COMPANY OVERVIEW

Outstanding Innovative Product(Nominee)

Virtual Loadmaster Training System (VLTS) 

The Virtual Loadmaster Training System (VLTS) has been developed by Pennant International Limited in partnership with Capewell Aerial Systems. VLTS is the first aerial delivery simulator developed specifically for Fixed Wing & Rotary Loadmasters. VLTS enhances the training curriculum by providing students with experience in a range of scenarios from normal operations to the most critical airdrop emergencies. The VLTS is an immersive training aid, giving the students a real-time experience in an advanced 3D virtual world that simulates a variety of different aerial delivery scenarios in a safe training environment. The system allows two students to train simultaneously, acting as both the primary and secondary loadmasters. The instructor can control environmental conditions, inject malfunctions and debrief the student using the after-action replay (AAR) and auto-generated assessment report. All... Read More

Virtual Loadmaster Training System (VLTS) 

The Virtual Loadmaster Training System (VLTS) has been developed by Pennant International Limited in partnership with Capewell Aerial Systems. VLTS is the first aerial delivery simulator developed specifically for Fixed Wing & Rotary Loadmasters. VLTS enhances the training curriculum by providing students with experience in a range of scenarios from normal operations to the most critical airdrop emergencies. The VLTS is an immersive training aid, giving the students a real-time experience in an advanced 3D virtual world that simulates a variety of different aerial delivery scenarios in a safe training environment. The system allows two students to train simultaneously, acting as both the primary and secondary loadmasters. The instructor can control environmental conditions, inject malfunctions and debrief the student using the after-action replay (AAR) and auto-generated assessment report. All communications between the students and instructor are also recorded and saved with the AAR for debrief.

2018 awards

Nominee