ROVs

OLYMPUS DIGITAL CAMERA

DeepTrekker has recently announced the launch of the DTG3 and Revolution ROVs as replacements of the DTG2 and DTX2 resepctively. Based on the patented two-thruster design and with the inroduction of BRIDGE technology, the DTG3 is a game changer in small, highly maneuverable ROVs. The Revolution is a complete redesign of the DTX2 with 6 thrusters and BRIDGE technology, stability and ease of flying is just the beginning.

Deep Trekker ROVs are like no other you’ve seen. Based on a clean-sheet design, Deep Trekker remove the complexity of owning and piloting a remotely operated vehicle – but without sacrificing quality or capabilities. All of their ROVs are based on the principle of bringing a portable, affordable, and easy to use solution to anyone that wants to look underwater. With this mission, all of the systems are built on the same principle features.

Light Weight, Low Drag Tether
Patented Pitching System
Fully Integrated Viewing & Control
360° Viewing
Portable Solution
Built to Last

DTG3

DTG3 The DTG3 is a commercial grade mini ROV, designed with the Deep Trekker patented pitching system for unmatched maneuverability. An internal 4K camera, with a 330 degree field of view so you can inspect below, above, behind or in front of you, and see the live feed directly to your hand held controller. With on-board batteries, work 6 – 8 hours on one 1.5 hour battery charge, and never worry about lugging around multiple cases or generators to your dive sites.

The DTG3 has a forward speed of 2.5 knots, with depth ratings of 200 m, this tool is ideal for underwater inspections in your tough environments.

DTG3 Specs

REVOLUTION ROV

Deep Trekker REVOLUTION ROV is constructed to withstand harsh environments and dangerous water conditions.

With its modular design, the REVOLUTION ROV allows for seamless integrations of add-ons and sensors.

It is the perfect ROV for offshore underwater inspections for aquaculture, energy, naval defense, and marine research.

The integrated vectored thrusters allow for lateral side-to-side movements as well precise turning whilst the two vertical thrusters allow for easy vertical movement and station holding.