Market Sizing (TAM/SAM/SOM)
for Building of ships and floating structures (ISIC 3011)
Market sizing is indispensable for the shipbuilding industry due to its inherent capital intensity (PM03), long project lead times, and sensitivity to global economic cycles. Shipyards make multi-billion-dollar investments in facilities and technology that must be justified by long-term market...
Why This Strategy Applies
Estimating the Total Addressable, Serviceable Addressable, and Serviceable Obtainable Market to frame ambition.
GTIAS pillars this strategy draws on — and this industry's average score per pillar
These pillar scores reflect Building of ships and floating structures's structural characteristics. Higher scores indicate greater complexity or risk — see the full scorecard for all 81 attributes.
Market Sizing (TAM/SAM/SOM) applied to this industry
The market for building ships faces extreme TAM volatility driven by global interdependence, yet offers strategic SAM growth through decarbonization. Realizing obtainable market share (SOM) requires navigating intense competition, securing complex project financing amidst high financial risks, and fortifying fragile supply chains.
Mitigate Extreme TAM Volatility via Dynamic Forecasting
High global interdependence (MD02) and systemic fragility (FR05) expose the TAM to rapid, unpredictable shifts from geopolitical and economic events, making long-term demand forecasting extremely challenging. This volatility is further compounded by the industry's long temporal synchronization constraints (MD04), delaying market responses.
Establish a dedicated, data-driven market intelligence unit focused on continuous global economic, geopolitical, and trade monitoring to inform adaptive TAM forecasts and strategic capacity adjustments.
Unlock Decarbonization SAM Through Innovative Project Financing
While new SAMs are emerging from decarbonization mandates (e.g., alternative fuel vessels), the "very low" risk insurability and financial access (FR06), coupled with "high" hedging ineffectiveness (FR07), create substantial hurdles for project funding and broader market adoption. This limits a shipyard's ability to convert potential demand into firm orders.
Proactively engage with international financial institutions, export credit agencies, and government bodies to co-create bespoke financing solutions and de-risk emerging green shipping projects.
Fortify SOM Against Intense Competition and Supply Shocks
The intense structural competitive regime (MD07) inherently limits a shipyard's obtainable market share, exacerbated by a "high" structural supply fragility (FR04) that introduces critical dependencies and potential delays, undermining reliable SOM delivery. Securing market share is not just about winning bids but also ensuring project execution.
Implement a dual strategy of deep supply chain mapping for critical components alongside establishing strategic long-term supplier relationships or exploring selective vertical integration to enhance operational resilience and reduce competitive vulnerability.
Prioritize Niche SAMs Despite Lengthy Build Cycles
The "high" temporal synchronization constraints (MD04) mean shipbuilding projects have extended lead times, requiring early and strategic commitment to specific SAM segments. However, a "low" market obsolescence risk (MD01) for specialized vessels allows for confident long-term investments in niche areas, despite the long build cycles.
Conduct detailed technological roadmapping and market analysis to identify 2-3 highly specialized, future-proof SAM niches (e.g., Arctic research vessels, offshore aquaculture platforms) and allocate R&D and production capacity accordingly for sustained competitive advantage.
Optimize SOM Conversion by Mitigating Currency Risk
The global nature of the industry and "high" structural currency mismatch risk (FR02) can significantly impact the realized profitability and financial viability of an awarded SOM. Unhedged foreign exchange exposures introduce substantial uncertainty, potentially eroding margins on firm contracts.
Develop and rigorously implement advanced foreign exchange hedging programs, integrating currency risk analysis into all bid processes and contract negotiations to protect project margins effectively.
Strategic Overview
For shipbuilders, TAM represents the total potential revenue if they captured 100% of the global newbuild demand across all vessel types. SAM narrows this to the market segments a specific shipyard could realistically serve based on its capabilities, technology, and certifications (e.g., specific vessel types, regional focus, alternative fuels). Finally, SOM is the realistic market share a shipyard can expect to obtain within its SAM, considering competitive intensity (MD07), capacity, and sales effectiveness. Implementing a robust market sizing strategy helps mitigate risks such as market obsolescence (MD01), overcapacity, and misallocation of R&D resources, which are critical challenges in this capital-intensive sector.
4 strategic insights for this industry
Global Nature and Volatility of TAM
The Total Addressable Market for new vessel builds is globally interdependent, driven by world trade volumes (MD02), energy demand, commodity prices, and geopolitical stability. This market is inherently volatile and cyclical (MD04), making long-term TAM forecasts challenging but essential for capital expenditure decisions (PM03).
SAM Segmentation by Vessel Type and Specialization
The Serviceable Addressable Market is highly segmented by vessel type (e.g., container ships, LNG carriers, cruise ships, offshore wind installation vessels, naval vessels), regional regulations, and specific technological requirements. Shipyards often specialize in certain segments, defining their SAM based on their core competencies and production capabilities. This helps manage structural market saturation (MD08) in specific segments.
