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Engine where combustion is pulsed instead of continuous
A pulsejet engine (or pulse jet) is a type of jet engine in which combustion occurs in pulses. A pulsejet engine can be made with few or no moving parts
Pulsejet
Simplest known jet propulsion device
A valveless pulsejet (or pulse jet) is the simplest known jet propulsion device. Valveless pulsejets are low in cost, light weight, powerful and easy to
Valveless_pulsejet
German fighter-aircraft design competition during WW2
of strategic materials. It was to be powered by a single Argus As 014 pulsejet engine, since building this engine required far fewer man-hours than the
Emergency_Fighter_Program
Type of jet engine
term now commonly used to describe a particular and completely unrelated pulsejet design. It uses a piston engine to drive a compressor which was then used
Motorjet
until the early 20th century. Beginning with steam, to modern designs of pulsejets and compressor-based engines, higher energy fuels also helped to refine
History_of_the_jet_engine
German World War II cruise missile
welded sheet steel and wings built of plywood. The simple, Argus-built pulsejet engine pulsed 50 times per second, and the characteristic buzzing sound
V-1_flying_bomb
Supersonic atmospheric jet engine
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Ramjet
German World War II attack aircraft
project. However, this aircraft had fundamental difficulties with its pulsejet propulsion, which led to officials opting to switch focus to the Fi 103R's
Fieseler_Fi_103R_Reichenberg
Jet nozzle at the tip of some helicopter rotor blades
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Tip_jet
Shock-induced combustion ramjet engine
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Shcramjet
1940s German pulsejet aircraft engine
109-014 by the RLM) was a pulsejet engine used on the German V-1 flying bomb of World War II, and the first model of pulsejet engine placed in mass production
Argus_As_014
Jet engine where combustion takes place in supersonic airflow
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Scramjet
German parasite fighter prototypes
The Messerschmitt Me 328 was a prototype pulsejet-powered fighter aircraft designed and produced by the German aircraft manufacturer Messerschmitt AG.
Messerschmitt_Me_328
Type of rocket engine
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Aerospike_engine
Type of rocket engine
cycle – Thermodynamic cycle Index of aviation articles Rocket turbine engine Pulsejet – Engine where combustion is pulsed instead of continuous "More power,
Rotating_detonation_engine
Type of anti-radar missile
Company developed a set of prototypes of the Q-1 target series, which used pulsejet or small turbojet engines. Although the Q-1 series was not put into production
GAM-67_Crossbow
Aircraft class powered by jet propulsion engines
Additionally, during the 1920s and 1930s, a variety of motorjet, turboprop, pulsejet and rocket powered aircraft were designed. Rocket engine research had been
Jet_aircraft
Missile type
surface-to-surface missile was the V-1 flying bomb, which was powered by a pulsejet engine. Contemporary surface-to-surface missiles are usually guided. An
Surface-to-surface_missile
1940s Japanese pulsejet aircraft engine
The Kawanishi Maru Ka10 was a World War II Japanese pulsejet engine based on the German Argus As 014 (as used in the V-1 flying bomb). The Ka10’s only
Kawanishi_Maru_Ka10
Type of gearbox used on jet engines
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Constant-speed_drive
Engine designed for use in powered aircraft
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Aircraft_engine
Airbreathing jet engine which is typically used in aircraft
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Turbojet
History of development and use of UAVs
to operate its pulsejet engine and would achieve a 250 kilometers radius, at one point flying at 640 km/h. McDonnell built a pulsejet-powered target,
History of unmanned aerial vehicles
History_of_unmanned_aerial_vehicles
Gas turbine used to spin a shaft
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Turboshaft
25-500-kW internal combustion engine, typically Brayton cycle-type
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Microturbine
Aircraft propelled by a steam engine
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Steam-powered_aircraft
Engine designed for a short operational lifespan
during World War II with the V-1 flying bomb, powered by the Argus As 014 pulsejet. As the first mass-produced disposable aero-engine, the Argus As 014 was
Short-life_engine
German engine manufacturer
known for their series of small inverted-V engines and the Argus As 014 pulsejet for the V-1 flying bomb. Started in Berlin in 1906 as a subsidiary of Henri
Argus_Motoren
Turboshaft with power from independent exhaust
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Free-turbine_turboshaft
Engine component
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Gas turbine engine compressors
Gas_turbine_engine_compressors
Airbreathing jet engine designed to provide thrust by driving a fan
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Turbofan
Ukrainian cruise missile
from the Second World War. The missile is powered by a (now rarely used) pulsejet engine, which allows it to reach a speed of about 400 km/h. This engine
Trembita_(cruise_missile)
Type of engine issue in aviation
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Flameout
Turbojet engine component
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Afterburner
