The Morild Lifeboat simulator is a comprehensive tool for training lifeboat crew in every aspect – from the construction and functionality of both lifeboat and davit, to full mission launch and recovery in scenario training. This cost-effective training solution is based on Virtual Reality (VR) technology which means that you get low hardware cost and high mobility. In other words – training anywhere, anytime, even on board a vessel. This product has been tested by many of the leading safety training operators in Norway, and the feedback we are getting is amazing!

Familiarization mode of lifeboat and davit construction and functionality

Advanced physics for lifeboat, davit, mother vessel, chain, wire and hydrodynamics

State of the art intuitive physics based VR hand interaction

Multi-user functionality for avatars w/voice communication (via LAN and/or internet)

Lifeboat impact damage

Instructor station tablet application

Recording and playback of training sessions

Second to none visual realism, quality and immersion

3D spatialized audio

Possibility for custom lifeboat, davit and mother vessel

Full mission bridge simulator integration

Portable solution (fits in a laptop backpack)

In the familiarization mode the training candidates get an indepth understanding of the construction and functionality of the lifeboat and davit system. When “X-ray” mode is toggled, the user can view internal equipment and structures which is normally hidden or difficult to view. This gives a greater and more comprehensive understanding of how the equipment is constructed and functions.

The familiarization mode is a clinical environment, and this also makes it comfortable for the user to get used to interaction and navigation in VR before entering full mission scenario.

All equipment is fully functional and can be operated in familiarization mode, both lifeboat and davit.

When familiarization mode is completed, the user is ready for full mission scenario training. Here the training candidates work together to execute the following steps:

Prepare lifeboat and davit for launch

Lower lifeboat to embarkation position

Complete embarkation procedure

Release painters

Turn on lifeboat battery

Start lifeboat engine

Lower lifeboat to ocean surface

Release hooks

Release skates

Manouver lifeboat to clear ship

Return lifeboat to ship

Attach hooks

Raise lifeboat

Fasten painters

Lock davit

In scenario mode the participants see avatars of eachother, and use voice communication. They can also communicate with the instructor. It is also possible for the instructor to be a participant in the scenario (this is also possible in familiarization mode).

The tablet application gives the instructor full control of the training session. He can also communicate wirelessly with training candidates using the tablets microphone and speaker.

Functionality overview:

Time of day

Ocean wave spectrum

Wind direction and speed

Visibility (fog)

Rain

Mother vessel heel (from -25° to 25°)

Alarms

Failure modes

Attach / detach hooks and painters

Multi-user role/position assignment

Wireless voice communication with participants

Mode selection (familiarization and scenarios)

With this option, you get a fully operational VR bridge simulator for the mother vessel in the scenario. This makes the training scenario even more realistic with coordination between the bridge and lifeboat crew. You can add even more modules to expand the training scenario further.

This definitely takes lifeboat training to the next level.

IMO has accepted that simulators may be used to replace the infrastructure of a usual ‘hands-on’ approach, with students undertaking theoretical classes, accompanied by contact with a real lifeboat, davits and equipment, so long as trainees can continue to demonstrate accomplishment of the competences detailed in STCW tables referring to this training.

Survival craft competences of STCW are described in tables A-VI/2 -1, and the requirements of the course in part A of the same convention. STCW 2010 (Manila Amandments) requires re-certification for all mariners every five years.

The training also refers to SOLAS and LSA Code requirements for Safety of Life and equipment characteristics requirements.

The Norwegian Maritime Authorities have now approved the use of VR simulators in lifeboat training, in accordance with the guidelines stated above.

Portable – train anywhere and anytime, even on site / on board vessel

Multi-user – collaborate in the same scenario, from same or different locations

High training volume – simulator allows trainees to repeat training without increased cost

Safety – no risk of harm or damage to personnel or equipment

Cost effective – both in acquisition and operation (hardware: only laptop and VR headset)

Scalable – add twin simulators at low cost for more complex scenarios and/or parallel training

Virtual equipment 100% match real world

Our subscription plans are designed to reduce risk in acquisition of training simulators, and to scale and follow your business model.

At the bottom of this page you find a link to more information about subscription plans and pricing.