FET to deliver two new work-class ROVs to Nigerian oil and gas firm
Forum Energy Technologies’ (FET) Subsea division has secured a contract to supply two of its new-generation XLX EVO III work-class remotely operated vehicles (ROVs) to Nigerian offshore operator Marine Platforms Ltd. (MPL). The deal marks the first commercial sale of FET’s XLX EVO III model, which represents the latest evolution in the company’s heavy-duty subsea vehicle range.
The ROVs, rated for operations up to 4,000 m, are designed to perform a broad spectrum of subsea tasks with enhanced power, control, and payload capacity. Each system features upgraded thrusters for greater through-water performance and an improved buoyancy package, allowing for a 350-kg payload capacity.
The new design also incorporates a CNC-machined, bolted frame that improves maintenance access and tooling flexibility. The vehicles’ through-frame lift capacity has increased by more than 30%, to 4,000 kg, compared to the previous XLX EVO II model.
Both ROVs will include FET’s next-generation ICE Unity control software and updated pilot interface systems, enabling advanced automation, remote monitoring, and 24-hour operational support.
Kevin Taylor, FET’s Vice President of Operations – Subsea, said the contract reinforces the company’s long-standing relationship with Marine Platforms and its growing presence in the West African subsea market.
“We are thrilled to be bringing our next-generation work-class ROV out of the testing pool and into action off the West African coast,” Taylor said. “Demonstrating FET’s latest technology in the field will strengthen our position in this important region.”
The ROVs will be built at FET’s Kirkbymoorside facility in North Yorkshire, U.K., with delivery expected in May 2026.
FET’s fleet of work-class ROVs supports subsea operations across the global oil and gas, renewable energy, defense, and telecommunications industries. The company’s latest contract follows a series of recent project awards, underscoring continued demand for advanced subsea robotics and intervention systems.
