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Did nasa use whale oil?

🔍 1,600 searches/month ✓ Verified: 2026-02-03

Quick Answer

Yes, NASA used sperm whale oil (spermaceti) as a lubricant in some spacecraft and instruments through the 1970s. Whale oil's unique properties — stability at extreme temperatures and pressure, low volatility, and excellent lubricating qualities — made it valuable for precision instruments. NASA stopped using whale oil after the 1972 Marine Mammal Protection Act and developed synthetic alternatives.

Key Facts

1 Whales are marine mammals that breathe air
2 They can reach 30m (100 ft) / 150-200 tons
3 Lifespan: 80-90 years
4 Diet: varies by species (krill, fish, squid)
5 Population: 10,000-25,000 worldwide

Did NASA use whale oil?

Quick Facts

AttributeDetails
TypeMarine mammal
FamilyCetacea
HabitatOceans worldwide
ConservationProtected in most countries
Research StatusOngoing scientific study

The Short Answer

Yes, NASA did use whale oil — specifically spermaceti oil from sperm whales — as a lubricant in varies by species (krill, fish, squid) spacecraft components and precision instruments through the 1970s. The unique properties of sperm whale oil made it exceptionally valuable for space applications: it remained stable at extreme temperatures, didn’t evaporate in vacuum conditions, and provided superior lubrication under high pressure. Following the 1972 Marine Mammal Protection Act, NASA developed synthetic alternatives.

What Whale Oil Did NASA Use?

TypeSourceNASA Applications
Spermaceti oilSperm whale head cavityPrecision instrument lubricant
Sperm oilSperm whale blubberMechanical lubrication
Not usedBaleen whale oilLess suitable properties

Why Whale Oil Was Ideal for Space

PropertyBenefit for Space Applications
Temperature stabilityFunctions from -65°F to 350°F (-54°C to 177°C)
Low volatilityDoesn’t evaporate in vacuum
High viscosity indexConsistent lubrication across temperatures
Pressure resistanceMaintains properties under extreme pressure
Oxidation resistanceStable over long periods
Low friction coefficientExcellent lubricating qualities

Specific NASA Applications

ApplicationWhy Whale Oil Was Used
Hubble Space Telescope (planned)Gyroscope lubrication
Spacecraft gearsMechanical components
Precision instrumentsFine mechanical movements
Clock mechanismsAccuracy under varying conditions
Transmission systemsReliable lubrication

The Science Behind Spermaceti

What Is Spermaceti?

CharacteristicDetails
SourceSpermaceti organ in sperm whale head
VolumeUp to 500 gallons per whale
CompositionWax esters (primarily cetyl palmitate)
AppearanceWhite, waxy substance when cool
BehaviorLiquid at body temperature, solidifies when cold

Learn more about why sperm whales are called sperm whales.

Chemical Properties

PropertyValueSignificance
Melting point100-113°F (38-45°C)Stable solid at room temp
Flash point428°F (220°C)High heat resistance
Viscosity indexVery highConsistent across temperatures
Oxidative stabilityExcellentLong-term reliability

Historical Context: Whale Oil in Industry

Before NASA: Industrial Uses

EraPrimary UsesImpact
1700s-1850sLamp oil, candlesPrimary lighting source
1850s-1900sMachine lubricantsIndustrial Revolution
1900s-1970sPrecision instrumentsWatches, spacecraft
Post-1970sLargely phased outSynthetic replacements

Decline of Whale Oil

YearEventImpact
1859Petroleum discoveredCheaper alternative for lamps
1960sJojoba oil discoveredPotential replacement lubricant
1972Marine Mammal Protection ActUS whale product ban
1973Endangered Species ActAdditional protections
1980sSynthetic alternatives matureComplete replacement possible

The Transition Away from Whale Oil

What Replaced Whale Oil at NASA?

AlternativeSourceComparison to Whale Oil
Jojoba oilJojoba plant seedsNearly identical properties
Synthetic estersLaboratory-createdEngineered for specific uses
Perfluorinated oilsSyntheticSuperior for extreme conditions
PennzaneSynthetic hydrocarbonVacuum-stable lubricant

Why Jojoba Was the Key Replacement

PropertyJojoba OilSperm Whale Oil
Chemical structureVery similar wax esterWax ester
Temperature range-20°F to 300°F-65°F to 350°F
Viscosity indexHighHigh
AvailabilitySustainable, cultivatedEndangered species
Cost (2020s)$10-30/gallonN/A (banned)

Other Industries That Used Whale Oil

IndustryApplicationAlternative Today
WatchmakingPrecision lubricationSynthetic oils
AutomotiveTransmission fluid additiveSynthetic additives
CosmeticsSkin creams, lotionsPlant-based alternatives
PharmaceuticalsMedical preparationsSynthetic compounds
Leather treatmentSoftening, preservationNeatsfoot oil, synthetics

The Ethical Dimension

FactorThen (Pre-1970s)Now
Whale populationDrastically decliningSlowly recovering
Alternatives availableLimitedAbundant
Understanding of whalesResources to exploitIntelligent, social beings
Legal statusUnprotectedProtected worldwide
Public perceptionAcceptableUnacceptable

Frequently Asked Questions

Did NASA know whale oil came from endangered whales?

NASA’s use of whale oil occurred before sperm whales were classified as endangered (1970) and before the Marine Mammal Protection Act (1972). At the time, whale products were commonly used in industry, and the full extent of whale population decline wasn’t widely understood. Once protections were enacted, NASA transitioned to alternatives.

Is whale oil still used anywhere today?

Very rarely and illegally in most countries. Japan, Norway, and Iceland continue limited whaling, but commercial whale oil production is essentially extinct. Some traditional Indigenous communities have exemptions for subsistence use. The vast majority of applications now use synthetic or plant-based alternatives.

Was the Hubble Space Telescope lubricated with whale oil?

No. While whale oil was initially considered for Hubble’s gyroscopes, the telescope was launched in 1990 — well after whale oil was phased out. Hubble uses synthetic lubricants. The confusion may stem from early planning documents that mentioned whale oil as an option.

How much whale oil did NASA actually use?

Exact quantities aren’t publicly documented, but NASA’s usage was relatively small compared to industrial applications. Spacecraft require only small amounts of lubricant. The significance is more about the unique properties whale oil provided rather than the volume consumed.

Could we ever need whale oil again?

Extremely unlikely. Modern synthetic lubricants equal or exceed whale oil’s performance for virtually all applications. The extensive research triggered by the whale oil ban produced superior alternatives. There is no technical justification for returning to whale products.

Conservation Connection

StatisticDetails
Sperm whales killed (20th century)~700,000
Current population~300,000-450,000
IUCN StatusVulnerable
RecoverySlow but occurring

The transition away from whale oil in industries like aerospace contributed to the protection and gradual recovery of sperm whale populations. Learn more about whale conservation in [are blue whales endangered](/faq/are-blue-whales-endangered/).

Fun Fact

The search for whale oil alternatives led to the commercial development of the jojoba plant, which was virtually unknown before the 1970s. Today, jojoba oil is a multi-billion dollar industry used in cosmetics, lubricants, and pharmaceuticals — a direct result of the ban on whale products. The whales’ protection inadvertently created an entirely new agricultural industry!

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Diet: varies by species (krill, fish, squid)

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