Turbine engine driving an aircraft propeller
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Turboprop
Turbomachinery concept
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Precooled_jet_engine
Type of aviation fuel
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Jet_fuel
Japanese pulsejet suicide attack aircraft
The Kawanishi Baika (梅花; "Ume Blossom") was a pulsejet-powered kamikaze aircraft under development towards the end of World War II. Designed by the Kawanishi
Kawanishi_Baika
Type of aircraft engine
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Propfan
Machine for continuous flow gas compression
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Axial_compressor
Soviet fighter aircraft in service 1946-1959
airframe and armament reduced to two cannons, which carried a single RD-13 pulsejet (the engine which powered the V-1 flying bomb, probably taken from surplus
Lavochkin_La-9
Type of jet engine with no moving parts
assembly, and fuel supply. Gluhareff EMG-300 Wheeling PJ1 Valveless pulsejet Pulsejet Pulse detonation engine Jet engine Rocket engine Ronald Barrett. "Gluhareff
Gluhareff_Pressure_Jet
Ground-to-ground missile
rocket-powered; 'B' powered by a turbojet engine, and 'C' would be equipped with a pulsejet engine. Neither Gorgon IIB or Gorgon IIIB would be built due to limitations
Project_Gorgon
Power source for starting large engines
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Air-start_system
Reverse engineered V-1 flying bomb
differences between the JB-2 and the V-1 was the shape of the forward pulsejet support pylon — the original V-1 had its support pylon slightly swept back
Republic-Ford_JB-2
Valve design
especially in applications with frequent pressure reversal such as a pulsejet. The Tesla valve is used in microfluidic applications and offers advantages
Tesla_valve
Gas turbine gearbox
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Accessory_drive
Total pressure ratio across a jet engine
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Engine_pressure_ratio
Anti-ship missile
SUM-N-2 Grebe, also known as Kingfisher E and SUM-2, was a rocket- and pulsejet-powered anti-ship and anti-submarine missile developed by the United States
SUM-N-2_Grebe
American target drone
United States Air Force by the Radioplane Company. Originally powered by a pulsejet engine, then later developed as an improved turbojet-powered aircraft,
Radioplane_Q-1
Part of a jet engine where fuel is burned
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Combustor
Dutch pulsejet target drone
a target drone developed in the Netherlands by Aviolanda. Powered by a pulsejet engine, it was the Netherlands' first drone to be successfully developed
Aviolanda_AT-21
Robust aircraft electronic recording device
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Flight_recorder
German WWII long range missiles
particularly strategic bombing and aerial bombing of cities. They were the V-1, a pulsejet-powered cruise missile; the V-2, a liquid-fueled ballistic missile; and
V-weapons
Aircraft which uses a rocket engine for propulsion
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Rocket-powered_aircraft
Gas turbine phenomenon
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Compressor_stall
Avionics system developed by Airbus
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Electronic centralised aircraft monitor
Electronic_centralised_aircraft_monitor
Type of jet engine
from the ram pressure of the vehicle's velocity, as with the ramjet and pulsejet. All practical airbreathing jet engines heat the air by burning fuel. Alternatively
Airbreathing_jet_engine
American helicopter
open rear boom and small rudder. The two rotor blades had two tip-mounted pulsejet engines driven by a fuselage-mounted compressor. The XA-5 first flew in
XA-5_Top_Sergeant
German experimental pulsejet fighter
Miniaturjägerprogramm of 1944–1945, for a cheap and simple fighter powered by a pulsejet engine. No examples were built during the war, but the Soviet Union completed
Junkers_EF_126
Aircraft propulsion component
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Propeller_(aeronautics)
Interceptor jet aircraft, German, WW2
competition powered by one or two "square-intake" Argus As 044 pulsejet engines. The pulsejet, however didn't provide enough thrust for takeoff and neither
Heinkel_He_162_Volksjäger
Guided missile with precision targeting capabilities and multiple launch platforms
bomb, contained a gyroscope guidance system and was propelled by a simple pulsejet engine, the sound of which gave it the nickname of "buzz bomb" or "doodlebug"
Cruise_missile
Aircraft propulsion system efficient at a range of speeds higher and lower than sound's
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Variable_cycle_engine
Temporary diversion of an aircraft engine's thrust
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Thrust_reversal
American target drone
The McDonnell TD2D Katydid (company designation McDonnell Model 31) is a pulsejet-powered American target drone produced by McDonnell Aircraft that entered
McDonnell_TD2D_Katydid
Type of continuous-flow turbine engine
turbine modular helium reactor Rotating detonation engine Pneumatic motor Pulsejet Steam turbine Turbine engine failure Wind turbine "Gas-turbine engine"
Gas-turbine_engine
German fighter project
The Messerschmitt P.1079 was a series of pulsejet-powered Messerschmitt fighter projects during the Second World War. The P.1079 aircraft designs were
Messerschmitt_P.1079
Ukrainian cruise missile
Soviet Tu-141 and Tu-143 reconnaissance drones, although the V1 used a pulsejet and the Tu-141 and Tu-143 were designed with engines mounted inside the
