Eriksen - Competitable open source customized scientific research, education, detection, underwater unmanned aerial vehicles

DeepBlue Technology

GuaranTee Supplier 11 Years

Competitable open source customized scientific research, education, detection, underwater unmanned aerial vehicles

Multi-working modes, supporting underwater image transmission

Specification Selection：

Standard open-source underwater robot platform; 4 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open-source underwater robot platform; 4 thrusters; Equipped with a camera; No mechanical claws

Standard open-source underwater robot platform; 4 thrusters; No camera; Equipped with mechanical claws

Standard open-source underwater robot platform; 4 thrusters; No camera; No mechanical claws

Standard open-source underwater robot platform; 6 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open-source underwater robot platform; 6 thrusters; Equipped with a camera; No mechanical claws

Standard open-source underwater robot platform; 6 thrusters; No camera; Equipped with mechanical claws

Standard open-source underwater robot platform; 6 thrusters; No camera; No mechanical claws

Standard open-source underwater robot platform; 8 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open-source underwater robot platform; 8 thrusters; Equipped with a camera; No mechanical claws

Standard open-source underwater robot platform; 8 thrusters; No camera; Equipped with mechanical claws

Standard open-source underwater robot platform; 8 thrusters; No camera; No mechanical claws

Standard open-source underwater robot platform; 3 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open-source underwater robot platform; 3 thrusters; Equipped with a camera; No mechanical claws

Standard open-source underwater robot platform; 3 thrusters; No camera; Equipped with mechanical claws

Standard open-source underwater robot platform; 3 thrusters; No camera; No mechanical claws

Standard open-source underwater robot parts platform; 4 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open-source underwater robot parts platform; 4 thrusters; Equipped with a camera; No mechanical claws

Standard open-source underwater robot parts platform; 4 thrusters; No camera; Equipped with mechanical claws

Standard open-source underwater robot parts platform; 4 thrusters; No camera; No mechanical claws

Standard open-source underwater robot parts platform; 6 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open-source underwater robot parts platform; 6 thrusters; Equipped with a camera; No mechanical claws

Standard open-source underwater robot parts platform; 6 thrusters; No camera; Equipped with mechanical claws

Standard open-source underwater robot parts platform; 6 thrusters; No camera; No mechanical claws

Standard open-source underwater robot parts platform; 8 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open-source underwater robot parts platform; 8 thrusters; Equipped with a camera; No mechanical claws

Standard open-source underwater robot parts platform; 8 thrusters; No camera; Equipped with mechanical claws

Standard open-source underwater robot parts platform; 8 thrusters; No camera; No mechanical claws

Standard open-source underwater robot parts platform; 3 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open-source underwater robot parts platform; 3 thrusters; Equipped with a camera; No mechanical claws

Standard open-source underwater robot parts platform; 3 thrusters; No camera; Equipped with mechanical claws

Standard open-source underwater robot parts platform; 3 thrusters; No camera; No mechanical claws

Entry level primary and secondary education funds; 4 thrusters; Equipped with a camera; Equipped with mechanical claws

Entry level primary and secondary education funds; 4 thrusters; Equipped with a camera; No mechanical claws

Entry level primary and secondary education funds; 4 thrusters; No camera; Equipped with mechanical claws

Entry level primary and secondary education funds; 4 thrusters; No camera; No mechanical claws

Entry level primary and secondary education funds; 6 thrusters; Equipped with a camera; Equipped with mechanical claws

Entry level primary and secondary education funds; 6 thrusters; Equipped with a camera; No mechanical claws

Entry level primary and secondary education funds; 6 thrusters; No camera; Equipped with mechanical claws

Entry level primary and secondary education funds; 6 thrusters; No camera; No mechanical claws

Entry level primary and secondary education funds; 8 thrusters; Equipped with a camera; Equipped with mechanical claws

Entry level primary and secondary education funds; 8 thrusters; Equipped with a camera; No mechanical claws

Entry level primary and secondary education funds; 8 thrusters; No camera; Equipped with mechanical claws

Entry level primary and secondary education funds; 8 thrusters; No camera; No mechanical claws

Entry level primary and secondary education funds; 3 thrusters; Equipped with a camera; Equipped with mechanical claws

