The Fountaine Pajot FPY 70S requires a reading for configurations, because the eight published variants change kitchen, guest cabins, local crews and service routes. The platform measures 22 meters for 10,03 meters, with declared fishing of 1,78 meters. The construction site offers 150 hp or 195 hp twin engines, 1.300 litre tanks for water and oil and an energy architecture that can be configured with solar up to 7 kW, lithium battery up to 64 kWh and 16 kW generator. They are maximum or range values: the check sequence must transform them into the exact set of the specimen, without attributing to each boat the optional displayed.
First choice: define the use program
Before comparing fabrics and finishes it is necessary to define people, weeks of use, crew, navigation area and time provided for anchor. A private configuration for a few guests does not have the same flows of a boat that hosts twelve people and five crew members. The FPY 70S allows from three to six guest cabins and up to five crew cabins, but the compatibility must be verified on the chosen plane. The program determines the location of the kitchen, storage volumes, electric loads, water production, technical spaces and need to separate guest circulation and service.
Table of points to be blocked in the chapter
| System | Published | Check request |
|---|---|---|
| Dimensions | 22 × 10,03 m | Areas and Royal Boat Place |
| Fishing | 1,78 m | Load exemplary asset |
| Engines | 2 × 150 or 2 × 195 hp | Model, transmission and access |
| Water | 1.300 | Useful volume and measurement |
| Gas oil | 1.300 | Documented test autonomy |
| Solar | up to 7 kW | Power actually installed |
| Lithium battery | up to 64 kWh | Useful capacity and system limits |
| Generator | 16 kW | Charges, noise, ventilation |
| Layout | 8 configurations | Signed and distinguished local plan |
Eight shortcut configurations
The range includes Master variants, four, five or six cabins and kitchen on the main deck or below. The trade name is not enough: the contract table must number each cabin, bathroom and local crew. The comparator indicates six to twelve beds and three to six bathrooms, but the precise number depends on the layout. You need to check the width of the steps, doors, exits, ventilation, storage and access to the rooms. A seemingly simple change can move walls or furniture in front of components that require maintenance.
High or low kitchen: operational consequences
The kitchen on the main deck favours contact with salon and cockpit, but brings preparation, warmth and smells in the social area. Low kitchen can improve service separation, provided it receives light, ventilation, storing and an effective path to the table. In both cases, the verification sequence includes deemed, edges of the planes, fixtures, interceptions, discharges and access behind the modules. You have to check where refrigerators, freezers and galley are located and how their opening interferes with the passage. The choice must be tested with a real sequence of preparation and service.
Shipowner's Suite and Privacy
The declared living area for the owner cabin is 25 square meters. The number does not describe height, storing, passages or quality of the bathroom. The visit must measure sides of the bed, access to the gavones, obscuring, ventilation and noise coming from machinery or passages. The technical panels must remain accessible without dismantling important furnishings. In Maestro configurations you have to control the separation from the local crew and the possibility of evacuation. Materials and finishes depicted should not be presumed: champions, codes and distinct approved.
Guest cabins and real flexibility
From three to six cabins means that the platform can serve very different programs. More cabins increase doors, bathrooms, plants and loads, sometimes reducing storages or technical spaces. For each room there are actual beds, heights, accesses, ventilation, obscuring and mandatory safety equipment. The presence of a bed does not guarantee that the room is suitable for the same use in every condition. The plan must distinguish guest cabins, crew and commander and report the number of persons admitted by the relevant certification, without confusing reception capacity and operating limit.
Equipment: 34 square meters declared
The presentation allocates about 34 square meters to the accommodation crew and mentions a master cabin with bathroom, as well as a maximum of five service cabins. Not all combinations can be given simultaneously. The check sequence requires layout table, beds, bathrooms, canteen, storage and access. It is important to evaluate the separation of the paths, because an efficient service should not continually cross the shipowning suite or the salon. Ventilation, exit routes and accessibility to the installations located near the premises are also controlled.
Main deck, cockpit and flows
The aggregated main deck is indicated in 86 square meters, with 35-storey and 51 cockpit hall. The verification does not only concern the surface, but the intersections between guests, crews and maneuvers. On open doors you have to control thresholds, drains and water protection. With tables and chairs in use must remain free access, escape routes and panels. The stern must work during boarding, dinghy management and use of the dock. Every furniture requires deemed and a defined place when the boat sails.
