Homeland Security Grant provides underwater search, inspection, and recovery tools
The Norfolk Police Department Harbor Patrol recently completed training on over $100,000 of robotic equipment , and completed VideoRay Certified Pro 4 unit training at the harbor. The Harbor Patrol Unit partners with the United States Coast Guard to ensure the safe flow of waterborne critical assets transiting the Norfolk Harbor. Training of Harbor Patrol officers prepares members for natural disasters and terrorist acts. The recent VideoRay equipment will enhance the preparedness of these officers to handle port security. (link http://www.norfolk.gov/documentcenter/view/1003 )
This is the second VideoRay win at NPD – in 2003, the NPD purchased at VideoRay Pro 2 unit, which still functions. The latest equipment includes multi-beam imaging sonar from BlueView Technologies, Smart Tether from KCF, LYYN video clarification, and VIdeoRay's rotating manipulator, hull crawling, and radiation detection accessories. The five day training, completed in June 2016, included operations of all of the systems and accessory combinations, basic maintenance, and techniques for operating in very cloudy water with less than one foot of visibility.
Instructor Brett Kolb, with over 10 years of operational experience in all aspects of VideoRay operations, maintenance, and repair, was very impressed with the six member team from the Harbor Patrol Unit, commenting that they had clearly treated everyone with equal respect, and had gained the trust of everyone they worked with in Norfolk. They were also very familiar with different underwater handheld and sidescan sonar tools, and were impressed with the performance and integration of the VideoRay sonar, positioning, video, still photo, and manipulation functions.
Training Courses to be held at the NASA Neutral Buoyancy Laboratory (NBL) facility located at the Johnson Space Center (JSC) Sonny Carter Training Facility (SCTF) in Houston, Texas.
In partnership with VideoRay, Oceaneering International Inc. (OII) is pleased to offer VideoRay open enrollment Basis Operator Training classes at the NASA Neutral Buoyancy Laboratory (NBL) facility located at the Johnson Space Center (JSC) Sonny Carter Training Facility (SCTF) in Houston, Texas.
With our unique location, organizations located in the greater Houston area can benefit by reducing travel related cost associated with training new VideoRay operators and maintaining proficiency for existing operators certified on the VideoRay ROV Pro 4 system.
This open enrollment basic operator training will provide students with a thorough understanding of the VideoRay ROV Pro 4 system, including setup, checkout and operations. Tips and techniques will be offered to assist students in VideoRay operational capabilities, along with breakdown, cleaning and operator maintenance. Through a progressive and proven method, the Basic Operator training course will help training participants develop knowledge of the VideoRay system and gain confidence in their operator skills.
Mälardalen Fire & Rescue Recovered Car and Drowning Victim First Reported Missing in 2012
A VideoRay Pro 4 Remotely Operated Vehicle (ROV) training exercise proved to be even more productive than normal for the Mälardalen Fire & Rescue (Swedish: "Mälardalen Brand & Räddningsförbund") , when they discovered a sunken car last November. A Pro 4 ROV equipped with BlueView imaging sonar located the car laying on its roof at the bottom of Elbakajen Harbor in Västerås, Sweden during a training exercise led by BUVI Undervatteninspektion AB, VideoRay's Swedish representative. The VideoRay ROV was able to get close enough to the vehicle to read the registration number which was then cross-checked with the automobile registry to confirm that it was reported missing. The Fire & Rescue team then used the VideoRay ROV to guide divers down to the car, where they discovered the remains of the presumed driver, an elderly man who has been missing since 2012. After the police were notified, the Mälardalen Fire & Rescue team began salvage.
It remains unclear how long the car and victim had been underwater, and no names or identifying information has been released by local police.
Mälardalen is the first fire department in Sweden to use a VideoRay ROV for their search & rescue (SAR) operations. Because of poor visibility in the surrounding water, Lake Mälardalen, the Fire & Rescue team acquired their Pro 4 to assist with underwater SAR missions. They currently have two trained ROV pilots on every shift, but plan to complete training for all their staff by the end of summer 2016, according to head diver Bengt Jacobsen.
Click "Continue Reading" for images and news articles from the recovery in Västerås Harbor
Pottstown, PA – VideoRay, the largest volume producer of underwater remotely operated vehicle (ROV) systems is pleased to announce a new partnership with KSI Data Sciences, the leaders in video and data management for remote sensors, to provide MissionCaster® live video sharing technology on VideoRay Pro 4 and Mission Specialist Series ROV systems beginning in the summer of 2016.
MissionCaster is a mobile, network enabled (LTE), video encoder designed for remote sensing platforms that can securely broadcast live video to the cloud for real-time situational awareness, exploitation, and sharing to anyone in the world via a web browser and internet connection. It is part of the MissionKeeper™ cloud-based video and data management platform.
