VR TRAINER DELIVERED TO AUSTRALIA

VIRTALIS’S Rear-Cabin Virtual Reality Trainer and Helicopter Crew Reality product have been successfully commissioned by Thales Australia for delivery to Australia. This delivery forms a key part of the Helicopter Aircrew Training System (HATS) that will train the future generations of Australian Navy and Army helicopter pilots at the Joint Helicopter School at HMAS Albatross … Continued

BAE Systems Samlesbury Case Study

BAE Systems Salmesbury uses Visionary Render and Virtalis VR for collaborative design reviews, bringing stakeholders together at an early stage to analyse and identify potential issues before they arise. Virtalis’ Visionary Render is a powerful decision-making platform, helping to break down professional barriers, allowing people from different disciplines to experience the same model, enabling company-wide … Continued

Virtalis Visionary Render Selected by Raytheon

Virtalis’ Visionary Render advanced visualization software solution has been chosen by Raytheon Company (NYSE: RTN) – for use in its Immersive Design Centers (IDCs) in Andover, MA and Tucson, AZ. Visionary Render is Virtalis’ advanced digital mock-up 3D visualization software solution which allows users to access and experience a real-time, interactive and immersive VR environment … Continued

The Telegraph November 2014

BAE Systems is using virtual reality so engineers can ‘walk’ through ships before they even get off the drawing board.

HCR Overview

  Helicopter Crew Reality was developed from an earlier voice-marshalling trainer and provides helicopter crew with a VR training environment in

HCR With Complete Mission

  Helicopter Crew Reality was developed from an earlier voice-marshalling trainer and provides helicopter crew with a VR training environment in

The Naval Architect Jan 2012

Marine projects demand sophisticated design, resulting in staggering amounts of data and documents, complex schedules and huge amounts of materials and resources, with engineering teams being able to make full reuse of past designs, and raplidly create and validate new designs to maximise the efficiency of vessels and their production process.