On 13
th of June the first of two Fassmer OPV 80s was handed over to the Chilean Navy. Fassmer is more than proud that its first OPV 80 has very successfully passed all tests and sea trials. All technical requirements were met or even exceeded to the full satisfaction of the Chilean Coastguard who will operate the vessel within the Chilean Navy. At the same time the project has been a great success not only for Fassmer but also for the Chilean shipyard ASMAR.
Extensive sea trials, partly carried out under heavy sea conditions in the South Pacific Ocean, gave proof of excellent sea keeping qualities of this highly sophisticated and modern OPV 80 design. Running with its two 4.080 KW engines at 100% MCR, at full load displacement, a maximum speed of 21, 7 knots was measured; 0, 7 knots more than contractually required. In the same way the OPV did fully comply with all other technical requirements. It was especially noted that manoeuvrability, noise and vibration, as well as the EMI were in line or even better than the strict project requirements. Although naval standards have not been applied in general, they have been met in most important aspects.
Remarkably, the OPV fulfilled the performance requirements for transit, patrol, naval air operations and weapons and sensor systems according to NATO STANAG 4154, being one of the most capable platforms for helicopter operations of its size.
The OPV80 has been designed to Lloyds Register of Shipping Rules for Ships, with notation for high level of automation (UMS) and will be registered according to Lloyd´s Naval Rules.
In the meantime Fassmer has been successful to sell similar OPV´s to the Navies of Argentina and Colombia. The Argentinean Navy plans to build up to 5 OPV 80 within the next few years whereas the Colombian Navy will build one Fassmer OPV 80 at COTECMAR Shipyard. In this case Fassmer has been awarded a contract to supply not only the design but also technical assistance, logistic support and the complete material package.
Fassmer offers the well proven OPV 80 including various options such as completely integrated combat systems, stern launching ramp for high speed boats, PTI / PTO propulsion configuration, Ice-Class, among others.
Very recently Fassmer introduced an increased OPV design with a total length of 92 m; the Fassmer OPV 90. This increased OPV version is offered with a maximum speed of up to 28 knots, a range of up to 12.000 nm and with a crew capacity of about 100 persons. This new version is also suitable to integrate a variety of military payload and enlarged helicopter platform capabilities.
For more detailed information please contact Fassmer under
harald.fassmer@fassmer.de or
rene.quezada@fassmer.de
OPV 80 - Main Dimensions:
|
Ship Platform
|
|
|
Length overall
|
80,60 m
|
|
Beam moulded
|
13,00 m
|
|
Design draught
|
3,60 m
|
|
Displacement
|
1760 t
|
|
Speed
|
up to 25 knots
|
|
Range
|
up to 12.000 nm at 12 knots
|
|
Crew
|
up to 50 + passengers/troops (50)
|
|
Classification
|
LR +100 A1 + LMC UMS or eq. GL
|
|
Capacities
|
|
|
Fuel
|
300 M3
|
|
Fresh water
|
48 M3
|
|
Propulsion (Chile OPV)
|
|
|
Main Engines
|
2 x Wärtsilä 12 V 26, 2 x 4080 KW
|
|
Propeller
|
2 x CPP
|
|
Bow thruster
|
2 x 200 KW
|
|
Helicopter Capabilities
|
|
|
Helicopter dimensions
|
Up to 18 m (D size)
|
|
Helicopter take-off weight
|
Up to 7.000 kg.
|
|
Services
|
Hangar, HFIR.
|
OPV 90 - Main Dimensions:
|
Ship Platform
|
|
|
Length overall
|
92,90 m
|
|
Beam moulded @ L/2
|
13,16 m
|
|
Beam moulded @ transom
|
14,00 m
|
|
Design draught
|
3,80 m
|
|
Displacement
|
1900 t
|
|
Speed
|
up to 28 knots
|
|
Range
|
up to 12.000 nm at 14 knots
|
|
Crew
|
up to 60 + passengers/troops (60)
|
|
Classification
|
LR +100 A1 + LMC UMS or eq. GL
|
|
Capacities
|
|
|
Fuel
|
300 M3
|
|
Fresh water
|
50 M3
|
|
Propulsion
|
|
|
Main Engines
|
2 or 4 Diesel Engines, single line or CODAD.
|
|
Propeller
|
2 x CPP
|
|
Bow thruster
|
2 x 200 KW
|
|
Helicopter Capabilities
|
|
|
Helicopter dimensions
|
Up to 20 m (D size)
|
|
Helicopter take-off weight
|
Up to 10.000 kg.
|
|
Services
|
Hangar, HFIR, capture and traversing system.
|
|
|
|