Yacht Design
CARBON RUDDER - 33' Sailing Yacht
Design and engineering of the rudder of a 33’ Sailing Yacht
- Rudder lines design and optimization
- Stock design and calculation
- Carbon fiber structure optimization
- Production drawings and 3D models development
RUDDER FINISHED AND MOUNTED
ANCHORING SYSTEM – 72’ Motor Yacht
Design and engineering of the mooring/ anchoring deck of a 72’ Motor Yacht
- Equipment selection and arrangement
- Custom anchor support design and calculation
- Custom chain stopper design and calculation
- Fiberglass structure definition and calculation
- In-place assistance to the shipyard
- Technical drawings and 3D files for CNC manufacturing
OLD SYSTEM
DESIGN PROCESS
NEW SYSTEM
New anchor support
New System
Carbon Fiber Boom
Design and engineering of a new carbon boom for a 34’ Sailing Yacht
- Old aluminium boom measurement
- Load determination with rig analysis software
- New boom design.
- Scantling calculations for carbon construction
- Production drawings
Old Aluminium Boom Measurement
Rig Loads Calculations
Lamination Process
Finished New Boom: Lighter and Stiffer
42’ Sailing Yacht
Keel optimization
- Reverse engineering of the 3D scanned keel
- Optimization of the keel hydrodynamic profiles
- FEM checkup of the modified keel
- New keel lofting drawings
- 2D CFD checkup of the hydrodynamic profiles
Keel Templates in position
Hydraulic Lifting Platform (IN PROGRESS)
Viability study and design of a submersible hydraulic lifting platform capable of self launching a tender on a 12-metre yacht.
- Research and development of different design options.
- RFQs and suppliers’ coordination.
- Reverse engineering of the yacht´s hull.
- Stability and trim calculations.
- 3D modelling and rendering.
- Project planning and costs
Llaut Conquistador 43 Refit & Aft platform addition
- 3D scan of the hull’s shape
- Aft platform design & integration with existing elements
- 3D presentation renders
Old aspect:
3D Scan & Modelling:
Final Result:
Bowsprits for 8m Sailing boat - Design and Engineering
- Load determination with rig analysis software
- Reverse engineering of the boats 3D scanned bow
- Development of the bowsprits 3D geometry
- 3D files for moulds production
- Scantling calculations for GRP and Carbon construction
- Production drawings
68ft Motor-Yacht Composite
Structure Calculation
76ft Motor-Yacht Aluminum Structure Calculation*
72 ft Motor-Yacht Hard Top (Carbon construction)
Old Aspect:
Hardtop Design:
Construction Process:
83ft Motor-Yacht Hard Top (FRP Construction)
Yacht as it was without any hard top:
Hard Top Design (Renders):
Hard Top Construction:
Hard Top Installation: