With its stunningly beautiful lattice exterior and equally luxurious facilities, this eye-catching vessel blows Roman Abramovich's super-yacht out of the water in the style stakes.
The lavish interior of the Voronoi 'mega-yacht' is encased in an intricate honeycomb lattice facade, making it potentially one of the most beautiful boats to have taken to water.
And with hot tubs, a golfing green, swimming pool and sky lounge, the 125m yacht has enough creature comforts to catch the eye of most Russian oligarchs.
The lavish interior of the Voronoi 'mega-yacht' is encased in an intricate honeycomb lattice facade, making it potentially one of the most beautiful boats to have taken to water.
And with hot tubs, a golfing green, swimming pool and sky lounge, the 125m yacht has enough creature comforts to catch the eye of most Russian oligarchs.
Eye-catching: The distinctive lattice exterior of the Voronoi makes it unlike the average multi-million pound super-yacht
One of a kind: The Voronoi is an impressive 125m long, making it bigger than Roman Abramovich's Luna
The Voronoi was the creation of yacht enthusiast Kim Hyun-Seok, who was intent on designing the ultimate yacht complete with the most distinctive exterior possible.
Mr Hyun-Soek described the 20m beam single hull vessel he came up with as 'a unique and enjoyable luxury yacht'.
He named the yacht after the 'Voronoi' concept of random geometric spacing created by Russian mathematician Georgy Voronoi.
Plush: A large swimming pool comes as standard on board the 'unique and enjoyable' Voronoi
Lap of luxury: The dining area and bar on board the mega-yacht are equally modern and impressive
All aboard: The second tier on the Voronoi features more exclusive areas and ultra-sleek design
Mr Hyun-Soek said: 'We can find the (Voronoi) pattern in many areas, especially our body, and cell membranes look like Voronoi patterns.
'The Voronoi pattern is a special method of removing unwanted blocks of solid space, letting you create the most robust structures while using the minimum amount of material.
'Therefore, this method is often used in engineering work.
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