Designing a skid to meet DNV requirements is not simply a matter of following a checklist; it requires careful consideration and attention to detail. For owners, engineers, and project managers, the real challenge isn’t mastering the DNV rulebook—it’s ensuring the skid is designed, reviewed, fabricated, and tested the first time to avoid costly redesigns, inspection failures, or offshore delays.
DNV skid design plays a critical role in offshore, marine, and energy projects where safety, traceability, and compliance are non-negotiable. Selecting the right DNV-certified skid design partner can mean the difference between a smooth approval process and a project stalled by engineering delays and DNV review and approval
This guide breaks down what DNV skid design really involves, the risks of getting it wrong, and what to look for in a certified partner so your skid passes review and performs as intended in the field.
What Is DNV Skid Design?
DNV skid design refers to the engineering and fabrication of structural skids that comply with DNV standards, most commonly DNV 2.7-1 and DNV 2.7-3, which govern offshore lifting frames, transport units, and equipment skids.
These standards address:
- Structural integrity under dynamic lifting and transport loads
- Load factors, safety factors, and fatigue considerations
- Lifting points, padeyes, and sling arrangements
- Material selection, welding, and fabrication quality
- Inspection, testing, and documentation requirements
DNV skids are commonly used for:
- Offshore and marine transport
- Oil & gas and energy projects
- Modular equipment packages
- Temporary or permanent lifting structures
Because these skids are often lifted, transported, and installed in high-risk environments, DNV requirements exist to ensure predictable performance and personnel safety.
Risks of Choosing the Wrong Skid Design Partner
Selecting a non-certified or inexperienced partner often leads to issues that surface late in the project, when changes are most expensive.
Common risks include:
- Failed DNV design reviews
- Rework during fabrication
- Project delays waiting on approvals
- Increased costs from redesign and retesting
- Operational risk during lifting or transport
In offshore and energy projects, these delays can ripple across schedules, vessels, and crews—dramatically increasing total project cost.
What to Look for in a DNV-Certified Skid Design Partner
Rather than learning how to meet DNV requirements yourself, the smarter approach is to select a partner with proven systems already in place.
Here’s what to evaluate.
1. Verified DNV Experience and Certification
A qualified partner should demonstrate:
- Experience designing skids to DNV standards
- Familiarity with DNV review processes
- A history of successful approvals
Certification alone is not enough—real-world project experience matters.
2. In-House Engineering Capability
DNV skid design requires close coordination between:
- Structural analysis
- Lifting design
- Fabrication constraints
In-house engineering ensures faster decision-making, fewer handoffs, and cleaner revisions during review.
3. Integrated Design, Fabrication, and Testing
The strongest DNV skid projects are handled by teams that control the entire process:
-
- Design
- Fabrication
This integration reduces risk and ensures design intent is carried through to the finished skid.
4. Proactive Approach to DNV Review
Experienced partners don’t “wait and see” how DNV responds. They:
- Anticipate reviewer comments
- Design conservatively where needed
- Address common rejection points early
This proactive approach shortens approval timelines and minimizes redesign.
5. Clear Communication and Documentation Discipline
DNV projects demand precision. Your partner should:
- Communicate clearly with project stakeholders
- Maintain organized, review-ready documentation
- Respond quickly to comments and clarifications
These soft skills often determine whether a project moves smoothly—or stalls.
How Dynamic Lifting Solutions Supports DNV Skid Design
Dynamic Lifting Solutions brings proven, hands-on experience working directly with DNVGL on projects governed by DNVGL 2.7-1 and 2.7-3 standards. Our team has supported numerous DNV-certified engineering and fabrication projects, guiding skids and lifting frames through design review, fabrication, inspection, and final certification.
In addition to skid design and fabrication, Dynamic Lifting Solutions holds a registered DNVGL Type Approval for the manufacturing of wire rope slings to 2.7-1 and 2.7-3 requirements. This certification reflects our deep understanding of offshore lifting standards, load paths, sling interfaces, and lifting integrity, which directly informs how our skids are engineered.
By combining:
- In-house engineering
- DNV-informed fabrication practices
- Certified lifting product expertise
We help clients:
- Reduce DNV review and approval risk
- Avoid late-stage redesigns and fabrication changes
- Maintain schedule certainty on offshore and critical lifting projects
Our team works collaboratively with owners, engineers, and third-party surveyors to ensure DNV requirements are addressed early and correctly, resulting in skids that are compliant, review-ready, and built for real-world lifting conditions.
Ready to Move Forward with a DNV-Certified Skid Design?
DNV skid design is ultimately about reducing risk, avoiding delays, and ensuring safe performance in demanding environments. Choosing the right partner early makes a measurable difference in approval timelines, cost control, and project confidence.
If your project requires DNV-certified skid design or custom fabrication, Dynamic Lifting Solutions brings proven experience to support your project from early engineering through final certification.
Contact our team today to discuss your requirements, review project scope, or engage early engineering support.
Frequently Asked Questions
What is DNV skid design?
DNV skid design is the engineering and fabrication of structural skids that comply with DNV 2.7-1 and 2.7-3 standards, ensuring safe lifting, transport, and offshore operation under dynamic load conditions.
Which DNV standards apply to skid design?
The most common standards for DNV skid design are DNV 2.7-1 and DNV 2.7-3, which govern offshore lifting frames, transport units, and equipment skids.
Why is early DNV compliance important in skid design?
Early DNV compliance prevents design rework, reduces approval delays, and ensures load cases, lifting points, and structural requirements are addressed correctly from the start.
What risks occur if a skid is not designed to DNV standards?
Non-compliant skids can fail DNV review, require costly redesigns, delay offshore schedules, and increase operational and lifting safety risks.
What should I look for in a DNV-certified skid design partner?
Look for verified DNV experience, in-house engineering, integrated design and fabrication capabilities, and a proven track record of successful DNV approvals.