Veleros que aguantan el mal tiempo y los que nunca lo haran

[Cedemont]

Farr 40 en tiempo duro

http://www.youtube.com/watch?v=NuyVUUyy2LE&NR=1

Farr es Farr

[Cedemont]

Swan 45 en tiempo duro hacia Bermudas

http://www.youtube.com/watch?v=qqD4N...eature=related

Swan es Swan

[Cedemont]

Fornells(Menorca) en invierno

http://www.youtube.com/watch?v=uW7KE...rec_grec_index

El mal tiempo se pilla en todos sitios

[Cedemont]

Aqui teneis algo que os va a gustar:

NEPTUN 32

INPUT


Lh = 9,60 m
Lwl = 7,50 m
Bmax = 3,00 m
Bwl = 2,70 m (?)
Draught T = 1,60 m
Body draught Tc = 0,50 m (?)
Moulded depth H = 1,75 m (?)
Disp = 3500 kg
Ballast = 1500 kg
Sail area = 40 m2
Mast height = 11 m (?)
Heeling Arm = 5,04 m (?)
Power = 15 KW

OUTPUT

Length/Beam Ratio (2Lwl + Lh)/3B = 2,73
Lwl/Bwl Ratio Lwl/Bwl = 2,78
Ballast/Disp Ratio W/Disp = 0,43
Displacement/Length Ratio D/L = 231,40
Sail Area/Disp. Ratio SA/D = 11,46
Power/ Disp. Ratio HP/D = 2,64 HP/ton
Hull speed HSPD = 6,65 Kn
Velocity Ratio VR = 0,98
Capsize Safety Factor CSF = 1,99
Motion Comfort Ratio MCR = 21,12
Roll Period T = 2,18 Sec
Roll Acceleration Acc = 0,15 G's
Stability Index SI = 0,81
Angle of Vanishing Stability AVS = 125 º

Estimated STIX = +/- 37





PUMA 34


INPUT


Lh = 10,35 m
Lwl = 8,20 m
Bmax = 3,35 m
Bwl = 3,02 m
Draught T = 1,85 m
Body draught Tc = 0,63 m
Moulded depth H = 1,75 m
Disp = 5400 kg
Ballast = 2400 kg
Sail area = 55 m2 (WILD GUESS)
Mast height = 15.5 m (WILD GUESS)
Heeling Arm = 6.94 m (WILD GUESS)
Power = 13,5 KW

OUTPUT

Length/Beam Ratio (2Lwl + Lh)/3B = 2,66
Lwl/Bwl Ratio Lwl/Bwl = 2,72
Length/Draught Ratio Lh/T = 5,59
Beam/Draught Ratio Bmax/T = 1,81
WL beam/Body draught Bwl/Tc = 4,79
Ballast/Disp Ratio W/Disp = 0,44
Displacement/Length Ratio D/L = 273,17
Sail Area/Disp. Ratio SA/D = 18,16
Sail Area/Wetted surface SA/WS = 2,43
Power/ Disp. Ratio HP/D = 1,54 HP/ton
Hull speed HSPD = 6,95 Kn
Potential Maximum Speed PMS = 7,82 Kn
Velocity Ratio VR = 1,13
Best motoring speed (1.1) CSPD = 5,71 Kn
Capsize Safety Factor CSF = 1,93
Motion Comfort Ratio MCR = 25,85
Roll Period T = 2,96 Sec
Roll Acceleration Acc = 0,10 G's
Stability Index SI = 0,88
Angle of Vanishing Stability AVS = 126 º
Dellenbaugh Angle DA = 24,06 º (14 kn wind)
Wind pressure coefficient WPC = 0,88

Estimated STIX 37,14


HALLBERG RASSY 34

INPUTS


Loa = 10,28 m
Lh = 10,28 m
Lwl = 8,73 m
Bmax = 3,42 m
Bwl = 3,08 m
Draught T = 1,85 m
Body draught Tc = 0,67 m
Moulded depth H = 1,48 m
Disp = 5300 kg (lightship)
Ballast = 2100 kg
Sail area = 55 m2
Mast height = 15,01 m
Heeling Arm = 6,74 m
Power = 21 KW

