It is anticipated that floating offshore wind could become 15% of all offshore wind energy by 2050, or 265 GW. Floating wind farms require different installation methods compared to bottom-fixed. A Tension Leg Platform (TLP) gets it stability from pre-tension in the tendons, as a reaction from the net-buoyancy of the floater. Without tendons, the transport of the complete TLP-WTG assembly is therefore challenging. A component-wise installation, e.g. TLP and tendons first, followed by tower, nacelle and blades, requires multiple offshore lifting operations each with their own installation criteria and limits. Case: sketch a Transport and Installation method for the Bluewater TLP and 15 MW WTG from marshalling to site, including tendon hook-on. Future innovations in tooling and installation vessels can be introduced. The selection criteria are transport efficiency, required investments & developments of new tooling, robustness and workability. The overall goal is to reduce the levelized cost of energy (LCOE) for floating wind.