Military Aircraft Systems

Slides:



Advertisements
Similar presentations
UAV’s: Planes of the New Millennium
Advertisements

Airmanship Knowledge Learning Outcome 3 Part 3 No2 Group Combat Support Part1 Uncontrolled copy not subject to amendment Revision 2.00.
Airmanship Knowledge Learning Outcome 3 Part 3 No2 Group Combat Support Part1 Uncontrolled copy not subject to amendment Revision 1.00.
Airmanship Knowledge Learning Outcome 3 Part 2 No 1 Group Air Combat Uncontrolled copy not subject to amendment Revision 1.00.
MILITARY AIRCRAFT SYSTEMS
Aircraft Recognition Lecture Leading Cadet Training Airmanship 2 2.
Northrop Grumman B-2 Spirit Cpl. Martin Čuba. Basic information Name: B-2 Spirit Role: Stealth bomber Construction: Carbon-graphite composite material.
Drone Armament Nathan Krussel.
Military Aircraft Systems. Air-to-Surface Missiles Objective: To identify the different types of Air-to-Surface Weapons in service with the Royal Air.
Unmanned Aerial Vehicles Presentation. Customization for each client Each order is specifically designed to meet each clients’ aerial needs. On-board.
Drone (Pilotless) aircraft Daley Brathwaite. INTRODUCTION Drones or Unmanned Air Vehicles (UAV’s) are essentially aircraft that operate without the physical.
Military Aircraft Systems. Maritime Weapons Objective: To identify the different types of Maritime Weapons in service with the UK Armed Forces.
C/3C Lucas Carlson UAV Systems. Development Mission Specifications EmploymentOverview 2.
U.S.C.G. UAV’s Enhancing the Common Operational Picture Through Emerging Technologies LCDR Troy Beshears UAV Platform Manager United States Coast Guard.
INNOCON Innovative solutions to the modern real time Arial surveillance challenges.
Military Aircraft Systems
1 MILITARY UNIVERSITY OF TECHNOLOGY. 2 FACULTY OF ELECTRONICS FACULTY OF CIVIL ENGINEERING AND GEODESY FACULTY OF MECHATRONICS FACULTY OF MILITARY TECHNOLOGY.
Airmanship Knowledge Learning Outcome 3 Part 3 No2 Group Combat Support Part1 Uncontrolled copy not subject to amendment Revision 1.00.
Aircraft Recognition Lecture Leading Cadet Training Airmanship 2 5.
Weapons Control & Targeting Systems
Military use of Drones! by, Scott Amack.
Military 3.6 Politics and Government. Cyberwarfare “Actions by a nation-state to penetrate another nation's computers or networks for the purposes of.
Control stations Design of UAV Systems Lesson objective - to discuss
Introduction  Troops patrolling boarders and surveying land are unable to do their job as efficiently as possible both during wartime and out of wartime.
DRONES HISTORY CLASSIFICATION AND USES
Pollution prevention preparedness and response Kristján Geirsson Environment Agency of Iceland EPPR-meeting 10 Nov
 Troops patrolling boarders and surveying land are unable to do their job as efficiently as possible both during wartime and out of wartime.  Troops.
C3C Matthew Jordan.  What is an Unmanned Aerial System? ◦ Difference between Unmanned Aerial Systems and Remotely Piloted Aircraft ◦ How this applies.
How drones have helped Drones were a key role in a drug bust in central America By providing visual surveillance of a Drug trafficker's compound deep.
By Logan Balle What is the F22 Raptor The F22 Raptor is a stealth fighter designed for the US military. The f22 is super manoeuvrable. Its first flight.
Tomahawk® Cruise Missiles
MIDN 4/C Coleman and MIDN 4/C Thompson-James
F – 35 Lightning II Cpl. Jakub Moštěk. F – 35 Lightning II Single-seat Single-engined (jet) Stealth 5 th generation multirole fighter Ground attack, reconnaissance,
AVIATION HISTORY Lecture 9: Military Aviation. What is Military Aviation??  Military aviation is used to attack or defend a country through the sky.
Military Aircraft Systems. Air-to-Surface Missiles Objective: To identify the different types of Air-to-Surface Weapons in service with the Royal Air.
7 조 강창호 강애량 김창규 오혜영 최재영 이홍일 MQ-9B. 1. Goal of Project 2. Project members 3. Schedule 4. Analysis of UAS 4.1 Requirement analysis 4.2 Air vehicle.
Corp. Vilém Marek.  Replaced F-4 Phantom II  Designed as an air superiority fighter and a long- range naval interceptor  First fly in 1970  First.
Military Aircraft Systems. Air-to-Air Missiles Objective: To know the different types of Air-to-Air Missiles in service with the Royal Air Force.
Airmanship Knowledge for Air Cadets Learning Outcome 3 Know How to Identify Military Aircraft Part 3a: No2 Group Combat Support Uncontrolled copy not subject.
The Wright brothers are the two famous men who invented a type of aircraft that could fly. The Wright brothers started to made more and more different.
Guruprasad Aphale. Sept. 10th, 2010 Guruprasad Aphale 1 Avionics Applications Comp -790
F-35 Joint Strike Fighter America’s Next Generation Strike Aircraft.
Solar Challenger Cpl. Novotný. Designed by Paul MacCready Powered entirely by photovoltaic cells 1981 completed 262 km flight from Pontoise to Manston.
This Briefing is: UNCLASSIFIED Air-Surface Integration Excellence Advise – Assist – Control Green Flag Mission Overview John Desmarais Chuck Mullin Lt.
Airmanship Knowledge for Air Cadets Learning Outcome 3
Aircraft Design.
I-CMOR Integrated Chemical Mapping Optical Radar
AVIATION HISTORY Lecture 9: Military Aviation
Mission Aircrew Course Search Planning and Coverage
Modern Military technology
Airmanship Knowledge Learning Outcome 3 Part 6 Training Aircraft
University of Limerick Mobile & Marine Robotics Research Centre
Washington Army National Guard
MAV 101. MAV 101 MAV 101 MAE 598 – Special Topics Micro Air Vehicles.
Predator Drone Brandon Kipphut Kipphut EE 587 Predator Drone.
Phantom Eye Boeing UAV Brandon Witte.
Uncontrolled copy not subject to amendment
PAX River Competition UK Aerial Robotics Team University of Kentucky.
Military Aircraft Systems
9 OSS/OSW Global Hawk Unit Mission Briefing
Military Aircraft Systems
Military Aircraft Systems
F-16 Fighting Falcon Ruolong Ma
A R C E R I A L O B O T I C S L U B AIRFRAME: Piccolo LT Autopilot
June 9th 2009 Washington, DC area
Airmanship Knowledge Learning Outcome 3 Part 2 No 1 Group Air Combat
Lockheed Martin Challenge
Unit 2 Unmanned Aircraft
Embraer ERJ 135 VIP PHOTOS SPECIFICATIONS AIRCRAFT SPECIFICATIONS
CAP Green Flag Mission Overview
Presentation transcript:

Military Aircraft Systems

Reconnaissance

Predator A MQ1B

Medium-altitude, long-endurance, remotely piloted aircraft Predator A MQ1B Medium-altitude, long-endurance, remotely piloted aircraft A Flight 39 Squadron (embedded within USAF)

Predator A MQ1B

Predator A MQ1B The MQ1B Predator A is a medium-altitude, long-endurance, remotely piloted aircraft. Its primary role is to provide real-time reconnaissance video imagery to ground commanders, but it has the additional capability to strike against ground targets using Hellfire missiles. The basic operating crew is one pilot and a sensor operator who fly the Predator mission either locally from inside a portable Ground Control Station or via satellite links from Nellis AFB, Nevada.

Predator A MQ1B

Predator A MQ1B Powerplant: One Rotax 914 4-cylinder piston Thrust: 115 Hp Dimensions: Length: 8.23m Wingspan: 14.84m Height: 17.34m Weight: 1134kg Performance: AAR: No Speed: 120 Kts Ceiling: 25,000ft Aircrew: One pilot, one sensor operator Weapon Systems: Missiles: Hellfire AGM 114 Bombs: None Gun: None Sensors: Radar: Lynx SAR (optional) Targeting: Multi-Spectral Targeting System (MTS-A) Reconnaissance: Video from MTS-A and SIGINT Defensive Aids: None

Predator B MQ9A

High-altitude, long-endurance remotely piloted aircraft Predator B MQ9A High-altitude, long-endurance remotely piloted aircraft B Flight 39 Squadron (embedded within USAF)

Predator B MQ9A The MQ9A Predator B Reaper is a high-altitude, long-endurance remotely piloted aircraft designed for surveillance, military reconnaissance and ground-attack missions. The aircraft is controlled by a pilot and sensor operator who are located in a Ground Control Station. Two cameras in the nose of the aircraft provide the pilot with a forward view using either daylight TV or Infrared, whilst the sensor operator controls the targeting pod. A KU band SATCOM system provides over the horizon control of the aircraft via a KU-band data link.

Predator B MQ9A Powerplant: Honeywell TPE 331-10T turboprop Thrust: 900SHP Performance: AAR: No Speed: 250kts Ceiling: 50,000ft Aircrew: One pilot, one sensor operator Dimensions: Length: 10.97m Wingspan: 20.12m Height: 3.66m Weight: 4763kg Sensors: Radar: Lynx SAR Targeting: Multi-Spectral Targeting System (MTS-A) Reconnaissance: Video from MTS-A and SIGINT Weapon Systems: Missiles: Hellfire AGM 114 Bombs: Paveway II or GBU JDAM Gun: None