JP-7

E223685

JP-7 is a specialized high-flashpoint jet fuel developed for sustained use in extreme temperatures and speeds, most notably in high-altitude reconnaissance aircraft.

All labels observed (2)

Label Occurrences
JP-7 canonical 1
Otto fuel II 1

How this entity was disambiguated

Statements (50)

Predicate Object
instanceOf aviation fuel
hydrocarbon fuel
jet fuel
classifiedAs military jet fuel
contains aromatic hydrocarbons
naphthenic hydrocarbons
paraffinic hydrocarbons
containsAdditive antioxidants
corrosion inhibitors
metal deactivators
static dissipater additives
designedToWithstand aerodynamic heating at Mach 3+
high-altitude operating conditions
very high skin temperatures of aircraft
developedBy United States Armed Forces
surface form: U.S. military

United States Air Force
developedFor high-altitude reconnaissance aircraft
sustained use at very high speeds
sustained use in extreme temperatures
developedForProgram Oxcart program
SR-71 Blackbird
surface form: SR-71 program
developedInCountry United States of America
surface form: United States
hasHigherFlashPointThan JP-4
JP-5
hasProperty high flash point
low freezing point
low vapor pressure
low volatility
oxidation stability
thermal stability
hasRole coolant in aircraft systems
heat sink for avionics and engine components
hydraulic fluid substitute in some systems
hasSpecification MIL-T-38219
hasTypicalFlashPoint approximately 140 °F
approximately 60 °C
hasTypicalFreezingPoint approximately −43 °C
approximately −45 °F
introducedInDecade 1950s
isLessFlammableThan JP-4
JP-5
noLongerInWidespreadUse true
requires special ignition system
triethylborane for ignition
usedDuring Cold War
usedIn Lockheed A-12
SR-71 Blackbird
surface form: Lockheed SR-71 Blackbird

Lockheed YF-12
high-altitude reconnaissance aircraft
usedWithIgnitionAdditive triethylborane

How these facts were elicited

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

Spearfish heavyweight torpedoes powerSource JP-7
this entity surface form: Otto fuel II