If you’ve ever handled blade repairs, you know the drill.

Spreadsheets everywhere. Photos saved in different folders. Notes scattered across emails, PDFs, and WhatsApp threads. External emails from repair subcontractors about cost and timelines. All the while, you have to push for the right budget to avoid critical failures and the clock is ticking.

You’re cross-referencing inspection reports with repair priorities, asking yourself, “Was this the same crack we saw last year or a new one?”

And just when you think you’ve got it organised, someone updates a list offline, and the whole thing unravels.

Now imagine something different.

Imagine opening a single platform where:

• Every inspection result, damage annotation, and measurement is already in front of you, across multiple inspections over time.

• You can filter damages by severity, type, or urgency and instantly see which ones truly matter.

• The RNR does the sorting, showing which defects are most likely to impact energy yield and cost of repairs, so you can prioritise the ones that make the biggest difference.

• You can measure cracks, erosion, or wear directly on screen – no guessing, no rulers on screenshots.

• And with just a few clicks, you generate a clear, structured repair plan, ready to share with contractors or internal teams.

• You can collaborate seamlessly across teams, with operations, asset management, and maintenance teams all accessing the same portal. Work can be segmented clearly, while everyone sees real-time progress and updates in one shared space.

That’s not a vision of the future; it’s what the Repair Module on the Perceptual Robotics Portal does right now.

From inspection to repair, connected end-to-end.

The Repair Module bridges the final gap in the blade maintenance workflow. No data lost. No duplicated effort. No manual tracking. Just a clear, connected process from damage detection, to budget calculations and then, to repair execution.

Less time chasing spreadsheets. More time fixing what matters.