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CodexMira
DeepEarlyNeolithicBronze AgeIron Age and ClassicalMedievalEarlyModern

Trilithon of Baalbek

Megalith

Description

Trilithon of Baalbek is a megalith in Lebanon, Asia. It is associated with Baalbek. UNESCO World Heritage List #294 gives its chronology as “1st century BCE to 1st century CE.” Listed figures include a lift height of 7 m and a heaviest stone of 800 tonnes (estimated). German Archaeological Institute also records: “Blocks dressed and set tightly without mortar.”

Three limestone blocks of roughly 800 tonnes each, lifted about 7 m into the podium of the Temple of Jupiter.

Features and themes

Precision-worked

The Trilithon blocks are characterized by their precise dressing and placement within the podium of the Temple of Jupiter. Archaeological records indicate these massive limestone units were set tightly together without the use of mortar, demonstrating a high level of masonry skill during the Roman construction period.

German Archaeological Institute · View feature and evidence

Size and scale

The Trilithon consists of three limestone blocks, each estimated to weigh approximately 800 tonnes, which serve as a foundational element for the Temple of Jupiter. The scale of these stones is a defining feature of the site's podium, reflecting the monumental architectural ambitions of the Roman era.

Transportation distance

The catalogue records the Baalbek quarry at a straight-line reference distance of approximately 0.8 km from the temple site as the source of the limestone used for the Trilithon. The transportation of these blocks into their elevated position in the podium is not detailed in the provided evidence.

Precision working

The classification of the Trilithon as precision-worked is based on the documented ability of Roman builders to dress and fit these massive limestone blocks with minimal gaps. This technical achievement is evidenced by the structural integrity of the Temple of Jupiter's podium, which remains a primary focus of archaeological study.

German Archaeological Institute · View feature and evidence

Material usage

The Trilithon is composed of limestone sourced from the nearby Baalbek quarry, consistent with the construction of the Temple of Jupiter. The catalogue records the site's construction period as the 1st century BCE to 1st century CE.

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Iron Age and Classical — Trilithon of Baalbek in context.

Iron Age and Classical, 1,200 BCE to 500 CEDates supported by mainstream archaeology. Natural formations remain undated.Timeline182282222444310264112911622913713613668191,000 BCE500 BCE0 CE
Heaviest stone800tConfidence: estimated
Lift height7mConfidence: estimated
MaterialLimestoneMohs 3-4 (mineral hardness scale)
QuarryBaalbek quarry (0.8km)calculated straight-line

Features and claims

Compare the published evidence and its interpretations. “Consensus” records the mainstream account; “Alternative” identifies a competing interpretation, not an equally established conclusion. Estimates and unresolved questions remain qualified in the claim text.

FieldConsensusAlternative
Date

27 BCE - 60 CE

1st century BCE to 1st century CE

No claims found.
Purpose

Podium of the Temple of Jupiter

No claims found.
Method

Roman capstans and levers

No claims found.
Precision-worked
Read description

Blocks dressed and set tightly without mortar

German Archaeological Institute
No competing claim recorded.
Size and scale
Read description

Podium of the Temple of Jupiter

No competing claim recorded.
Transportation distance
Read description

Roman capstans and levers

No competing claim recorded.
Precision working
Read description

Blocks dressed and set tightly without mortar

German Archaeological Institute
No competing claim recorded.
Material usage
Read description

1st century BCE to 1st century CE

No competing claim recorded.

Precision & Alignment

consensusPrecision

Blocks dressed and set tightly without mortar

German Archaeological Institute

Related Wonders at Baalbek

Sources: German Archaeological Institute • UNESCO World Heritage List #294

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Approximate - counted from January 1, 17 CE (UTC). Based on the midpoint of 27 BCE - 60 CE; the underlying date is uncertain.

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