Two New Campaigns with Equinor to Keep Reach Subsea’s USV at Work

Why It Matters

The contracts cement Reach Subsea’s role as a leading autonomous‑operations provider, accelerating digital monitoring and cost‑efficient subsea services on the NCS. They also demonstrate Equinor’s commitment to unmanned technology for safer, faster offshore execution.

Key Takeaways

• Reach Remote 1 secured two new Equinor contracts.
• Contracts cover gas monitoring and subsea IMR services.
• Operations slated for Q2‑Q3 2026 on Norwegian Continental Shelf.
• gWatch tech used for Troll field reservoir monitoring.
• USV capacity will be fully utilized through consecutive campaigns.

Pulse Analysis

The offshore sector is increasingly turning to autonomous platforms to reduce crew exposure and cut operational costs, and Reach Subsea’s USV, Reach Remote 1, is a prime example of that shift. By integrating its proprietary gWatch sensor suite, the vessel can continuously map gas reservoir performance at the Troll field without a manned presence, delivering high‑resolution data that supports real‑time production optimization. This capability aligns with Equinor’s broader digital strategy, which prioritizes remote monitoring to enhance asset reliability while minimizing downtime.

Beyond reservoir surveillance, the second contract expands the USV’s role into subsea inspection, maintenance and repair (IMR). Equipped with a specialized ROV and custom tooling, Reach Remote 1 can conduct detailed inspections of pipelines, valves, and wellheads across multiple offshore sites. The uncrewed approach shortens mobilization cycles, reduces weather‑related delays, and lowers the logistical footprint compared with traditional vessel‑based crews. For Equinor, this translates into faster turnaround times and a more predictable cost structure for complex subsea interventions.

Industry analysts view these back‑to‑back Equinor awards as a validation of the commercial viability of unmanned surface vessels on the Norwegian Continental Shelf. As regulatory frameworks evolve to accommodate autonomous operations, other operators are likely to follow suit, spurring investment in similar platforms. The cumulative effect could reshape offshore project economics, driving a wave of innovation in sensor integration, AI‑driven analytics, and remote tooling that will define the next decade of offshore energy production.