FP-5_Flamingo
Computer used for engine control in aerospace engineering
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
FADEC
American pulsejet target drone
The Globe KD2G Firefly is a pulsejet-powered American target drone, built by the Globe Aircraft Corporation for operation by the United States Navy in
Globe_KD2G_Firefly
Type of vibration in a rocket engine
experiencing pogo oscillations is conceptually operating somewhat like a pulsejet or pulse detonation engine. If the pulse cycle happens to match a resonance
Pogo_oscillation
1952 experimental helicopter model
assemble the aircraft in 20 minutes. Power was provided by two XPJ49 pulsejets serving as tipjets; startup was by compressed air and the aircraft could
American Helicopter XH-26 Jet Jeep
American_Helicopter_XH-26_Jet_Jeep
Military aircraft for air-to-air combat
La-9 derivatives included examples fitted with two underwing auxiliary pulsejet engines (the La-9RD) and a similarly mounted pair of auxiliary ramjet engines
Fighter_aircraft
American air-to-surface missile prototype
service with the U.S. Army Air Forces in 1944. Powered by a Ford PJ31 pulsejet engine, the JB-4 was intended to give an improved standoff range as opposed
JB-4
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
Human-powered_aircraft
Alternative vehicle power source
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Auxiliary_power_unit
US Defence Effort
improve pulsejet and rocket engines, run by the Office of Naval Research.[1] It was started by discovery of the German Argus As 014 pulsejet used on the
Project_SQUID
Type of reciprocating heat engine
Rocket-powered Air turborocket Air-augmented rocket Motorjet Pulsejet Valveless pulsejet Gluhareff Pressure Jet Aerospike engine Pulse detonation engine
External_combustion_engine
Aixro XF40 (S.Wojcicli) Wojcicli 10 kg pulsejet Wojcicli 20 kg pulsejet Wojcicli 40 kg pulsejet Wojcicli 70 kg pulsejet Wojcicli 11 kg ramjet Wojcicli 200 kg
List_of_aircraft_engines
Aerofoil; individual component of a turbine disc
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Turbine_blade
Mechanical device
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Propeller speed reduction unit
Propeller_speed_reduction_unit
development of Ju 287, precursor of EF 140 Junkers EF 126 Lilli experimental pulsejet fighter, Miniaturjägerprogramm design candidate Junkers EF 127 Walli rocket-powered
List of German aircraft projects, 1939–1945
List_of_German_aircraft_projects,_1939–1945
German aerospace engineer
in Munich, mainly known for his contribution to the development of the pulsejet. Schmidt was born on 26 March 1898 in Hagen, Westphalia.[citation needed]
Paul_Schmidt_(inventor)
Engine part
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Flame_holder
Experimental jet aircraft
meantime, alternative powerplants were considered, including the Argus As 014 pulsejet that powered the V-1 flying bomb. It was proposed that up to eight would
Heinkel_He_280
Anti-ship missile
missile developed for use by the United States Navy in the late 1940s. Pulsejet-powered and intended to allow an aircraft to launch a torpedo or bomb from
AUM-N-6_Puffin
2015 studio album by Björk
December 2024, it was announced that Vulnicura VR would be remastered by PulseJet Studios, which would upgrade and enhance it to Meta Quest and Apple Vision
Vulnicura
US tactical cruise missile
essentially an updated version of the V-1 flying bomb, replacing the V-1's pulsejet with a much more efficient turbojet engine. This allowed the missile to
MGM-13_Mace
German fighter prototype
with the outer wing of the Me 262 instead being adapted. Proposals for a pulsejet and rocket combination, the P.1101L, were also put forth. The design was
Messerschmitt_P.1101
German aerospace engineer (1899–1969)
between the company and engine manufacturer Argus, who were developing a pulsejet. Lusser worked with Argus engineer Fritz Gosslau to refine the design.
Robert_Lusser
PJ40 was a pulsejet engine built by McDonnell Aircraft during the mid 1940s. XPJ40-MD-2 McDonnell TD2D Katydid Data from NASM Type: Pulsejet Length: 71
McDonnell_PJ40
The Marquardt MA-74 was a ramjet engine built by the Marquardt Corporation for use in supersonic target drones in the 1960s. The MA-74 was developed by
Marquardt_MA-74
Non-airbreathing engine used to propel a missile or vehicle
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Rocket_engine
Engine fuel systems in aircraft
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Aircraft_fuel_system
Display system in an aircraft's cockpit which displays flight information electronically
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Electronic flight instrument system
Electronic_flight_instrument_system
Propellers that rotate on opposite directions
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Counter-rotating_propellers
Medium to transfer power in hydraulic machinery
turbines Gas turbines and jet propulsion Types Air turborocket Pulsejet/Valveless pulsejet/Gluhareff Pressure Jet Pulse detonation engine Propfan Turbofan
Hydraulic_fluid
Aircraft engine that produces thrust by emitting a jet of gas
speed Heavy, inefficient and underpowered. Example: Caproni Campini N.1. Pulsejet Air is compressed and combusted intermittently instead of continuously
Jet_engine
Topics referred to by the same term
Temple, a summit in the Grand Canyon, US RTV-N-15 Pollux, an experimental pulsejet-powered research missile of the U.S. Navy This disambiguation page lists
Pollux
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