Cape Fear Community College (CFCC) is stepping up its marine technology program with a new research vessel designed for versatility, education, and environmental research. The 85.2-foot vessel, currently under construction at Midship Marine in Louisiana, is a collaboration with global digital shipbuilder Incat Crowther. This isn’t just another boat—it’s a floating classroom and lab, built to train the next generation of maritime professionals while tackling real-world research challenges.
The vessel’s aluminum hull and superstructure are designed for durability, allowing it to operate in both the Cape Fear River system and up to 100 nautical miles offshore. With a heavy-duty A-frame capable of lifting 8,000 lbs, a telescopic davit, and stern platform for quick water access, this vessel is packed with tools for hands-on learning. Whether students are deploying oceanographic instruments, conducting biological sampling, or surveying the seabed, this ship is built to handle it all.
Powered by twin Caterpillar C18 diesel engines, the vessel will cruise at 23 knots, balancing speed with efficiency. Its 11’2” draft allows it to navigate shallow waters, while its 3,070-gallon fuel tank ensures extended missions. The layout is designed for both comfort and functionality, with berths for 24 personnel on multi-day trips and space for 40 on day trips. The main deck includes wet and dry labs, a galley, and ample storage, while the upper deck features additional berths and an ergonomically designed bridge for optimal visibility and control.
“Incat Crowther is excited to be working on this project following a competitive tender process undertaken by the Cape Fear Community College,” said Grant Pecoraro, Incat Crowther’s Managing Director North America. “We have a strong track record of designing award-winning, bespoke research vessels here in North America and our team of naval architects has been working closely with the team from Cape Fear Community College to ensure this vessel is optimized for their operations, as well as the local environment. With construction now underway, we’re looking forward to seeing the vessel hit the water in 2026.”
CFCC President Jim Morton emphasized the vessel’s role in advancing the college’s marine technology program. “The purchase of this new research vessel represents an investment in the future of our Marine Technology program,” he said. “By equipping our students with a reliable, modern vessel for hands-on learning, we are ensuring the program’s long-term success and preparing graduates to thrive in the maritime industry.”
Shawna Rowe, CFCC’s marine technology program director, highlighted the vessel’s educational impact. “For more than 60 years, CFCC’s marine technology program has prepared students for careers in marine scientific support across offshore, nearshore, and inshore environments,” she said. “The new research vessel will carry on this legacy, serving as a floating classroom and laboratory where students will gain practical experience in biological sampling, hydrographic surveying, and the deployment of oceanographic instrumentation. With modernized technology and equipment, the vessel will support immersive learning experiences that mirror the challenges and expectations of the marine industry today.”
This vessel isn’t just about training—it’s about shaping the future of marine research and industry. By providing students with cutting-edge tools and real-world experience, CFCC is ensuring its graduates are ready to tackle the evolving demands of the maritime sector. As the vessel takes shape, it’s clear that this investment will pay dividends in education, research, and environmental stewardship for years to come.