LINKDEEP S1 small six-thruster underwater robot product rendering
Product rendering · Body and thruster layout

S1 / UNDERWATER ROV

LINKDEEP S1

A small vehicle with a six-thruster layout. LINKDEEP S1 is designed around underwater observation and light inspection, connecting the vehicle to shore-based operation with a clear task in mind.

For research observation, near-shore environmental records and routine underwater viewing. Start with the subject and the purpose of the records, then bring site conditions, equipment choices and the workflow together.

6 thrustersSmall vehicleTethered operation

BUILT AROUND THE TASK

A platform with a purpose.

Start with a smaller platform

The S1 combines a small vehicle body with six thrusters. Select the equipment around the observation area, launch point and available working space, so the platform fits the scale of the task.

Explore below. Operate from shore.

A tether connects the robot to its shore controller. Planning the launch point, tether route and observation route together gives the field team a clear structure for the operation.

Choose equipment for the question

Start with what needs to be observed, recorded and understood, then work through the equipment selection. Consistent information requirements make sense for both a single observation and a sequence of visits.

FORM. PERSPECTIVE. DETAIL.

A different angle. A closer look.

Explore the design from the front, in profile and from above.

LINKDEEP S1 6-thruster underwater robot — front view product rendering

Front view

The forward camera window, lighting and front silhouette.

LINKDEEP S1 6-thruster underwater robot — side profile product rendering

Side profile

A side-on look at the curved shell and propulsion units.

LINKDEEP S1 6-thruster underwater robot — top view product rendering

Top view

The overall outline, service cover and thruster layout from above.

LINKDEEP S1 6-thruster underwater robot — a closer look product rendering

A closer look

A close-up of the camera, lighting and thruster shroud.

Product renderings · Explore the body shape, thruster layout and front assembly from multiple perspectives.

Platform at a glance

Product platform and connectivity
ModelLINKDEEP S1
Size classSmall
Thruster count6
Vehicle connectionTether to a shore controller
Operator stationShore-based controller
Product focusObservation and light inspection

Platform selection and sensing requirements go hand in hand with the environment, observation targets and field workflow. Contact us to discuss the configuration for your task.

Related application

APPLICATIONResearch & observation