Engineering Basics
How long can an ROV really stay underwater?
Worried your new ROV will run out of power mid-mission? This common fear often leads to asking the wrong question. Let's find the right one together. An ROV's underwater time…
Global direct purchasing · Components, systems and technical resources
Learn
These articles answer the questions that come up when a subsea system is assembled: which thruster matches which ESC, how much buoyancy a frame needs, how voltage drop limits a tether, what a pressure rating actually covers. Every entry is reviewed on a date and linked to the products and the documents it talks about.
Engineering Basics
Worried your new ROV will run out of power mid-mission? This common fear often leads to asking the wrong question. Let's find the right one together. An ROV's underwater time…
Application Guides
Introduction ROVs (Remotely Operated Vehicles) are our helpers in the deep ocean. They are high-performing and flexible. Users around the world love them. Features of the ROV High-definition Camera and…
Selection Guides
Overview Dive into the realm of superior marine technology with our best-selling High-Powered 20 KG CR120 ROV Thruster. Designed with precision, it provides remote operated vehicles (ROVs) with unmatched propulsion…
Installation & How-to
In this article, we will introduce how to do the initial setting for brushless ESC within 3 steps. When the initiation is completed, you can normally control your speed. Besides,…
Compatibility & Integration
When you buy the Pixhawk Flight Controller from AQUROV, you may have a question in your mind. Why it is different? Don’t be confused, and in only 1 minute you can get…
Engineering Basics
Are you confused about the differences between ROV and AUV? You’re not alone! Many people don’t understand the difference between these two types of underwater vehicles. In this article, we…
Selection Guides
1. What’s the difference between T2216 and T200? T2216 is a metal bearing, which is more stable and durable, but its thrust is slightly lower than that of T200. T200…
It exists to make a system buildable without a sales conversation: the reasoning behind a selection, the numbers that constrain it, and the mistakes that are easy to make in a wet environment.
The working environments and the component families that suit them.
Datasheets, manuals, wiring guides, drawings and test records.
What was measured on which units, under which conditions.
The components these articles talk about, with availability and pricing.
Nothing here answers it?
A tether length, a thruster count, a depth rating, a sensor that keeps dropping out: describe the system and the symptom and we will answer with the reasoning, not just a link.