photos 1–1000
VPLP Macif 98' 2015
VPLP Macif 30m × 14,500kg hydrofoiled offshore sailing trimaran is primarily designed for uninterrupted, unassisted SH-WCN, with max VMG @ 20° TWA = 3 TWS & continuous sailing above 50 kn.
REFERENCES
E.G.F. Regina 2019: Edelrid ⌀9 mm rope design.
M. Casantosan & al. 2019: ISO2307:2019.
M. Hasbo & al. 2019: Hardware for UHMWPE ropes.
M. Casantosan & al. 2018: ISO10325:2018.
C. Lavin & al. 2017: New England ropes splicing guide.
Y. Kyosev 2016: Recent developments in braiding, pp. 83-90.
A. Horigome & G. Endo 2016: Drive mechanism with SFR.
H. Paul & al. 2014: Gleistein ropes splicebook.
R. Marissen 2011: Design with ultra strong PE fibers.
P.W. Blanford 2009: Handbook of technical fibres, pp. 437-485.
P.W. Blanford 1953: Rope splicing.
Dyneema · Marlow · Premium · Samson AS · Teufelberger · SAR³
VPLP Macif 98' 2015
VPLP Macif 30m × 14,500kg hydrofoiled offshore sailing trimaran is primarily designed for uninterrupted, unassisted SH-WCN, with max VMG @ 20° TWA = 3 TWS & continuous sailing above 50 kn.
REFERENCES
E.G.F. Regina 2019: Edelrid ⌀9 mm rope design.
M. Casantosan & al. 2019: ISO2307:2019.
M. Hasbo & al. 2019: Hardware for UHMWPE ropes.
M. Casantosan & al. 2018: ISO10325:2018.
C. Lavin & al. 2017: New England ropes splicing guide.
Y. Kyosev 2016: Recent developments in braiding, pp. 83-90.
A. Horigome & G. Endo 2016: Drive mechanism with SFR.
H. Paul & al. 2014: Gleistein ropes splicebook.
R. Marissen 2011: Design with ultra strong PE fibers.
P.W. Blanford 2009: Handbook of technical fibres, pp. 437-485.
P.W. Blanford 1953: Rope splicing.
Dyneema · Marlow · Premium · Samson AS · Teufelberger · SAR³