In this industry deep dive the sailing industry is analyzed. The scope of the analysis includes a short background, but it is mainly focused on current PESTEL-forces, important trends and the industry’s future on a five to ten year basis. The analysis boils down to a scenario analysis where the future is assessed based on two chosen critical drivers. The drivers develop in a matrix, which gives four different scenarios that have a short narrative.

The sailboat industry is closely related to the ocean, since without living oceans there is no sailing. Primary stakeholders in the industry include manufacturers, suppliers, distributors, retailers. The customers in the industry are individuals and organizations that are interested in purchasing, owning, and using sailboats, such as sailing enthusiasts, boat owners, and water sports enthusiasts.

In 2020, the sailboat industry was valued at $5.84 billion and saw growth despite the COVID-19 pandemic. It is projected to reach $7.52 billion by 2027, at a CAGR of 4.2%. The largest market segment consists of sailboats between 6-15 meters in length. North America is the leading region, driven by the increasing popularity of marine activities. The industry offers various sailboat types such as cruising sailboats, motorsailers, daysailers, and racing sailboats. The history of the industry shows growth from the 1950s, with boating becoming more accessible over time. Sailboat sharing services are also contributing to increased accessibility. Overall, the sailboat industry has a positive outlook for the future.

However, there are many opportunities and threats that the industry will be impacted by. In this analysis 14 PESTEL-forces have been evaluated that will affect the industry. These differ greatly in extent and have been evaluated by the impact they will have on the industry as well as the uncertainty of the force. The critical uncertainties have been found to be the effects from climate change, electrification of the market and new regulating legislation from different political levels. The certain trends have been found to be digitalisation and automation, and lack of competence. Problems posed by climate changes, lack of competence and deficient technological advancements are of highest importance to the industry.

Many of these potential and current problems pose threats that require coordination between the stakeholders. Politicians need to cooperate with organizations in funding and legal matters. Research and development efforts need to be coordinated in e.g. competence centers to involve private sector, institutions and education. The interviews conducted gave a picture of a divided industry in what responsibilities belong to which organization. However, there is a consensus of needing more cooperation, competence and funding. New technology and AI could solve many of these problems, one example is green technology such as electrified boats which could resolve emissions issues. Innovative technology is the center of a developing industry. 

From the most critical PESTEL-forces, two drivers were chosen as the basis for the scenario analysis. The effects of climate change and the lack of competence stood out as interesting drivers that give exciting scenarios. We created four scenarios, which were given the names “A Booming Industry”, “Controlled Chaos”, “Industry Stagnation”, and “Industry Downfall”. The four scenarios have a short narrative of how the drivers would influence the industry. The conclusion is that more competence is needed quickly, and if climate change effects develop faster than the current pace, even more competence must enter the industry.