Beneteau First 36 SE: 4,400 kg, bar and analysis for the ORC race

Beneteau First 36 SE sailing seen from above

The Beneteau First 36 SE is not a simple package of sails applied to the First 36. The Seascape Edition reduces the declared mass of 400 kilograms, refines the hull until it decreases the wet surface of almost three square meters, replaces the two wheels with a bar and rearranges covered and internal for the ORC race. Three cabins, squares and essential services remain, but each component is evaluated for the relationship between function and weight.

The naval architecture is by Samuel Manuard, the design of Lorenzo Argento, the structural engineering of Pure Design & Engineering and the interiors of Site. The declared light displacement is 4,400 kilograms against 4,800 of the standard documented version. This gap is the center of configuration: equipment, sails, electronics, safety and board material can quickly return mass to the boat. The verification of the shipowner must therefore check not only what is missing, but what is added.

Main data to be fixed in the contract

Voice Summary Operating control
Length outside everything 11,98 m Encumbrance by boat seat and class rules
Maximum 3,80 m Shape stability and ground passages
Light dislocation 4,400 kg Base to compare with real weight in race order
Reduction compared to First 36 400 kg Advantage not to be consumed with unplanned accessories
Air puller 17,80 m Wine for bridges, cranes and airlines
Minimum fishing indicated 1,95 m To be confirmed with the keel of the specific unit
Fuel / water 70 / 200 l Variable mass and autonomy of services
Maximum motor power 29 CV Auxiliary, saildrive and propeller to check together
Layout 3 cabins Function preserved with lightened installations
Objective ORC optimization Certificate and inventory must coincide with the boat

Configuration Dossier before order

The first activity is not to choose the color of the sails, but to freeze a complete distinction. Exhaust, keel, tree, tailoring, blanket, electronics, batteries, motor, propeller, interior, safety and sails must be listed with weight and position. Promotional configuration does not automatically match that allowed or advantageous in the ORC certificate of the shipowner.

Any subsequent modification should be recorded. A sauce again, increased batteries, heating or cruise material can be useful, but change displacement and distribution. The gain of 400 kilograms must become a budget, not a license to reinstall everything without calculation.

First 36 SE of boline with bar and black sails
The bar replaces standard version wheels to reduce weight and increase sensitivity.

Carena refined and wet surface

Beneteau declares a reduction near three square meters of the wet surface compared to the First 36 base. The aim is to reduce viscose resistance and make the boat more ready in transitions. It does not mean that the carena planei at a guaranteed speed: crew, sails, wave and trim determine the result.

Dry controls symmetry, fairness, finishing, keel joint, thymoni and hanging position. Thick or badly applied anti-vegetative frustrates part of design work. Measures for the certificate must come from the real configuration, not from a generic brochure.

Construction fused vacuum sandwiches

Exhaust, blanket, bulkheads and internal components are described as bulk sandwich structures under vacuum. The technique aims to control fiber-resin and mass ratio, while the internal components participate in rigidity. Remove or change a module without knowing the structural function is not acceptable.

The expert observes accessible laminates, glues, hull-covered connection, lande bases, tree foot, bulkheads and areas close to the keel. Crepes, noises or movements must be interpreted by a competent technician. Lightness requires control, not automatic distrust.

Four hundred kilograms: where they are saved

The reduction does not result from a single piece. Bar, material optimization, carbon tambuccio scales, carbon edges and crew bags instead of traditional furniture are part of the strategy. The technical coating of the well also meets a precise function without replicating heavier setups.

During acceptance, the boat is weighed in the agreed conditions. Tanks, sails, equipment and equipment must be noted. Without a weighing procedure, the catalog digit cannot be used to diagnose a difference.

First 36 SE at the lasco seen from above
The yard declares about three square meters in less wet surface.

Bar instead of wheels

The bar reduces components and offers a direct connection to the timones. It also frees the well from columns and transmissions of the wheels. The reverse is a different management of the spaces and loads: radius of movement, position of the helmsman and passage of the crew must be tried during turns and out.

You control games, brakings, attacks, bushings and emergency systems. The bar should not interfere with cliffs, feet or accesses. The adjustment of the autopilot, if planned, should be studied without introducing weak points or unfavorable geometries.

Timons, keel and alignment verification

The official page declares the optimisation of the shape of the hull and design for the ORC rating, but the exact specification of the individual unit must be confirmed. Fishing, material, weight and position of the center of gravity of the keel are contractual data, not to be deducted from the name of the model.

On the ground they inspect joints, accessible bolts, grounding damages, rudder blades, axes and games. Timing symmetry is essential. In the water it occurs that the boat maintains control and that the bar does not have hardness, vibrations or abnormal returns.

Tree, tailoring and inventory

The maximum air rod is 17,80 meters. The measure must include the actual configuration and must be compared with bridges, cranes and port constraints. Tree, crusades, tailoring, lande, terminals and tensions form a system that must be documented and inspected.

The verification sequence records manufacturer, serial number, year, certifications and intervals. After the first set-up, tension and alignment are controlled. antennas, instruments and lights added in the head increase weight where the effect is greater; each gram above is more than the same gram near the bilge.

Lightweight and wardrobe ORC

The wardrobe must be defined according to the program and certificate. Materials, surfaces, inferior, sticks, winders and carrier sails change performance and rating. It is not correct to publish a surface as universal without the distinct version.

Each sail receives identification, measurements, weight, date and status. Bags have an assigned position and should not block access or move during the maneuvers. Before the regatta, you can control straight, rocks, stoppers, sketches and walls under progressive load.

Technical well and anti-slip coating

The bottom of the cockpit uses a soft and anti-slip technical foam. The material must offer wet crew grip, resist loads and allow cleaning. Gluing, edges and drains are the points to be observed, because a detachment can become hindrance during a manoeuvre.

The arrangement must allow to timoniere, randista and suiter to work without collisions. Verricelli, stoppers and reinviers must be tested with gloves and load. Each top must have path and collection area, avoiding rings close to foot and bar.

Beneteau First 36 SE lightened picture
The SE version replaces traditional elements with lighter and removable components.

Regatta electronics and redundancy

Wind, speed, depth, compass, GPS and tactical software must share reliable data. The network must be documented with addresses, terminations, power supplies and versions. A duplicate display is not true redundancy if it depends on the same sensor or the same fuse.

Calibration is performed with a registered procedure. Dirty logs, disaligned wind sensor or compass offset make sophisticated algorithms useless. The pre-regata check sequence includes charge, configuration backup, communication and simplified mode in case of failure.

Auxiliary motor, saildrive and propeller

The maximum indicated power is 29 horses. Engines, saildrives, relationship and propeller must be verified as a set. For a regatta boat the foldable or folding propeller can reduce resistance, but it requires maintenance and proper rear opening.

Cold start, charging, cooling, grafting, vibration and push. The saildrive requires control of headphones, anods, oil and corrosion according to manual. The possibility to return against wind is not only to be evaluated in flat water.

Seventy liters of fuel

The 70-litre tank is consistent with the auxiliary role of diesel, but requires planning in transfers. Nominal and usable volume is not necessarily identical. Indicator, vent, vent, filter and valve must be accessible.

Consumption is measured with hours and liters reintegrated to multiple regimes. A prudent reserve considers sea against, charging and maneuvers. Long-term fuel requires contamination management and pre-filter control.

Batteries, charging and absorbing

Electronics, autopilot, lights, pumps, communications and internal utilities depend on a system that must remain light but adequate. Nominal capacity, usable energy, chemistry, protections and charging should be calculated on the real profile, including a night race.

The voltage measurement sequence, fall under load and charge current. Cables and fuses must be labeled. Adding capacity without evaluating weight and position can compromise the advantage of the SE version.

Two hundred liters of water and circuits

Two hundred liters of fresh water are an important mass, up to about two hundred kilograms when the tank is full. Level and position influence thirsty and certificate of measurement. For a race, the amount of the crew must comply with rules and needs.

Pump, filter, tank, vent and taps must be tested. Small losses are unacceptable both for safety and because they move water into the bilge. Before a long stop the circuit is cleaned and managed according to manual.

First 36 SE dinette and kitchen
The square remains usable but prefers simplicity, access and containment of the mass.

Three cabins in a lightened interior

The three cabin layout is preserved, but the elements are reconsidered. Detachable bags replace some wooden furniture; anti-roll covers improve the use of bunks in navigation; scales and carbon edges reduce mass. The function remains, but aesthetics follows a more technical logic.

In delivery you try every bunk, closure and bag. Escape routes and access to plants must remain free. Removable components must be ensured during navigation and invented before a race.

Beneteau's Prodier Cabin First 36 SE
The three cabins keep the mixed race and transfer program.

Square and kitchen: essential does not mean incomplete

The square offers seating and table, while the kitchen maintains essential functions. Gas, water, drains and ventilation require separate controls from the sail equipment. A racing boat cannot accept unfixed pipes or free objects only because the interiors are minimalist.

Closures, stops, stove, valves, pumps and drainage are tested. Pentoles and cambuses receive low and safe places. Each element removed for a competition must be managed in compliance with the certificate and restored without damaging structures or plants.

First 36 SE cabin with separate bunks
Anti-rolling sheets and the organization of the bunks must be checked for navigation.

Bags and storage

Bags reduce mass and can be assigned to individual members. However, they must have reliable fixings and not oscillate against the bulkheads. The verification sequence indicates location, maximum content and closing mode. Hard objects or portable batteries require additional protection.

Stivating influence thirsty. Heavy material is kept low and close to the center, in compliance with the rules. Before leaving, you will take a full tour to search for free objects, open doors and peaks that can end up in the sentina.

Detachable crew bags in the First 36 SE
Bags replace some furniture and must be ensured without hindering steps and plants.

Seanapps and boat connected

The Seanapps system can show state of batteries, levels and maintenance, as well as planning functions. It is a monitoring tool, not a replacement of edge indicators or physical controls. Connectivity, coverage and update of data must be verified.

The owner defines users, permissions, privacy and procedure after a change of ownership. Alarms must be tested. Remote reading consistent with a steady boat does not prove that the sensor responds correctly in navigation.

ORC certificate and document control

ORC optimization only has value if measurements, weights and inventory of the certificate correspond to the boat. Number of sails, appendices, rig, sails, propellers and declared equipment must be updated. An unregistered change can cancel the advantage or create disputes.

Physical components and documents are compared before registration. Version of the certificate, deadlines and requirements of the event are stored. The rating is not an absolute measure of speed and does not replace preparation of the crew.

pre-regatta verification sequence

Twenty-four hours before they control weather, certificates, safety, crew, sails, tailoring, rubbing, keel, engine, batteries, communications and inventory. There are caps, valves, pumps, lights and men's recovery systems at sea. Each anomaly has responsibility and expiry.

Before departure, a short tour is repeated: fixed objects, closed pockets, water and registered fuel, calibrated instruments, tried motor, free races and bar without interference. The verification sequence is signed, not entrusted to the collective memory.

Carbon edge detail of the First 36 SE
Carbon edges reduce mass compared to traditional equivalents.

Audit after navigation

Anomalous loads, noises, infiltration, wear of the tops and electronic problems are recorded on the return. Covered, heard, lande, tree foot, timoni and saildrive receive quick control before details are forgotten. The sails are dried and inspected.

Navigation data are stored together with configuration and weather. A gradual variation of speed or angle can reveal dirt, calibration or trim. Recontrial-based maintenance is worth more than random interventions.

Experience and proof without invented performance

This analysis does not attribute speed or results to the editorial staff. A single boat test records real wind, wave, sails, crew, liquids and configuration. Evaluate balance, bar sensitivity, maneuvers, acceleration and control, without confuse a favorable day with a guarantee.

On the ground, structural control is complete; motor, plant and access are also tested in water. After the test they inspect the hair and joints. The report distinguishes observed facts, yard documents and recommendations.

Technical judgment and profile of the shipowner

The First 36 SE is intended for those who consider configuration and discipline part of the performance. The 400 kilograms saved, the lower wet surface and the bar create a consistent base; three cabins and services maintain transfer capacity and mixed use.

The boat loses sense if it is ordered lightly and then loaded without a budget, or if the certificate does not follow the changes. With distinct, weighed, maintained and well-managed verification sequence, it offers a technically credible ORC standard platform and fast navigation. The real decisive option is a rigorous management process.

Kitchen block of the Beneteau First 36 SE
Kitchen, gas, water and electricity require a separate verification sequence from the sail equipment.
Automatic translation. For safety and legal information, the Italian original is authoritative. Italiano