KVH Videotel to develop VR Training

Sarah Carter
Sarah Carter

06 November 2018


Two training specialists KVH Videotel and Ukraine-based OMS-VR have announced plans to bring virtual Reality (VR) training to the shipping industry.

Recognising the appeal of VR for engaging seafarers who need training as they enter and advance through the maritime industry, KVH Videotel and OMS-VR announced a letter of intent to enter into an exclusive agreement to produce and distribute VR maritime training. Coinciding with the announcement, KVH Videotel will be providing a demo of VR training during the CrewConnect Global Conference in Manila this week.

“Virtual Reality affords trainers and educators a powerful new toolset with which to improve learner engagement and retention,” said Raal Harris, creative content director for KVH Videotel. “It’s proven that we learn best by doing, and VR provides a safe sandbox in which we can learn experientially, without the associated dangers and consequences of real life.”

Under the proposed arrangement, KVH Videotel will represent OMS-VR’s existing portfolio in the maritime market. In addition, the two companies will develop an exclusive series of new VR training segments over the next two years, making up a portfolio of more than 40 training courses. The topics of the existing and future VR modules include essential STCW-related critical safety material, cargo and engineering tasks, and industry best-practice exercises.

“We are delighted to be working with OMS-VR and look forward to accelerating our ability to integrate truly immersive VR into KVH Videotel’s training offering,” said Mark Woodhead, senior vice president for EMEA. KVH Videotel is known for taking an innovative approach to maritime training having last year introduced a maritime training solution called Videotel Performance Manager, which combines award-winning content, a cutting-edge software platform, and the power of web-based data analytics to help maritime operators ensure that crew are training and performing at their peak.