OUTPUTS

Length/Beam Ratio (2Lwl + Lh)/3B = 2,70
Lwl/Bwl Ratio Lwl/Bwl = 2,84
Length/Draught Ratio Lh/T = 5,56
Beam/Draught Ratio Bmax/T = 1,85
WL beam/Body draught Bwl/Tc = 4,59
Ballast/Disp Ratio W/Disp = 0,40
Displacement/Length Ratio D/L = 222,18
Sail Area/Disp. Ratio SA/D = 18,39
Sail Area/Wetted surface SA/WS = 2,30
Power/ Disp. Ratio HP/D = 2,44 HP/ton
Hull speed HSPD = 7,17 Kn
Potential Maximum Speed = 8,11 Kn
Velocity Ratio VR = 1,13
Best motoring speed (1.1) CSPD = 5,89 Kn
Capsize Safety Factor CSF = 1,98
Motion Comfort Ratio MCR = 23,74
Roll Period T = 2,74 Sec
Roll Acceleration Acc = 0,12 G's
Stability Index SI = 0,80
Angle of Vanishing Stability AVS = 124 º
Dellenbaugh Angle DA = 19,53 º (14 kn wind)
Wind pressure coefficient WPC = 1,08

Estimated STIX 39,82




FIRST 345

INPUT

Loa = 11,00 m
Lh = 10,55 m
Lwl = 9,08 m
Bmax = 3,49 m
Bwl = 3,14 m
Draught T = 1,45 m
Body draught Tc = 0,57 m
Moulded depth H = 1,75 m
Disp = 5700 kg
Ballast = 2050 kg
Sail area = 50,73 m2
Mast height = 15,01 m
Heeling Arm = 6,58 m
Power = 21 KW

OUTPUTS

Length/Beam Ratio (2Lwl + Lh)/3B = 2,74
Lwl/Bwl Ratio Lwl/Bwl = 2,89
Length/Draught Ratio Lh/T = 7,28
Beam/Draught Ratio Bmax/T = 2,41
WL beam/Body draught Bwl/Tc = 4,69
Ballast/Disp Ratio W/Disp = 0,36
Displacement/Length Ratio D/L = 212,37
Sail Area/Disp. Ratio SA/D = 16,16
Sail Area/Wetted surface SA/WS = 2,05
Power/ Disp. Ratio HP/D = 2,27 HP/ton
Hull speed HSPD = 7,31 Kn
Potential Maximum Speed PMS = 7,90 Kn
Velocity Ratio VR = 1,08
Best motoring speed (1.1) CSPD = 6,00 Kn
Capsize Safety Factor CSF = 1,97
Motion Comfort Ratio MCR = 24,00
Roll Period T = 2,78 Sec
Roll Acceleration Acc = 0,12 G's
Stability Index SI = 0,80
Angle of Vanishing Stability AVS = 120 º
Dellenbaugh Angle DA = 16,13 º (14 kn wind)
Wind pressure coefficient WPC = 1,31

Estimated STIX 38,68

[Cedemont]

Sin comentarios, antes puse chiquitines y ahora pongo un cachalote...velero al alcanace de muy pocos...pero vaya barco...el Hallberg-Rassy 62

http://www.youtube.com/watch?v=oPl73...rec_grec_index

En su vuelta al mundo

Su STIX se acerca a 80

[Cedemont]

Es un Open Ocean de 60 pies, su STIX se acerca a 60, y no es mas porque le peneliza su bajo desplazamiento. Tiene un potentisimo par adrizante, y ademas, tiene orza pivotante.

Mirad cuantos segundos tarda en adrizarse

http://www.youtube.com/watch?v=LIpls...rec_grec_index

Ahora imaginaos lo que tarda un STIX al limite de la categoria A o por debajo de su eslora de flotacion si esta es mayor de 35 pies y sobre todo llegando a 40. Pensad que el video esta con el barco sin palo ni trapo, que impide todavia mas dar la vuelta

Que nunca se queden con vosotros aquellos que quieran hacer grandes aventuras, no necesitan gastarse mucho dinero, pero si muchas horas een escoger el barco mas seguro para navegar , no para fondear ni para hacer regatas

[jiauka]

Y los ex-mini como el Archambault COCO, que tal? Se supone que son categoria B, no?. Auqnue no llevan tambucho estanco.