The financial report provides a concise overview of Noble Corporation plc’s quarterly performance, highlighting key events and developments in the United States. The report is filed with the Securities and Exchange Commission and includes relevant financial information and contact details for the company.
Revenue and Profit Trends
In the first quarter of 2024, Noble reported:
The increase in revenue was primarily driven by higher average dayrates for both the floater and jackup rig fleets. This was partially offset by fewer operating days for some rigs compared to the first quarter of 2023.
Floaters
Jackups
Expenses
Liquidity and Capital Resources
Backlog
At March 31, 2024, the contract backlog was $4.5 billion, including:
Year | Backlog (millions) | % Available Days Committed |
---|---|---|
2024 | $1,667 | 60% |
2025 | $1,387 | 38% |
2026 | $990 | 23% |
2027+ | $439 | 11% |
High-specification drilling fleet
High customer and geographic diversification
Solid backlog provides revenue visibility
Lower specification assets face competitive pressure
Shorter-term contracts and idle periods
Inflationary pressures and supply chain issues
Energy transition and capital allocation changes
Noble expects improving offshore drilling demand overall, led by growing confidence in commodity prices and need for energy security. However, the company faces near-term headwinds from inflation, supply chain instability, and the energy transition.
Noble remains focused on providing efficient and reliable operations for customers. The company believes its high-specification fleet concentrated in deepwater and harsh environment jackups is well-positioned competitively. However, Noble’s financial results may continue to fluctuate with changes in broader market dynamics.
Maintaining a strong balance sheet and liquidity position remains a priority. Noble has taken actions to enhance financial flexibility, including a new revolving credit facility and debt refinancing. The company expects to fund its capital expenditures through operating cash flows.