IRB PORTAL SLSA Training

Inflatable Rescue Boat Simulation Suite

Interactive Surf Lifesaving Operations

Master the Surf Zone with
Precision & Seamanship

Welcome to the digital training command for Surf Life Saving Inflatable Rescue Boat (IRB) crews. Practice swell management, break-negotiation, dynamic crew trim, and standard rescue courses through interactive browser-based simulators.

Swell Physics Dynamic Surf
Crew Shift Trim & Bow Ballast
SLSA Drills Standard Patterns
SURF RESCUE
25HP SURF RESCUE
Standard 3.8m SLSA Spec IRB
Class 1 Craft

Training Modules & Simulators

Select a scenario to launch simulation, telemetry, and drill controls.

All Modules Driver & Crew
ACTIVE MODULE SLSA-YPAT-01

Y-Pattern Training Scenario Simulator

Complete interactive simulation of the core SLSA IRB training course. Navigate out through breaking surf, negotiate swell, execute buoy turns, and practice precision patient pickups with weight trim physics.

Real-time Swell & Break Wave Dynamics
Crew Positioning & Bow Ballast Shift (A-Key)
Patient Extraction & Approach Vector Angle
Speedometer, Heading, & Wave Height Telemetry
COMING SOON SLSA-WAV-02

Straight In & Out: Surf Navigation

Master punch-through techniques for broken white water, punching green faces at 90-degree angles, backing off swells, and matching speed to surf waves back to shore.

Wave Period & Sandbank Sandbar Analysis
Throttle Timing on Crest Transitions
Beach Landing without Broaching or Capsizing
EXPANSION PACK SLSA-ENG-03

Engine & Hull Pre-Flight Protocols

Digital pre-flight checklists and troubleshooting procedures. Fuel cell bladder connection, safety kill switch clip checks, propeller guard clearance, and capsize righting drills.

Pontoon Inflation & Keel PSI Diagnostics
Water Tell-Tale & Cooling Stream Verification
Submerged Engine Restart Procedure Guide

Key IRB Crewing Principles

Essential rules of thumb when operating in beach and surf environments

Surf Life Saving Australia Standard
90° Rule to Breaking Surf

Always meet oncoming waves perpendicularly. Taking a breaking wave at an oblique angle or side-on invites broaching and potential capsize.

Active Crew Ballast

The crewperson is the dynamic ballast. Shifting weight to the bow pins the nose into incoming swells; shifting aft lifts the bow when running with sea waves.

Patient Approach

Approach patients on the crewperson's side into the wind/swell at idle throttle. Never place the spinning propeller between the patient and current.