TED

A tethered underwater robot that brings a camera below the surface for inspection, research and exploration.

Best for: Marine researchers, inspection teams and hands-on robotics builders.

• Live underwater camera view
• Six-thruster base configuration
• Open-source software and expandable frame

Partially assembled kit: allow roughly 6–8 hours for assembly. A laptop, battery and charger are additional requirements. Tether, lights, enclosure depth rating and accessories depend on the selected configuration.

Check delivery to Australia, lead times and battery shipping options with Blue Robotics.

Configure a BlueROV2 kit with Blue Robotics. Confirm included equipment, assembly requirements, lead time and battery-shipping options.

Image: Blue Robotics

A seven-thruster underwater robot for subsea inspection and configurable intervention work.

Best for: Marine teams performing tethered underwater inspections.

• Seven-thruster maneuverability
• 4K camera
• Seven payload ports

Confirm software availability, sensors, intervention tools and delivery schedule with Blueye. The listing covers unarmed inspection work.

Availability, delivery and local support must be confirmed with the manufacturer for your country.

Contact Blueye Robotics to confirm the configuration, deployment support, lead time and availability in your country.

Image: Blueye Robotics

A tractor-mounted robotic implement that identifies weeds and targets them with lasers.

Best for: Growers seeking selective treatment of individual plants.

• Vision-based weed identification
• Laser weed treatment
• Modular working widths

A robotic implement used with a compatible tractor, not a self-driving vehicle. Specialist laser-safety procedures and training are required.

Availability, delivery and local support must be confirmed with the manufacturer for your country.

Contact Carbon Robotics to confirm the configuration, deployment support, lead time and availability in your country.

Image: Carbon Robotics