Binghamton Researchers Surveyed Munda Point Battlefield

Scientists used LiDAR drone technology to map the historic 1943 battlefield site in the Solomon Islands.

Updated on Oct. 9, 2026 in Geography

A research drone hovers above a dense tropical rainforest canopy, capturing data on the rugged terrain below. — Binghamton University researchers are using drone-mounted LiDAR technology to map the 1943 Munda Point battlefield in the Solomon Islands to aid recovery efforts. AI Illustration. Upload story photo >

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Binghamton University researchers have deployed drone-mounted LiDAR technology to survey the site of the Munda Point battlefield. The project aims to reconstruct troop maneuvers and locate the remains of American soldiers who died in the 1943 conflict.

Why it matters

The survey provides a detailed look at the island terrain where 23 American soldiers were killed during Operation Cartwheel. By mapping the area, the team seeks to recover lost remains and refine the historical understanding of the battle.

The team utilizes drone-mounted LiDAR to penetrate thick vegetation, creating precise 3D topographical maps of the battlefield. This remote sensing data is paired with artificial intelligence and traditional field archaeology to identify historical troop formations.

The players

Binghamton University

This public research university located in New York serves as the home institution for the archaeological team conducting the survey.

The details

The research team combines laser-based scanning with AI analysis to navigate the challenging landscape of New Georgia. This technological approach allows for the identification of historical ground features that remain hidden beneath the island canopy.

Allied forces captured the Japanese airbase at Munda Point in 1943.

The Big Picture

This project advances the field of forensic archaeology by integrating remote sensing technology into the study of World War II battlefields. The work follows the strategic precedents set by Operation Cartwheel, bridging the gap between historical military archives and modern ground analysis.

The application of LiDAR and AI to historical survey work offers a blueprint for non-invasive site assessment in complex landscapes. This technology could improve future recovery efforts for missing personnel and provide more accurate environmental modeling for remote sites.

The takeaway

Advanced LiDAR technology allows modern researchers to uncover long-buried historical data from remote conflict zones. Residents interested in the intersection of technology and history may see similar mapping techniques applied to local environmental or archaeological sites.