SOM Constrained by Competition and Capacity
The Serviceable Obtainable Market for any given shipyard is a function of its specific capacity, technological leadership, reputation, and the intense competitive landscape (MD07). Achieving a high SOM requires strong differentiation, efficient production, and effective sales channels (MD06), especially given the depressed profitability in some segments.
Emergence of New Market Segments due to Decarbonization
The global push for decarbonization is creating entirely new SAM segments for alternative fuel vessels (e.g., ammonia, hydrogen, methanol, electric), carbon capture technologies, and offshore wind support vessels. This shift introduces opportunities but also risks of market obsolescence for traditional vessel designs (MD01), requiring re-evaluation of market sizing.
Prioritized actions for this industry
Establish Dynamic Global Market Monitoring & Forecasting Capabilities
Given the cyclical and globally interdependent nature of the shipbuilding market (MD02, MD04), continuously monitor macroeconomic indicators, global trade forecasts, energy trends, and geopolitical developments. This allows for proactive adjustments to TAM/SAM estimations and strategic planning, mitigating risks like stranded assets (MD01).
Identify and Prioritize Niche SAM Segments for Specialization
Instead of broadly competing in saturated segments (MD08), identify specific high-growth or high-margin niche markets (e.g., Arctic vessels, specialized offshore support, luxury expedition cruise ships). Specializing allows for deeper expertise, stronger differentiation (MD07), and a more defensible SOM.
Develop Scenario-Based Market Sizing for Emerging Technologies
For nascent but critical segments like alternative-fuel vessels or autonomous ships, develop TAM/SAM/SOM scenarios. This informs R&D investment (IN03, IN05) and capacity planning for future demand, allowing for early mover advantage while managing technological and regulatory uncertainty.
Optimize Sales and Distribution Channels for Targeted SOM
Based on defined SAMs and desired SOMs, refine sales and marketing strategies. This could involve direct sales teams for complex projects, partnerships for regional market access (MD06), or leveraging digital platforms for lead generation in specific segments, improving market reach and conversion rates.
From quick wins to long-term transformation
- Utilize publicly available reports from maritime research agencies (e.g., Clarkson Research, DNV) to get baseline global TAM figures for various vessel segments.
- Conduct an internal audit of current capabilities and past project successes to clearly define the shipyard's existing SAM.
- Map current sales pipeline against the identified SAM to understand immediate SOM potential and identify any obvious gaps.
- Develop proprietary forecasting models that incorporate key macroeconomic variables and industry-specific drivers to refine TAM/SAM estimates.
- Perform detailed competitor analysis to assess their market share and strategic focus within chosen SAM segments, informing SOM targets.
- Engage with key clients and industry stakeholders through surveys and interviews to gather qualitative insights on future demand trends and unmet needs.
- Invest in advanced data analytics and AI tools for real-time market intelligence and predictive modeling of newbuild demand.
- Form strategic alliances or joint ventures to expand SAM into new geographic regions or technologically advanced vessel types.
- Proactively influence regulatory frameworks and industry standards in emerging segments to shape future market opportunities and secure a competitive advantage.
- Over-reliance on historical growth rates without accounting for structural changes or disruptive technologies (e.g., decarbonization).
- Underestimating the impact of geopolitical events and global trade protectionism on market size.
- Failing to account for the highly cyclical nature of shipbuilding, leading to inaccurate long-term projections.
- Not clearly defining the boundaries between TAM, SAM, and SOM, leading to inflated expectations.
- Ignoring the competitive landscape when estimating obtainable market share, leading to unrealistic SOM targets.
Measuring strategic progress
| Metric | Description | Target Benchmark |
|---|---|---|
| Market Share (by vessel segment and region) | Measures the shipyard's share of the Serviceable Obtainable Market (SOM) within its chosen segments. | Targeted % increase year-over-year in key segments |
| Order Book Value vs. Market Potential | Compares the current order book against the estimated SAM and SOM to assess future growth potential and capacity utilization. | Maintain 2-3 years' worth of backlog; consistent growth relative to SAM |
| Sales Pipeline Conversion Rate | Measures the effectiveness of converting identified market opportunities (part of SOM) into firm orders. | Targeted % increase, segment-specific |
| Revenue Growth in New/Emerging Segments | Tracks the revenue generated from newly identified SAMs, particularly those related to decarbonization or advanced technologies. | Double-digit growth in identified high-potential segments |
| Capacity Utilization Rate | Measures the efficiency of production facilities against market demand (derived from SOM), avoiding overcapacity or missed opportunities. | 80-90% optimal utilization |
Other strategy analyses for Building of ships and floating structures
Also see: Market Sizing (TAM/SAM/SOM) Framework