Entry level primary and secondary education funds; 3 thrusters; Equipped with a camera; No mechanical claws

Entry level primary and secondary education funds; 3 thrusters; No camera; Equipped with mechanical claws

Entry level primary and secondary education funds; 3 thrusters; No camera; No mechanical claws

Standard open source whole machine special offer; 4 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open source whole machine special offer; 4 thrusters; Equipped with a camera; No mechanical claws

Standard open source whole machine special offer; 4 thrusters; No camera; Equipped with mechanical claws

Standard open source whole machine special offer; 4 thrusters; No camera; No mechanical claws

Standard open source whole machine special offer; 6 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open source whole machine special offer; 6 thrusters; Equipped with a camera; No mechanical claws

Standard open source whole machine special offer; 6 thrusters; No camera; Equipped with mechanical claws

Standard open source whole machine special offer; 6 thrusters; No camera; No mechanical claws

Standard open source whole machine special offer; 8 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open source whole machine special offer; 8 thrusters; Equipped with a camera; No mechanical claws

Standard open source whole machine special offer; 8 thrusters; No camera; Equipped with mechanical claws

Standard open source whole machine special offer; 8 thrusters; No camera; No mechanical claws

Standard open source whole machine special offer; 3 thrusters; Equipped with a camera; Equipped with mechanical claws

Standard open source whole machine special offer; 3 thrusters; Equipped with a camera; No mechanical claws

Standard open source whole machine special offer; 3 thrusters; No camera; Equipped with mechanical claws

Standard open source whole machine special offer; 3 thrusters; No camera; No mechanical claws

USD 21-2785

output value: Monthly Output1000

contact shop

Usage scenarios

Research and Education-Integrated Underwater Robot

For scientific research/educational training scenarios

Provide a completely new solution

Good craftsmanship, good quality

Open source ground

station software

Continuously updated

development instances

All-around self

stabilizing motion

Diving depth

of 100 meters

3 hours of ultra

long battery life

Modular quick

release design

Multi language

development environment

Get started

with code 0

Support secondary

development

Autonomous configuration of multi degree of freedom thruster

Support multi degree of freedom motion

Left and right translation, floating up and diving down Forward and backward

360 ° roll Yaw rotation

Note: The six thruster and four thruster robot configurations have reduced degrees of freedom in thruster motion

Multi working mode

Support underwater image feedback Underwater grabbing Temperature measurementExpandable sensors (for personalized development) Attitude measurement AI algorithm deployment

Multi language development environment for different developers

0 basic operations, ready to use out of the box

1) Support Mixi building block programming 2) Support Arduino programming

3) Support Python programming 4) Support C programming language

Open API interface

Encapsulate the underlying motion code, which has implemented basic closed-loop motion control

The robot communicates with the computer, and users only need to call the corresponding functions on the computer to achieve motion control, image feedback, and other functions.

Open MATLAB and Python code interfaces to seamlessly integrate high-level PC code

Continuously updated courses

The supporting courses are continuously updated, covering all aspects of robot construction, circuit design,

software programming, and zero foundation, allowing for quick and easy operation

Product Application

The product can be used in various scenarios such as university research, aquaculture, underwater

exploration and rescue, underwater entertainment, etc;

Configuration List

Handle: Yes Robot arm: optional single axis robot arm Lighting: Optional dual channel lighting

Parameter Information

Body parameters	450×230×550mm
Frame material	PP board (default black or white, other colors can be customized by contacting customer service)
Machine quality	About 7Kg
Main control cabin material	Acrylic
Communication line length	Standard configuration of 10 meters, customer service can be contacted to increase the length
Camera parameters	1080P
Communication method	485 communication+analog signal communication
Depth sensor	MS5837
IMU sensor	Six axis attitude sensor
Power supply method	Onboard 24V lithium battery power supply
Battery life	Up to 4 hours, the specific time depends on the working mode
Number of thrusters	4 thrusters/6 thrusters/8 thrusters are optional

Comprehensive quality inspection and full cycle technical support


1. Communication needs: Customers place orders	1.1. Waterproof and pressure holding test	1.2. Waterproof and pressure holding test

5. Customer acceptance technical support	4. Packaging and shipping	3. Functional testing