Landing String Equipment Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Landing String Equipment Market Trends and Insights

Deepwater and Ultra-Deepwater Development

Deepwater development is widening the operating base for the landing string equipment market. Deepwater and ultra-deepwater wells represented 70% of new recoverable resources discovered in 2025, while representing 19% of new-field wells drilled. This relationship directs capital toward floating-rig projects, where landing strings are required for construction, completion, and intervention work. Latin America, Africa, and Asia-Pacific together accounted for two-thirds of more than 37 high-impact wells scheduled for 2026. The broader group of active basins reduces the historical dependence of the landing string equipment market on the Gulf of Mexico and Brazil. Suppliers with service coverage in several regions can support new completions and later workover campaigns across this larger project base.

Rising HP/HT and 20,000-psi Well Designs

Higher-pressure well designs are changing the technical requirements of the landing string equipment market. Chevron’s Anchor development reached first oil in 2026 as the first commercial 20,000-psi-rated HP/HT subsea production system. Baker Hughes supplied the 20K subsea trees, which were the first at this rating to receive API 17D compliance qualification. Pressure-containing sections for that equipment require 70% more material than comparable 15,000-psi equipment. Each assembly used in a 20K program must satisfy fatigue and scalability requirements under API Technical Report 1PER15K-1.^[1] TechnipFMC’s 2026 iEPCI award for BP’s Tiber project shows that 20K procurement is moving into a repeatable project category.^[2] Providers that have completed qualification work before tendering have an advantage in this part of the landing string equipment market.

Reduced Rig Time Through Umbilical-Less Intervention

Umbilical-less intervention reduces the top-side equipment needed for some offshore operations. Conventional subsea intervention uses hydraulic power units and umbilical reels that take deck space and add work during mobilization. Halliburton’s Remote Operated Control System removes the umbilical and can reduce deck operations by up to 75%.^[3] The system set a deepwater record for umbilical-less tubing hanger installation at 8,458 feet. Smaller equipment packages can be standardized across fields, which can lower storage needs and shorten preparation periods. Halliburton’s 2026 framework agreement with Shell for deployment in the Norwegian Continental Shelf, West Africa, and the Gulf of Mexico indicates that this approach is moving into contracted field use.

Higher Well-Control and Barrier-Integrity Requirements

Well-control rules are increasing the documentation and design requirements for the landing string equipment market. Norway’s NORSOK D-010:2021 framework has proposed AC:2024 amendments that address shear-seal valve qualification and coiled-tubing shearing scenarios.^[4] In the United States, 30 CFR Part 250 requires BOP shear rams that can cut landing string components under the maximum anticipated surface pressure. These requirements affect slip-proof sections, connection geometry, and valve actuation timing. Multi-well completion programs also require barrier schematics under NORSOK D-010 and ISO 16530 for each re-run of a system. Suppliers with API 17G qualification packages and fatigue-test records can meet these requirements with less project-specific preparation. Compliance therefore supports repeat service work for established suppliers in the landing string equipment market.

High Qualification and Fatigue-Test Costs

Qualification expenses can limit the number of suppliers entering the landing string equipment market. HP/HT qualification includes friction-weld assessment, finite-element analysis, full-scale fatigue cycling, combined-load testing, and sour-service material evaluation under NACE MR0175. The work requires test frames that apply tension and pressure together. SPE documentation describes this work as a multiyear process with spending in the tens of millions. Superior Energy Services deployed FASTR 3.0 in the Gulf of Mexico in June 2025 after a 7-year development and qualification program that also faced supply chain disruptions. Smaller service firms face a heavier burden when pursuing HP/HT work. This favors providers that already hold qualified inventories and established operating records.

Limited Availability of High-Yield Tubulars and Specialized Connections

Material availability can delay equipment delivery for the landing string equipment market. Premium tubulars require 165-ksi specified minimum yield strength steel and slip-proof sections designed for BOP shareability. These materials are sourced from a limited group of accredited mills in North America and Europe. FASTR 3.0 experienced material delivery delays that were linked to supply chain disruptions. Demand rises at the same time across 20K subsea trees, casing programs, and other high-pressure equipment. Operators and service providers with long-term alloy steel agreements and material traceability can reduce exposure to spot purchasing. ISO 10423 renewal cycles add importance to documented material supply.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Application: Completion Campaigns Reshape the Revenue Mix

Drilling held 43.8% of landing string equipment revenue in 2025. This segment reflects the foundational role of landing strings in running heavy casing during deepwater well construction. Paleogene and pre-salt programs approach 3-million-pound hook load thresholds, making high-capacity systems a project requirement. FASTR 3.0 set a 2.849-million-pound hook load record while running 16-in. casing to 24,000 feet in the Gulf of Mexico in June 2025. Workover work also supports demand in mature fields across the Gulf of Mexico, Brazil, and the North Sea. Equipment retrieval and re-run campaigns continue after initial well construction is complete.

The landing string equipment market size for completion work benefits from batch subsea campaigns that concentrate activity over shorter operating periods. SLB received an award for up to 35 ultra-deepwater completions in Brazil’s Santos Basin, with work beginning in mid-2026. The work uses electric completions technology for real-time reservoir information. Large contracts create concentrated demand for equipment, field personnel, and qualified operating packages. Completion growth makes the application mix less dependent on drilling than it was during the 2020 to 2025 offshore investment recovery.

