Compass Systems will help move proven maintenance technology from prototype demonstrations into operational deployment across multiple Fleet Readiness Centers, with immersive training included inside the five-year programme.
The five-year order moves Compass Systems technology from prototype demonstrations into multiple Fleet Readiness Centers. Public notices show nearly $95.3m has now been announced for the same Navy maintenance programme since 2022, although the XR share remains undisclosed.
The US Navy has awarded Compass Systems a $49,896,823 order to move aircraft-maintenance technology from prototype demonstrations into operational use across multiple Fleet Readiness Centers.
The five-year programme includes automation, digital support for depot-level maintenance, advanced manufacturing and immersive AR/VR training. The Navy is obligating $10.96 million at award, with the work due to run until July 2031.
XR accounts for an undisclosed part of the contract. However, its inclusion in a multi-centre deployment is more revealing than a standalone headset order because the Navy is paying for technology transition, engineering integration and long-term sustainment around the maintenance work.
Nearly $95.3m Has Followed One Maintenance Topic
The latest order continues a Navy Small Business Innovation Research programme that has been funding Compass work for several years.
In February 2022, Compass received a $9,999,704 order covering further development, testing and evaluation of AI, machine learning and augmented reality systems. A $9,999,915 option followed in September 2022.
The Navy awarded another $25,373,304 order in March 2025 for technology maturation under the same N201-015 aircraft-maintenance topic. July’s $49,896,823 order takes the four announced values to $95,269,746.
XR only accounts for an undisclosed portion of those awards. The sequence still traces a procurement route from development and evaluation through technology maturation and into operational deployment.
It shows us that serious XR revenue can appear inside a maintenance, engineering or training programme without a separate headset budget. Suppliers are being paid to make the technology work inside an existing operation, keep it current and support it over several years.
AR/VR Training is Attached to the Maintenance Brief
The Navy’s original 2020 brief aimed to develop AI-based systems able to “work with or alongside aircraft maintainers” to reduce staffing needs or extend their capabilities.
Possible jobs included material inspection, non-destructive testing, corrosion assessment, coatings repair and training. The brief grouped AI, sensors, robotics and AR/VR around those maintenance problems.
Phase II required a prototype to be demonstrated on aircraft structures or mock-ups, with field deployment anticipated. Phase III called for evaluation on a demonstration aircraft followed by implementation in a squadron, depot or Fleet Readiness Center.
The new order uses the same final-stage language. It says proven Phase II technologies will move into multiple centres for fleet-wide implementation and sustainment.
The Navy hasn’t identified the training procedures, aircraft, software, devices or results behind that decision. Some details may remain private because the original brief warned that later work could become classified and required secret-level facilities and personnel clearances.
Multiple Centres, Expensive Work
A training system used across several Fleet Readiness Centers needs consistent procedures, approved content, software delivery, access controls, equipment support and a way to keep modules aligned with maintenance changes.
Compass and the Navy haven’t divided responsibility for those jobs. The five-year term and explicit sustainment requirement show that deployment continues long after a prototype has worked once.
Official Fleet Readiness Center East footage shows depot-level aircraft maintenance, overhaul and repair. The video does not show Compass Systems’ XR technology. U.S. Navy video by Joseph Andes.
The XR Beat recently examined a separate Navy brief built around five Vive Focus Vision headsets. Its work statement covered custom simulation, real-time error detection, controlled-data protection, secure hosting and up to three years of support.
The Compass order reveals the opposite half of the picture. Its $49.9 million value and five-year term are public, while the headset count and XR workshare are hidden.
Hardware volume is a poor guide to defence XR contract value when procedure capture, integration, security, updates and support carry much of the workload.
Deployment Still Needs Evidence
Compass hasn’t said which Fleet Readiness Centers, aircraft or maintenance trades will receive the XR technology first. User numbers, device numbers, training modules and improvements recorded during Phase II also remain undisclosed.
Operational deployment across multiple centres is a more advanced procurement stage than the field trial anticipated in the original brief. Evidence of scale will come from named procedures, repeat users, content-update cycles and results reproduced at more than one facility.
Compass now has five years to turn that contract language into working maintenance tools. Buyers and suppliers should judge the XR element by how well it survives real procedures, security rules and updates across the Fleet Readiness Center network.
