Aerospace

Blog post: 01/10/2026 8:32 am

Author: Spark Team

A modern spacecraft can contain thousands of components, interfaces, connectors, fasteners and inspection points. Manufacturing teams must translate engineering definitions into physical hardware while maintaining configuration control and traceability. Augmented Reality (AR) offers an increasingly compelling way to connect those two worlds. Rather than asking technicians to continually move between the spacecraft, drawings and workstation displays, AR can place selected digital information within the technician's view of the real assembly.

Blog post: 18/09/2026 10:23 am

Author: Spark Team

Payload integration is often the culmination of years of engineering work. Satellite buses, instruments, launch adapters and supporting systems must come together through carefully controlled procedures, sometimes within extremely limited programme windows. When integration opportunities are scarce and hardware is expensive, preparation becomes critical. Bespoke Virtual Reality (VR) can allow integration teams to rehearse the complete operation before physical hardware is brought together. Augmented Reality (AR) can then provide spatial and procedural information around the real equipment.

Blog post: 07/09/2026 9:53 am

Author: Spark Team

A spacecraft cleanroom is an unforgiving place to discover that someone has misunderstood a procedure. Contamination control, electrostatic discharge precautions, gowning requirements, material restrictions and movement protocols can all affect sensitive flight hardware. Yet conventional cleanroom training faces a contradiction: personnel need practical experience before working around valuable spacecraft, but using operational cleanrooms for introductory training consumes controlled space and staff time. Bespoke Virtual Reality (VR) can provide an additional training layer before personnel enter the real environment. Augmented Reality (AR) can then help reinforce authorised procedures when appropriate during live operations.

Blog post: 24/08/2026 9:18 am

Author: Spark Team

Satellite assembly, integration and testing (AIT) brings together some of the most complex, valuable and tightly controlled engineering activities in the space sector. Technicians may be working around flight hardware worth millions of pounds, following detailed Standard Operating Procedures (SOPs) where a missed connection, incorrect torque sequence or contamination event can create significant programme disruption. VR can allow engineers and technicians to rehearse procedures before entering the real integration environment, while AR can provide contextual guidance when the work is being performed.

Blog post: 03/06/2026 9:45 am

Author: Spark Team

Virtual reality is becoming a powerful tool for aerospace because it allows engineers, technicians and trainees to practise complex tasks before working on live aircraft or expensive physical equipment. In aerospace, confidence and accuracy matter. VR gives teams a safe, repeatable and measurable way to build those qualities without disrupting live operations.