Product - SOLASTER

SOLASTER ROV

Solaster is a powerful underwater ROV that offers a unique combination of advanced technology, durability, and versatility, making it an ideal tool for marine research, ocean conservation, and sustainable fishing practices.

Get a closer look at Solaster and its advanced technology

Solaster is a state-of-the-art underwater ROV designed to protect our oceans. With its advanced computer vision technology, Solaster is able to detect and recognize fish populations, locate and map out silos of rubbish, and support marine research and ocean conservation efforts.

Specification

Basic	Specification
Maximum Depth	150 m
Size (L×W×H)	500 × 480 × 380 mm
Weight	21 kg
Payload Capacity	4 kg
Speed	0.5 m/s with stabilisation
Lights	6 × 1,500 lm
Front Camera	4K (30 fps) or 1080p (60 fps) / 90° FOV

Option	Specification
Imaging Sonar	Max Range: 50 m
Underwater Echo Sounder	Max Range: 50 m
GNSS Compass	Positioning Accuracy: 0.01 m
Hand Gripper	Grip Strength: 15 kg
Stereo Camera	Resolution: ~4416 × 1242 (15 fps)
Acoustic Navigation	Positioning Type: UGPS
DVL (Doppler Velocity Log)	Depth Rating: 300 m

In-house ROV Operation Software: Nimbus

Our in-house developed ROV operation software, Nimbus, is designed to support efficient use of ROVs through three distinct modes: Pilot, Captain, and Engineer.

By setting custom routes on the map, users can carry out inspections while maintaining full awareness of the ROV’s current position and intended destination.

Simulation Software

SOLASTER enables ROV pilot training regardless of location. By providing highly realistic simulated environments, it allows operators to gain a practical feel for manoeuvring before heading to the actual site, thereby improving operational efficiency.

As the simulation software is also developed in-house, we are able to create bespoke virtual environments tailored to our clients’ specific requirements.

AI Recognition System

By utilising AI technology, we provide advanced data insights such as the classification of benthic organisms and the analysis of seaweed coverage, based on footage captured by the downward-facing camera.