Odyssey Chicago River
Hospitality
Project details
Design of a 140ft x 30ft x 5.5ft single-deck dinner cruise vessel operating on the Chicago River.
DeJong & Lebet, Inc.
Naval Architects & Marine Engineers
About the firm
DeJong & Lebet, Inc. is a full-service naval architecture and marine engineering practice specializing in the design and conversion of diverse vessel types, primarily under 400 feet. Established in 1983, it provides comprehensive vessel design solutions, specialized marine systems engineering, and US Coast Guard compliance support, ensuring optimum performance in a cost-effective manner.
- Established
- 1983
- Firm type
- Marine Engineering · Naval Architecture
Credentials
USCG Certified
Capabilities
Naval Architecture
Comprehensive design and conversion services for diverse vessel types, primarily under 400 feet, ensuring optimum performance and cost-effectiveness.
- Vessel Design and Conversion
Custom naval architecture for new builds and conversions, including passenger vessels, ferries, cruise tenders, and support craft.
- USCG Compliance and Engineering Reviews
Specialized support in resolving engineering review issues with the US Coast Guard Marine Safety Center, particularly for Inspected T, K, and H passenger vessels.
Marine Engineering
Specialized engineering solutions for marine systems and vessel structures to meet rigorous operational standards.
- Vessel Systems Design
Engineering of critical onboard systems, including specialized structural arrangements and marine air conditioning systems.
Industries
Defense · Hospitality · Marine · Oil & Gas
Projects
Hornblower Hybrid
Marine
Project details
Design of a 160ft x 36ft hybrid-powered passenger vessel combining eco-friendly propulsion systems with guest comfort.
Alcatraz Clipper
Marine
Project details
Engineering and design for the conversion of a 127ft vessel into a hybrid passenger ferry.
Branson Belle
Hospitality
Project details
Design of a 240ft x 74ft x 13ft paddlewheeler dinner theater vessel, showcasing classical riverboat design and modern systems integration.