By Component Type: Subsea Test Trees Commanding Investment

Landing joints accounted for 25.5% of component revenue in 2025. Landing joints form the load-bearing structure of an assembly across drilling, completion, and intervention work. The share held by landing joints reflects this role in every application type. Material specifications of 165-ksi yield strength are becoming more common in 20K and ultra-deepwater pre-salt work. These upgrades raise the value of a landing joint used in demanding programs. Lubricator valves, retainer valves, and shear subs provide pressure containment and environmental protection functions. Shear subs require renewed engineering attention because BOP shearing limits are being recalculated for 20K work.

Subsea test trees are forecast to grow at a 7.8% CAGR through 2031. Subsea test trees systems combine emergency disconnect, wellbore shut-in, and large-bore access in a qualified module. SLB’s SenTREE HP has a 6.375-in. large bore and dual ball-flapper barriers that can cut 2-in. coiled tubing OD in an emergency. Integrated dual-barrier systems reduce the need to assemble separate functions at the well-site. Interventek’s Revolution-7 combines shear and seal functions in 1 valve rotation and is qualified to API 17G third edition. This design reduces component count and redress time. The landing string equipment market is therefore placing more value on modules that bring several well-controlled functions into one system.

By Well Type: Offshore Character Remains Dominant

Offshore operations held 72.5% of the landing string equipment market share in 2025. They are also forecast to grow at a 7.4% CAGR through 2031. Deepwater and ultra-deepwater wells dominate new recoverable resources discovered in 2025, despite representing 19% of new-field wells. The resource mix keeps investment focused on programs that depend on floating rigs and subsea completion systems. Water depths beyond 3,000 m need higher-pressure ratings and more extensively qualified component sets. That raises the value of each offshore assembly in the landing string equipment market.

Onshore work remains a smaller but continuing source of demand. High-pressure fields in North America, the Middle East, and China use these assemblies for deep gas completions in HP/HT carbonate formations. Mechanical systems have a clearer role in these settings than in complex offshore programs. CNOOC’s engineering subsidiary deployed a self-developed hydraulic-controlled landing string at a 500 m water depth in the South China Sea. The deployment shows the growth of domestic capability for deepwater completion tools in China. It may affect the position of international equipment providers operating in the region.

By Technology: Electrohydraulic Systems Redefine Operating Benchmarks

Direct-hydraulic systems held 36.7% of the technology mix in 2025. Direct-hydraulic systems installed base and field record support use in moderate-depth completions. They remain cost-effective where umbilical length and response time do not limit operations. Electrohydraulic systems are forecast to grow at an 8.3% CAGR through 2031. Electrohydraulic systems addressed response-time and umbilical-length limits in multi-zone and ultra-deepwater wells. Halliburton launched its Turing electro-hydraulic control system in September 2025, and it manages up to 12 interval control valve zones through 3 control lines. The system pairs those controls with real-time reservoir monitoring through the DataSphere permanent monitoring suite.

Umbilical-less systems are also gaining importance in high-value offshore programs. Halliburton’s ROCS and the Halliburton-Optime Subsea eROCS deployments in the Norwegian Continental Shelf demonstrate operation without conventional umbilicals. Mechanical systems still serve shallow-water and onshore applications. In higher-value offshore work, the economics of rig time support more capable control systems. SLB’s SenTURIAN electrohydraulic operating system can provide up to 50% rig-time savings during handling on dynamically positioned vessels. Emergency shutdown requirements under NORSOK D-010 also support programmable systems that can disconnect a landing string in under 15 seconds. The landing string equipment industry is therefore shifting toward control architectures that combine equipment handling with real-time operational control.

Geography Analysis

The Gulf of Mexico remains important because of its deepwater project activity and Lower Tertiary resources. Chevron’s Anchor reached first oil in 2026 as the first commercial 20,000-psi-rated HP/HT subsea system. BP’s Kaskida was approved in March 2026 with an estimated USD 5 billion capital commitment and needs 20K-rated completion equipment. TechnipFMC’s January 2026 award for BP’s Tiber project confirms the progression of 20K equipment procurement. Tiebacks to existing Gulf infrastructure support completion and intervention work between greenfield developments in the landing string equipment market.

Asia-Pacific is forecast to grow rapidly through 2031, making it the fastest-growing regional part of the landing string equipment market. Gas-focused deepwater development is a central factor in Indonesia, Malaysia, and Vietnam. Shell made a final investment decision for Malikai Phase 3 in Sabah, which targets a 60% production increase to 40,000 bopd by Q3 2028. A new group of deepwater gas projects across Indonesia, Malaysia, and Brunei targets 28 trillion cubic feet and combined capital expenditure above USD 20 billion. CNOOC commissioned the Haiyang Shiyou 292 deepwater multifunctional marine engineering vessel in August 2026. These developments support local completion and workover capability across the region.

Europe is supported by tieback and redevelopment work on the Norwegian Continental Shelf. Equinor awarded NOK 6 billion, equivalent to USD 560 million, in subsea contracts for 4 tieback projects in July 2026. South America remains a structural demand center because Petrobras’s P-78 FPSO began Búzios operations in December 2025 as the 7th production unit. Its multi-year ultra-deepwater completion program supports landing string equipment market demand through 2031. Middle East and Africa are also emerging through new offshore activity. Angola signed deepwater exploration agreements with Shell, Chevron, and TotalEnergies in September 2026. Baker Hughes also secured a subsea contract from Azule Energy for 17 deepwater subsea trees and controls for Angola’s Greater PAJ development.