Prodier and concentrated loads
The front area is indicated in 26 square meters. The images show a possible tub, but its presence must be confirmed in the configuration. If you choose, you must document full mass, reinforcements, pumps, drains, heating, coverage and restrictions of use. The same attention applies to kitchens and tables: they should not cover mouthpieces or interfere with maneuvers and drainage. Testing simulates emptying and water does not reach interiors or appliances. An optional hotel is also a technical system with its own maintenance.
Standard and optional motorization
Two 150 hp units are the standard value, while the larger variant includes two 195 hp engines. The card does not offer speed or autonomy and does not allow performance conclusions. To choose, you need to displace the specimen, program, expected conditions and assistance available. The capitulate must report model, transmission, alternators, filters, discharges, ventilation and controls. During the test, regime, temperature, pressure, vibration and manoeuvre with both engines are noted and, according to authorized procedures, with an indisposable apparatus.
Accessibility of premises
Duplication in hulls offers physical separation, but does not guarantee easy maintenance. The check sequence for input, lighting, ventilation, space in front of filters and impellers, disassembly bulky components and protection of hot parts. Valves and sockets must be identified. Cables, pipes and drains must be supported, labeled and protected by rubbing. It is useful to perform a simulated intervention on the most frequent consumables, because a machine accessible in photography can become difficult to reach after adding tanks, shelves or optional.
Electrical architecture: distinguish the maximum
Up to 7 kW solar, up to 64 kWh lithium battery and a 16 kW generator describe potential architecture. The contract must indicate installed power, nominal and usable capacity, voltages, inverters, regulators, protections and management logic. Loads must be grouped by service and priority, including kitchen, air conditioning, pumps and navigation equipment. An energy table must compare production and consumption in realistic scenarios. Solar reduces some hours of generator, but shading and environmental conditions prevent you from turning peak value into continuous availability.
16 kW generator and charging
The yard has the 16 kW generator as dedicated to fast charging. For the example, you need to check the diagram, continuous power, cooling, exhaust, ventilation, insulation, access to filters and integration with chargers and inverters. The test must take place with representative loads, annotating temperatures, alarms and stability. They also control start-up, stop, switching and behavior in case of failure. Noise and vibration must be observed in adjacent premises, because the placement can count as the nominal figure.
Fresh water, disinfector and autonomy
The declared tank contains 1,300 liters and the description cites a high-production dissalator without providing a precise value. It is not correct to invent its scope. The separate must specify model, capacity in project conditions, prefilters, washing and absorption. Water quality control, access to membranes, indicators and possibility to isolate the system. The budget must include people, showers, kitchen, cleaning and optional. The capacity of the tank is a reserve; the autonomy comes from real consumption and the actual possibility of producing water.
Oil and consumption measurement
The 1,300 liters of diesel are declared capacity, not guaranteed distance. Tank shape, unusable volume, levels, returns and sea conditions influence management. During delivery we must check vents, inspections, valves, indicators and absence of threads. A reliable consumption test requires mass, regime, wind, wave and noted famine status. In the absence of official speed and autonomy data, the correct method is to build a table on the specimen and keep it updated with hours and supplies.
Dislocation and load control
The comparison shows 40 metric tons, while the individual configuration leaves the weight fields empty. The verification sequence must therefore require contractual displacement, tolerances and measurement condition. Optional, fluids and equipment must be inserted in a register with position. They control boat diving and known levels, because differences between hulls or between bow and stern signal a distribution to be examined. The weight is not an administrative detail: influence behaviour, consumption, structural loads and choice of the equipment.
Delivery test without invented performance
As speed and autonomy are not published, the test must produce data related to that boat. Wind, sea, temperature, load, tanks, famine status and configuration are recorded. Engines detect regimes, temperatures, vibrations and government; sailing is tied up, apparent angle and response of maneuvers without turning a single output into universal judgment. There are pumps, generators, chargers, alarms, lighting, appliances and interceptions. Each anomaly flows into a list with responsible, expiry and subsequent verification.
final acceptance check sequence
Before acceptance, the final plan, separate standard and optional, weight register, electrical and hydraulic schemes, manuals, certificates and spare parts inventory are required. The cutting of the cabins, the position of the kitchen and the energy architecture must coincide with the building. Access, labels, escape routes, drains and fixations occur, then the check is repeated after the closure of non-compliance. The FPY 70S offers a wide and configurable platform; this freedom makes it indispensable to a matrix that connects every choice with weight, consumption, maintenance and use procedure.