The BOP Transportation Skid is a specialized integrated solution engineered for the safe and efficient movement of entire blowout preventer (BOP) stacks, while also enabling on-site pressure testing functionality. Designed with a robust L-type frame structure, this skid integrates a pressure test spool (BOP stump) at the bottom as a standard configuration—eliminating the need for separate testing equipment.

• Integrated dual-function design: Combines BOP stack transportation and pressure testing (built-in BOP stump at the base of the L-type frame)
• Stable & secure mobility: High-strength steel frame with optimized weight distribution prevents BOP shifting during movement
• On-site testing convenience: Eliminates need for separate test spools, enabling direct full-stack pressure verification on the skid
• Broad compatibility: Fits most standard BOP stack sizes and configurations (onshore/offshore applicable)
• Safety-compliant: Meets API and industry standards for load-bearing capacity, pressure testing, and transportation safety
• Durable & low-maintenance: Corrosion-resistant finish and robust construction for long-term reliability in harsh conditions

Constructed from high-strength structural steel, the skid boasts exceptional load-bearing capacity, impact resistance, and durability, capable of withstanding the rigors of onshore/offshore transportation (e.g., truck, vessel, or wellsite hauling) and harsh operating environments.

The skid features a user-friendly design with simplified operation: the integrated test spool includes leak-tight flange connections and pressure port interfaces, enabling quick connection to testing equipment. Its modular structure facilitates easy maintenance, while the corrosion-resistant finish extends service life in humid or marine environments.

Whether deployed for onshore wellsite transfers, offshore platform logistics, or temporary BOP storage with pre-installation testing, the BOP Transportation Skid delivers a cost-effective, time-saving solution that enhances operational efficiency, reduces equipment handling risks, and ensures BOP stack integrity throughout the transportation and testing process.