Description
The Chasing Blueprint Oculus Kit is a high-performance sonar upgrade designed specifically for the CHASING M2 Pro Max ROV. This kit enhances underwater visibility and precision by integrating advanced sonar imaging from Blueprint Subsea’s Oculus series.
The kit supports multiple Oculus sonar models, including the M1200D, M750D, and M370S. These sonars provide real-time imaging with wide field-of-view and high resolution, making them ideal for search and recovery, infrastructure inspection, and scientific exploration.
The Oculus Kit includes a custom mounting system, secure power/data integration, and seamless compatibility with the M2 Pro Max. The plug-and-play design simplifies installation, allowing you to focus on mission-critical operations.
Built for professionals, this kit turns your M2 Pro Max into a powerful sonar-equipped inspection tool. It helps you operate in low-visibility environments, identify targets quickly, and conduct safe, data-rich underwater surveys.
Key Features
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Enhance your underwater drone with this OCULUS Kit, reaching depths up to 984.25 feet!
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Crafted from durable anodized aluminum, this CHASING kit ensures long-lasting marine use.
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Integrated sensors accurately measure temperature and pressure for precise sound speed data.
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Lightweight design at just 34.56 oz in air, this drone accessory won’t weigh you down.
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Easily mount with included flat base and 30-degree holder for versatile drone setups.
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Enjoy a 1-year limited warranty with this CHASING OCULUS Kit for worry-free exploration.
Specifications – Chasing Blueprint Oculus Kit for M2 Pro Max
| Specification | Details |
| Compatibility | CHASING M2 Pro Max |
| Supported Sonars | Oculus M1200D, M750D, M370S |
| Function | Real-time imaging sonar integration |
| Installation | Plug-and-play with custom mount |
| Use Cases | Search & rescue, inspection, research |
| Material | Marine-grade components |
| Package Includes | Mounting bracket, connectors, manual |
Overview
You can elevate your underwater exploration with the CHASING BLUEPRINT OCULUS Kit, a meticulously engineered accessory designed to enhance the capabilities of your CHASING M2 PRO MAX ROV. This kit is the key to unlocking advanced image sonar functionalities, allowing for a more comprehensive underwater surveying and imaging experience.
The kit includes a pair of buoyancy modules, meticulously crafted to ensure optimal buoyancy. This addition is crucial for maintaining the stability and maneuverability of your sonar equipment, ensuring precise and reliable readings during your underwater ventures.
For seamless and efficient data communication, the CHASING BLUEPRINT OCULUS Kit is equipped with a high-quality double-headed connection cable. This cable is the conduit for real-time data transfer, enabling you to receive immediate feedback and sonar imaging directly to your mobile device or computer. The immediacy of this data transfer is invaluable for on-the-spot decision-making and analysis.
Understanding the need for versatility in mounting options, the kit provides two robust mounting bases. The flat mounting base is specifically designed for the secure attachment of a single image sonar unit, ensuring it remains fixed in the desired position. Additionally, the 30-degree mount holder is a versatile solution for attaching multiple accessories. This angled mount expands the potential for additional equipment, allowing you to customize your ROV setup to suit a variety of underwater tasks.
Installation of the CHASING BLUEPRINT OCULUS Kit is straightforward and user-friendly, designed with convenience in mind. This ease of setup ensures that you can quickly integrate the kit with your ROV and start enjoying the enhanced operational capabilities without delay.
In summary, the CHASING BLUEPRINT OCULUS Kit is an indispensable addition for any CHASING M2 PRO MAX user looking to expand their underwater imaging and exploration capabilities. Its thoughtful design, coupled with practical functionality, makes it a top-tier choice for professionals and enthusiasts alike seeking to maximize their operational pleasures and efficiency in underwater environments.
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