Lyman-Morse Technologies - Lyman-Morse Boatbuilding

Kendall Square Canopy

a 160-foot by 32-foot composite canopy, constructed of fiberglass and carbon fiber, that withstands the raw elements Mother Nature spews at it. The structure is not unlike the stunning yachts the company has built since 1978. But, it’s not a yacht.

Lyman-Morse Technologies designed, built, and installed a striking 160-foot-long composite canopy over the Kendall Square MBTA station in Cambridge, Massachusetts, as part of a major neighborhood redevelopment led by MIT. Constructed from fiberglass and carbon fiber, the diamond-shaped structure combines lightweight strength with long-term durability to withstand demanding outdoor conditions. The project required extensive engineering, custom tooling, and precise fabrication, drawing on Lyman-Morse’s expertise in advanced composites and yacht building. After four years of planning and development, the massive structure was transported from Thomaston, Maine, and installed in September 2022, showcasing Lyman-Morse Technologies’ ability to apply its marine craftsmanship to ambitious architectural projects.

Halevai

The Halevai project at Lyman-Morse is an exciting endeavor that pushes the boundaries of innovation in sustainable marine technology.

This cutting-edge electric catamaran is designed to deliver exceptional performance and efficiency while maintaining a commitment to reducing environmental impact. With sleek, modern lines and advanced engineering, Halevai is more than just a vessel—it’s a statement about the future of boating and a new standard for what’s possible on the water.

At Lyman-Morse, we’re thrilled to play a key role in bringing this groundbreaking project to life. From precision craftsmanship to integrating state-of-the-art electric propulsion systems, the Halevai project exemplifies our dedication to innovation and quality. Being part of this transformative effort underscores our passion for building boats that not only look stunning but also make strides toward a more sustainable future.

Boston Custom House Tower Clock Hands

Lyman-Morse Technologies brought advanced composite engineering to one of Boston’s most recognizable landmarks. Custom carbon fiber clock hands combine lightweight performance, precision craftsmanship and respect for historic design.

Lyman-Morse Technologies was commissioned in 2020 to fabricate replacement clock hands for Boston’s historic Custom House Tower, a 495-foot landmark in the city’s Financial District. Working within a tight deadline, the team engineered and produced lightweight, durable hands using carbon fiber laminates infused with epoxy resin. The project required precise engineering to meet strict weight and stiffness requirements while maintaining the original hands’ historic design and a gold finish approved by the Boston Landmark Commission. By incorporating the balancing weights directly into the hands, Lyman-Morse improved their appearance while preserving functionality. The five sets were delivered in December 2020, showcasing the team’s expertise in advanced composites, precision fabrication and complex architectural projects.

Composite Wind Tunnel & Air Ducts

Custom composite wind tunnel and air duct systems engineered for precision, durability, and performance in demanding industrial environments.

Lyman-Morse Technologies applied its advanced composite manufacturing expertise to build a custom 30-foot wind tunnel and a 120-foot air duct system. Using in-house design, 3D modeling, CNC machining, and precision composite fabrication, the team delivered components engineered for exacting performance requirements. The air duct system was specifically designed to withstand a corrosive, seawater-rich environment, demonstrating how Lyman-Morse’s boatbuilding experience translates to complex industrial applications.