Practice without risk
A mistake in the simulator costs a scenario restart, not a repair and a lost day on site.
Training simulator
First dive shouldn't be the first time at the controls
The operator learns on shore: the same controls, the same interface, the same conditions. They come to the real vehicle with practised skills, not with a manual in hand.
Try it
Pilot the vehicle right in your browser
We grant demo access on request: log in from any computer and try it. Keyboard control, nothing to install.
Why the market needs it
Vehicles arrive faster than operators
ROV operator training in Russia is only taking shape. A handful of centres run dedicated courses - including to the recommendations of the international IMCA association - and universities are deploying their own simulators. Meanwhile operators' fleets keep growing, and people must be trained faster than practice on real hardware allows.
The same interface
The trainee learns on a copy of the real control station, so moving to the vehicle needs no relearning.
Hard conditions on demand
Current, turbidity, confined spaces - scenarios you might not meet for months in real work.
How it looks
Interface and scenarios
The same interface as on the real control station: compass, depth, pressure, temperature, voltage, control of lights, thrust and camera. Realistic underwater scenes - a vessel, hull, propeller-rudder group and structures.
Why
The vehicle costs more than the mistake
A tangled tether, a hit against a structure, a vehicle lost in the current. On the simulator, a mistake costs a scenario restart.
A dive costs time
Travel, deployment, the dive itself - hours. On the simulator, an operator runs a dozen scenarios in the same time.
Conditions can be set on demand
Zero visibility, current, night, a thruster failure. In the field you wait for these conditions - here you switch them on.
Scenarios
What the operator practises
| Quay wall | Run along the sheet pile, find and record defects |
| Bridge pier | Spiral around the pier, capture a full survey |
| Ship hull | Inspect the plating and the propeller-rudder group |
| Water intake | Inspect the fish-protection device and screens |
| Zero visibility | Working by sonar |
| Thruster failure | Abort the dive and recover the vehicle |
Who it's for
Universities and training centres
Classroom fit-out: workstations, a continuing-education programme, teaching materials, scenarios with pass criteria. Russian-made software.
Operating companies
Train your own operators on site. Keep skills sharp between field trips without spending the vehicle's service life.
The interactive simulator is available in your personal account - after logging in you can explore the interface and pilot the underwater vehicle.