LIMITLESS MARINE DESIGN
Delivering excellence in every project

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 STOCK ASSEMBLED

LAMINATION PROCESS


RUDDER 3D MODEL


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

Design alternatives 

Chain stopper design

Design process


Design process

New system definition


NEW SYSTEM

New anchor support 


New System




166 SYST FONDEO



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

 FEM Calculations

CFD Calculations

keel optimization cfd results

 CFD Results

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 


  • hydraulic platform 3d
  • hydraulic platform 3d front
  • hydraulic platform 3d down
  • hydraulic platform stern scan


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: