For a new passenger boat in NTB, mandatory safety equipment is driven by Kemenhub and Syahbandar requirements: correctly sized lifejackets for every person on board, approved liferafts or buoyant apparatus, portable and fixed fire-fighting systems, adequate bilge pumping, navigation lights, VHF radio, EPIRB, first aid kits, emergency signage and documented drills, all matched to route, passenger capacity and Gross Tonnage.
Regulatory framework in Lombok and NTB
Safety equipment for a kapal penumpang operating from Lombok, Gili islands or Labuan Bajo routes is not optional; it is embedded in the survey process for Gross Akte, Pas Besar and Surat Ukur. Syahbandar and Kemenhub inspectors reference Indonesian maritime regulations and, for many commercial vessels, BKI rules.
When planning safety equipment kapal penumpang Lombok, the starting points are:
- Intended service: sheltered waters (Gili shuttle) versus open-water crossings (Lombok–Labuan Bajo).
- Passenger and crew count at maximum load.
- Hull material and number of decks.
- Engine power and fuel system layout.
- Any requirement for class notation from BKI or another recognised organisation.
New builds pursuing formal class certification and Kemenhub approvals will typically adopt a higher standard of redundancy and equipment specification than the bare minimum noted in general coastal regulations.
Lifejackets: capacity, sizing and stowage
Lifejackets are the first item Syahbandar will count. The basic rule is one approved lifejacket for every passenger and crew member, plus a margin for operational flexibility and survey comfort.
Adult and child lifejackets
- Adult sizes: sized for the expected body mass range of your typical passengers; many builders plan for 110–120% of maximum persons allowed.
- Child sizes: required if children are expected; inspectors often look for at least 10–15% of total capacity as child jackets on tourist routes.
- Infant support: for operators regularly carrying infants, dedicated infant jackets or approved buoyancy aids are advisable.
Quality, type and features
- Use SOLAS-type or locally approved jackets with whistle, retro-reflective tape and secure closure.
- For night or offshore use, light-equipped jackets are strongly preferred.
- Buoyancy rating must match body weight ranges; mixed sizes should be clearly segregated.
Stowage and access
- Stowed where passengers can reach them quickly, not locked away in crew-only spaces.
- Clear signage in Bahasa Indonesia and, where relevant, English.
- Deck plans and muster instructions should show lifejacket locker locations.
Liferafts and buoyant apparatus
Beyond personal flotation, a passenger vessel must provide collective survival capacity. For many NTB passenger boats, this means liferafts or approved buoyant apparatus sized to the vessel’s certified capacity.
Liferaft selection and capacity
- Capacity at least equal to the maximum persons on board; many operators add 10–20% spare capacity.
- For fast boats and offshore routes, SOLAS-type inflatable liferafts with canopies, water and rations are typically expected.
- Launching arrangement must allow deployment on both sides where practicable.
Buoyant apparatus and life buoys
- Life buoys spaced along the rails, commonly 1 unit per 25 m of vessel length, subject to surveyor guidance.
- At least one lifebuoy fitted with a floating line; at least one with a light and smoke signal on night or offshore services.
- Rigid buoyant apparatus may be accepted in sheltered waters where liferafts are not mandated.
Inspection and servicing
- Liferafts require periodic servicing at an approved station; plan logistics around Lombok and Bali service availability.
- Records of inspections must be kept on board for port state checks.
Fire-fighting equipment and fixed systems
Fire risk on a passenger boat is directly related to fuel type, galley installation and electrical loads. Inspectors focus on both portable extinguishers and fixed systems in machinery and fuel spaces.
Portable extinguishers
- Dry chemical powder or foam extinguishers in accommodation and passenger areas.
- CO₂ or clean-agent extinguishers near electrical switchboards and control panels.
- At least one extinguisher close to each engine room access and fuel tank compartment.
Fixed systems and engine room protection
- For enclosed engine rooms, a fixed fire-fighting system (CO₂, FM-200 or equivalent) is often required by class or Kemenhub surveyor.
- Remote fuel shut-off and ventilation shut-down from a safe location outside the engine space.
- Fire pump and hydrants/hose reels on larger vessels or multi-deck passenger boats.
Fire detection and alarm
- Smoke or heat detectors in engine rooms, galley and enclosed accommodation.
- Audible and visible alarms both in wheelhouse and passenger spaces.
- Regular testing logged in the vessel’s safety record book.
Bilge pumps, flooding control and watertight integrity
Flooding is a primary cause of loss for smaller passenger boats. Effective bilge systems and basic damage control gear are essential, even on short shuttle routes between Bangsal and the Gili islands.
- Primary bilge pumps: engine-driven or AC-powered pumps sized for the compartment volumes.
- Secondary (backup) pumps: independent electric or portable petrol-driven pump.
- Manual pumps: hand-operated pumps or bailers for small compartments and open boats.
- Strainers and suction points: adequate coverage in engine room, lazarette and accommodation bilges.
- High-level bilge alarms: recommended in machinery spaces for early flood detection.
Watertight doors, hatches and shaft seals should be included in regular inspection routines, with any defects rectified before the next passage.
Navigation lights, sound signals and visibility
For night and low-visibility operation around Lombok Strait, navigation lights and sound signals must meet COLREG requirements and the expectations of local authorities.
- Navigation lights: port, starboard, stern, masthead and all-round anchor lights sized and positioned correctly for vessel length and type.
- Control: independent switch panel with clear labels; status indicators at the helm.
- Sound signals: whistle or horn of adequate range; bell or gong for larger tonnage where required.
- Backup: portable battery-powered lights kept ready for emergency use.
Wheelhouse visibility, wiper systems and demisting arrangements also contribute to safe operation, particularly during monsoon rain and spray conditions.
Communication equipment: VHF, EPIRB and backup
In NTB waters, reliable communication equipment is as critical as life-saving appliances. Surveyors will typically look for fixed VHF, handheld backup and, on many routes, an EPIRB or other distress alerting device.
VHF radio
- Fixed-mount marine VHF with DSC is recommended, with antenna height optimised for local traffic lanes.
- At least one handheld VHF as backup and for use during abandon-ship scenarios.
- Channel usage procedures and log-keeping should be written into the vessel’s operating manual.
EPIRB and additional locating devices
- 406 MHz EPIRB registered to the vessel, mounted in an accessible location, with hydrostatic or manual release as applicable.
- On smaller coastal vessels, PLBs or AIS SARTs can provide additional locating capability.
- Battery expiry and self-test intervals must be diarised and observed.
First aid, signage and passenger information
A passenger vessel must be able to stabilise injured or ill persons until handover at port. At the same time, clear signage helps prevent incidents and supports evacuation.
First aid arrangements
- First aid kit sized for the number of persons on board and voyage duration, including burns treatment, seasickness medication and trauma supplies.
- At least one crew member holding current basic first aid training, where required by Kemenhub regulations.
- Logbook entries for any treatment given during voyages.
Signage and passenger briefing
- Exit and emergency route signage with arrows and pictograms.
- Instructions for lifejacket use displayed in passenger spaces.
- No-smoking and fuel-safety signs near tank vents and machinery access.
- Pre-departure safety briefing or recorded announcement on routes carrying international tourists.
Drills, documentation and survey preparation
Equipment alone does not satisfy safety requirements. Inspectors want to see drills and documentation embedded in the vessel’s operation, from Gili shuttles to long-range liveaboards built under fast boat construction and refit programmes.
Safety management basics
- Written emergency procedures: fire, man overboard, abandon ship, machinery failure.
- Drills conducted on a regular schedule and recorded, including passenger evacuation practice where practical.
- Maintenance plan for all safety equipment with checklists and intervals.
Survey and class integration
If the vessel is built or operated to class, safety equipment must align with the selected notation. Builders and owners should coordinate early with surveyors, particularly where BKI class for new passenger vessels is sought, to avoid rework and retrofits at the final inspection stage.
Indicative safety equipment planning checklist
The following table is a planning aid only. Specific requirements depend on vessel size, route, surveyor interpretation and applicable regulations.
| Item | Typical planning basis (units/persons) | Indicative band (new build, USD) |
|---|---|---|
| Lifejackets (adult) | 1.1–1.2 × max persons | USD 25–60 per unit |
| Lifejackets (child) | 10–20% of total capacity | USD 30–70 per unit |
| Liferafts | >= 100% of max persons | USD 1,500–4,000 per 10–25 pax raft |
| Portable extinguishers | 1–2 per compartment | USD 60–200 per unit |
| Fixed fire system (engine room) | Per machinery space | USD 2,000–8,000 per system |
| Bilge pumps (electric/engine) | Primary + backup | USD 300–2,000 per pump |
| VHF (fixed + handheld) | 1 fixed, 1 handheld | USD 400–1,500 total |
| EPIRB | 1 per vessel | USD 500–1,500 per unit |
| First aid kits | 1–2 main kits | USD 150–500 per kit |
| Signage and notices | Per exit and muster area | USD 200–800 per vessel |
All cost bands above are indicative only and will vary by brand, certification, local supply and exchange rate movements.
Frequently asked questions
How many lifejackets are required for a passenger boat in Lombok?
A passenger boat in Lombok must carry at least one approved lifejacket for every passenger and crew member listed on its certificate, including suitable sizes for children if they are carried. Many operators plan for about 10–20% extra to cover operational variations and surveyor expectations, with lifejackets clearly stowed and signposted in all passenger areas.
Are liferafts mandatory for Gili and coastal shuttle services?
Liferaft requirements depend on the vessel’s size, route and surveyor interpretation of applicable regulations. For sheltered, short coastal routes, some vessels may be allowed to operate with buoyant apparatus and life buoys only. For higher-capacity or more exposed crossings, inspectors often expect liferafts sized for 100% of persons on board, with servicing records from recognised stations.
What communication equipment is needed to pass Syahbandar inspection?
Syahbandar inspections typically expect at least one fixed marine VHF radio installed at the helm, with antenna and wiring in good condition, and a reliable power supply. Many commercial operators also carry one or more handheld VHFs as backup. On longer or more exposed routes, an EPIRB or equivalent distress alerting device is often strongly recommended by surveyors.
Do small passenger boats need fixed fire-fighting systems?
Small open boats with outboard engines and simple fuel systems may be cleared with only portable fire extinguishers correctly positioned and sized. Once a vessel has enclosed engine spaces, inboard diesels or significant fuel storage, surveyors and class rules frequently call for a fixed fire-fighting system in the machinery space, with remote shutdown for fuel and ventilation.
How often must safety equipment be inspected and serviced?
Inspection intervals are defined by each item’s manufacturer and by applicable regulations. In practice, items like lifejackets and extinguishers are visually checked before departure and at least monthly, while liferafts and EPIRBs follow annual or multi-year service cycles at approved stations. All checks and services should be logged on board to present during port state or renewal surveys.
Related reading: registering a boat under 7 GT in NTB — the small-vessel paper route from Surat Ukur to Pas Kecil.