The 56-meter-long reconstruction of the historical VOC-ship Batavia began its final voyage from Amsterdam to Lelystad, where experts have concluded it can no longer safely remain in the water due to severe timber rot in the underwater hull. Following a preparation period at the NDSM-werf in Amsterdam, where the 87,000-kilogram structure was placed onto a metal construction and a floating ponton, tugboats towed the vessel back to Flevoland.
After thirty years of immersion, the replica arrived at Museum Batavialand around 14.30 hours. The upcoming operation requires moving the ship off the ponton, driving it across the dike, and positioning it permanently on land next to the museum.
The Final Voyage Through Amsterdam and Flevoland
The transport operation drew onlookers to the waterfront as the structure navigated the Oranjesluizen and passed Centraal Station. Michel Verhoeks traveled from Hoorn to watch the transit, noting that viewing the vessel on a ponton offered a rare look at its underbelly. Jan Kuperus, who helped build the ship’s keel when construction began in 1985 under Willem Vos, also observed the transit from the shore.
The reconstruction replicates the original 1628 merchant ship that set sail from Texel toward Java on its first voyage. That original vessel overshot its route and wrecked on the reefs of the Houtman Abrolhos islands in Australia. A project began to rebuild the ship in 1985, culminating in its christening ten years later by then-Queen Beatrix.
Batavia Replica Moves to Dry Land After Decades
The original Batavia departed from Texel in 1628 bound for Java before beaching on the reefs of Australia’s Houtman Abrolhos islands, while its modern reconstruction spent thirty years in the water before timber rot forced its permanent move to dry land.
Engineering the Permanent Move to Dry Land
Placing the Batavia on land required specialized engineering work during its stay in Amsterdam. Technicians secured the wooden replica into a metal framework while it sat in a drydock, establishing the structural support necessary to lift and support the hull outside of the water.
Because the lower timbers sustained continuous damage from rot over three decades of floating, marine experts determined that traditional waterborne exhibition was no longer viable. The metal cradle system ensures the vessel can rest securely on solid ground without risking further structural degradation from moisture.
Transport Over the Dike to Museum Batavialand
The floating ponton carrying the Batavia moored at Batavialand, setting the stage for the final overland phase of the journey. Operations scheduled for Friday involve maneuvering the ship off the floating platform and transporting it over the local dike to its permanent exhibition site.
Omroep Flevoland documented the maritime transit and scheduled a three-part documentary series beginning Friday, October 9, detailing both the 400-year history of the original ill-fated voyage and the craftsmanship behind the Lelystad reconstruction.
Timber Rot Forces Permanent Move to Land
Why is the Batavia being permanently moved to land?
The reconstruction suffered from severe timber rot on the part of the hull that remained submerged for thirty years. Experts concluded that the ship could no longer safely remain in the water.
When was the Batavia originally built and christened?
Construction on the replica began in 1985 under Willem Vos. Ten years later, the vessel was officially christened by then-Queen Beatrix.
What are the dimensions of the VOC-ship reconstruction?
The historical replica measures 56 meters in length and weighs 87,000 kilograms. These dimensions required careful, slow-speed steering by tugboats and specialized transport equipment.
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