Initially conceived for the aerial drone market, MissionCaster transitions seamlessly to the underwater world making your VideoRay ROV missions available in real-time to anyone you choose to share with. The MissionCaster viewer's slick user interface not only displays the low-latency live video stream from the ROV, but also allows the viewing of a live, moving map with the ROV's positioning and mission history.
All video and data from the mission is compiled and can be set to automatically be sent to one of several popular online services such as Dropbox or Google Drive. If a network is unavailable at the mission site, MissionCaster can also archive the video and data onto a removable SD storage card (up to 512 GB).
From Scott Bentley, Founder and CEO of VideoRay LLC: "VideoRay has always been on the forefront of underwater technology, so we are thrilled to partner with KSI to bring our customers the best possible ROV experience. MissionCaster adds a much-needed capability to the Pro 4 and Mission Specialist Series ROV systems: easily and efficiently sharing a live stream to a larger audience."
From Jon Gaster, Co-Founder and CEO of KSI Data Sciences: "We are delighted to be partnering with VideoRay, their market leading ROV systems are a perfect complement for our video and data management and collaboration tools. We believe the market will be quick to recognize VideoRay's continuing success in providing solutions that address customers' complex operational issues."
The MissionCaster HD technology will be on display at Oceanology 2016 at ExCel London, UK in VideoRay's stand (L200) March 15-17, 2016.
Presentation Scheduled for Wednesday March 16 at 15:30-15:55
VideoRay's newest product line, the Mission Specialist Series ROV systems will be featured in the New Products Showcase at Oceanology International. The presentation will take place on Wednesday March 16 at 15:30-15:55 in the Trade & Innovation Theatre on the exhibition floor.
With a depth rating of 2 kilometers, a host of new capabilities, and a flexible modular platform, the MSS ROV Systems are faster, more powerful, and more capable than any other small ROV on the market today. Each MSS ROV is custom-configured with your specific needs, operations, and environment in mind – no more "work-arounds" to retrofit a generic off-the-shelf solution. Mission Specialist Series ROVs can do what you want and go where you want, when you need to be there.
If you can't make Wednesday's presentation, you can visit VideoRay in stand L200 throughout the show, where sales and engineering staff will be on hand to answer any questions about the MSS concept, technology, and applications. See you in London!
In New Orleans for Underwater Intervention? Stop by Booth #503 to get your hands on some of our latest technology, including the VideoRay Voyager ROV system, the rotating manipulator arm, and the new Pro 4 ROV simulator software from GRi Simulations.
ROV and GoPro® Captured Imagery of Tulsamerican to Create 3D Model
A VideoRay Pro 4 Remotely Operated Vehicle (ROV) was deployed in the Adriatic Sea near Vis, Croatia to record video and still images of the sunken B-24 bomber, Tulsamerican, as part of an archaeological survey sponsored by the Institute of Nautical Archaeology at Texas A&M University. VideoRay consultant Steve Van Meter assisted with ROV operations on the dives, which took place in late September 2015.
Led by Megan Lickliter-Mundon, the project's goal is to learn more about the wreck itself, document its corrosion for comparison to similar wrecks, and ultimately to create a digital 3D model of the wreck site. "Photos and video can only show so much," said Lickliter-Mundon. "With a 3D model, you get the full scope of the site and can better understand the story."
The Pro 4 ROV was equipped with a GoPro® camera to capture both standard and high definition imagery of Tulsamerican. "We wanted to use the Pro 4 because the ROV can sustain repeated dives in the deeper sections of the wreck, which are required by this project," said Lickliter-Mundon. "The VideoRay's size and agility allowed us to navigate in and around the delicate fragments of the wreckage."
Tulsamerican sank with three crew members on December 14, 1944 after sustaining damages in an airfight during World War II. Beyond its general significance as a war plane, Tulsamerican is specifically iconic for the residents of Tulsa, Oklahoma, as it was the last B-24 bought and produced by their local aircraft factory.
For more information on the Tulsamerican survey, visit the project page on the Institute of Nautical Archaeology
Click "Continue Reading" to see images from the Tulsamerican survey
Pro 4 ROV Uses V-130 Imaging Sonar to Navigate Murky WaterA VideoRay Pro 4 Remotely Operated Vehicle (ROV) equipped with BlueView V-130 imaging sonar was used in a recent inspection of the Lake Monroe Railroad bridge in Sanford, Florida. The ROV inspected the bridge's structures, foundation, and pilings in the St. Johns River. Because the river carries high amounts of tanic acid, the water is much darker than usual. Fortunately, the VideoRay Pro 4's lighting and sonar capability were able to view the structure and navigate to critical points for inspection.
Click Continue Reading for more images from the Lake Monroe railroad bridge inspection.