUNT-GIMBALL
Supporto stabilizzato a 2 o 3 assi;con supporti
antivibrazioni e con motori brushless
9. MODELLI INNOVATIVI
4. PILOTA AUTOMATICO;
con way point, per programmare percorsi di
navigazione a punti
5. TELEMETRIA;
Per il controllo dei dati di volo
6.TRASMISSIONE VIDEO A TERRA.
Con kit professionale a lungo raggio
10. MODELLI INNOVATIVI
Trasmissione video FULL HD,
per ricevere le immagini a distanza in tempo
reale
• Controllo remoto della telecamera,
per orientare la ripresa secondo le proprie
esigenze
• Doppio pilota,
con 2 telecomandi per essere pilotati da 2
persone
I droni hanno un prezzo in genere proporzionale
al peso del carico utile da trasportare:
maggiore è il carico utile da sollevare, maggiore
sarà il costo.
13. Progettato per volare per mesi;
dimensioni di un jet passeggeri,
eliminato coda e serbatoio
carburante alimentato a energia solare costruito in fbra di
carbonio per renderlo piu leggero
Si connetterà mediante comunicazione laser ad un punto di
accesso internet situato in aerea urbanizzata e
ritrasmetterà la connessione verso le aree rurali;
E' prevista una modalità di funzionamento per l' estensione
della rete con il collegamento ad altri droni Aquilas empre
mediante raggi laser.
15. IL DRONE DI Amazon
●
Il sistema è metà elicottero e metà aereo
●
●
Ha 2 sistemi propulsori: uno per il decollo
verticale e l' altro per muoversi in orizzontale,
verso destinazione
●
●
●
è in grado di consegnare pacchi che pesano fno
a 2,3 chili circa volando a un' altezza che non
supera i 122 metri.
●
Sfrutta una tecnologia per evitare collisioni con
altri velivoli e per operare in sicurezza.
16. APPLICAZIONI
RILIEVO AEREO;
ISPEZIONI E CONTROLLI;
DIAGNOSI ENERGETICA E IMPIANTISTICA;
SORVEGLIANAZA DEI CANTIERI;
MONITORAGGIO AMBIENTALE
TELESOCCORSO
CONSEGNE
ARTE E SPETTACOLO
17. NORMATIVA
Le operazioni specializzate condotte con droni di
massa operativa al decollo minore o uguale a 2
kg
sono considerate non critiche (e dunque
soggette a mera dichiarazione e non ad
autorizzazione) in tutti gli scenari operativi, a
condizione che gli aspetti progettuali e le
tecniche costruttive del SAPR abbiano
caratteristiche di ino fensività,
precedentemente accertate dall’ENAC o da
soggetto da esso autorizzato.
18. NORMATIVA
Regole per i droni con massa al decollo massima
minore o uguale a 0,3 kg
Per le operazioni specializzate condotte con
droni di massa al decollo minore o uguale a 0,3
kg e con velocità massima minore o uguale a 60
km/h non è richiesto il possesso di un Attestato
di Pilota.
21. SCOUT UAV
●
Unmanned Aerial Vehicle
●
cioè un velivolo in grado di operare senza pilota,
quindi comandato a distanza.
●
●
●
In particolare, il produttore Northrop Grumman
ha sviluppato un elicottero UAV denominato
MQ-8 Fire Scout.
23. ARDUPILOT MEGA IMU
SHIELD per Ardupilot mega
NERTIAL MEASUREMENT UNIT
SCHEDE CHE INCORPORANO UNA VASTA
GAMMA DI SENSORI:
GIROSCOPI, ACCELEROMETRI E MAGNETOMETRI
FRNISCONO IN USCITA VALORI TIPO:
VELOCITA' , DIREZIONE, E FORZA
GRAVITAZIONALE SU ASSI MULTIPLI
.
27. 27
Chassis
Motori senza spazzole (brushless)
Eliche
Controllo elettronico di velocità (ESC)
Batteria (Polimeri di Litio)
Radio
Controllore di volo (ArduCopter)
28. Flight controller+IMU
●
unità che processa i
dati di volo;
●
Si occupa di
mantenere il drone in
equilibrio;
●
Ogni flight controller si
●
Interfaccia con l' unità
IMU.
Controller radio
29. Batterie Li_Po
●
Batterie a polimeri di
litio;
●
Efficienza energetica;
●
leggere
●
ESC-electronic speed
control
●
Controllo elettronico
della velocità;
●
Può gestire la velocitò
di rotazione del
motore;
●
Ci sono frmaware
specializzati
●
30. Motori
●
La maggior parte dei
Quadricotteri usati per
le riprese aeree usa
motori brushless,
ovvero motori “senza
spazzole”. Esistono
anche dei modelli più
piccoli che usano dei
classici motori a
spazzole ma sono
solitamente dei modelli
“giocattolo”
●
Necessitano degli ESC
31. Frame-telaio
●
telai possono essere di
diversi materiali, legno,
plastica, alluminio,
carbonio, etc.
●
Per i Quadricotteri più
piccoli, una delle
caratteristiche più
ricercate nel telaio è la
possibilità di sostituire
“i bracci”, ovvero la
possibilità di cambiare
una sola delle quattro
estensioni, senza
dover sostituire il
telaio intero
32. FPV e telecamere
●
First person view: visuale in prima persona;
●
.
●
quel veicolo (o quei veicoli) in grado di fornire
al pilota una visuale in tempo reale di quello
che la macchina sta vedendo, direttamente
dal punto di vista della macchina.
●
●
I sistemi di FPV più comuni sono composti da
una micro telecamera ed un trasmettitore
montati sulla macchina, ed uno schermo ed
un ricevitore montati sulla ground station.
●
●
. La frequenza più comunemente usata è 5,8
GHz ma esistono diversi standard
ampiamente difusi, e sopratutto questa non
è l' unica frequenza usata.