Norway, and especially northern Norway, is very interesting to study for the purpose of exploring the potential implementation of electric aviation in the future. Previous studies conducted within the framework of this project (Löfving et al., 2023) have already emphasised the nation's ambitious goals to achieve climate neutrality at the national level. Furthermore, various Green Aviation programmes are in place, in collaboration with key partners such as Avinor,

Avinor AS is a state-owned company that operates most of the civil airports in Norway.

the Luftfartstilsynet,

Luftfartstilsynet is Norway's national aviation authority.

Norsk Industri

Norsk Industri is the largest national association in the Norwegian Confederation of Business and Industry (NHO).

and SINTEF.

SINTEF is a technical research institute in Norway.

Several factors create ideal conditions for electric aircraft within Norway. The extensive short-haul network, rapid electrification of the car fleet and the transition to electric ferries all contribute to the country's suitability for electric aviation (Valmot, 2021). Notably, Norway's significant internal tourism and domestic flights further enhance the appeal of electric aviation. Within Europe, routes like Oslo-Trondheim, Oslo-Bergen and Oslo-Stavanger rank in the top 20 for passenger traffic (OECD, 2022).

The geographical characteristics of Norway also render it a compelling case study. There are vast distances between many of the country’s locations, particularly in the northern regions, where the lack of cost-effective and efficient public transport often makes flying the sole viable option for reaching certain destinations. Nonetheless, it is worth noting that the majority of internal flights are in areas where lower-emission alternatives are available (Andersen, 2022).

This case study report focuses on the possible future route for electric aviation between Leknes, located on the Lofoten Islands, and Bodø. The calculated flight time of that route by electric airplane would be around 20 minutes.

The selected route connects the airports of Bodø and Leknes, located in the administrative region (Fylkeskommune) of Nordland, in northern Norway. Bodø is located on the mainland and is the administrative centre and largest municipality in the region (with a population of 53,259 as at 2023) (Statistics Norway, 2023), while Leknes is the most populated settlement in the Lofoten Islands and is part of the municipality of Vestvågøy (11566 people as at 2022) (Statistics Norway, 2022b). Avinor, a state-owned Norwegian company under the auspices of the Ministry of Transport and Communication, is responsible for the two airports concerned. The route is a public procurement route.

It is noteworthy that while Bodø Airport is categorised as an urban airport, in line with the urban-rural typology outlined in Nordregio's accessibility study (Nordregio, 2022), Leknes Airport is classified as rural. That distinction has significant implications for the potential of electric aviation to connect remote areas in this region effectively.

Currently, passengers travelling between Leknes and Bodø have three transport options: a flight operated by Widerøe (approximately 1.3 hours), a ferry ride (approximately 5.3 hours) and a bus journey (approximately 9 hours).

From a geographical perspective, the county of Nordland is a predominantly mountainous area, characterised by rugged coastlines with several fjords and islands that are among the least densely populated areas in Norway. Nordland has a total population of 240,345 and a population density of 6.7 people/km² (Statistics Norway, 2023). About 25,000 people live on the Lofoten Islands and slightly fewer than 4,000 live in the centre of Leknes (Statistics Norway, 2022b).

A central demographic aspect of northern Norway is its ageing population pattern (Statistics Norway, 2022a). That is a crucial issue, because – especially from a labour market perspective – more rural municipalities need to retain young people and have a skilled work force. Nevertheless, it should be noted that the county of Nordland had the lowest national unemployment rate at 1.7% as at March 2023. In some of the regional centres (in particular Bodø) there has been a significant population increase, due both to internal and international migration. Outmigration involves young women in particular, who mainly move south to the capital (Teräs et al., 2020a). In general, however, a combination of low birth rates and decreasing immigration over the past few years (minus 65% between 2012 and 2019) has led to a decreasing population overall in northern Norway, with the exception of the centres of Bodø, Tromsø and Alta. All those centres have a strong public sector and university campuses, which contribute to attracting young people and a skilled labour force (Teräs et al., 2020a). On average, northern Norway’s population is older than the national average. According to population forecasts, it can be expected that over a 30-year horizon over half the population in northern Norway will be in the 20-6 age group, supporting a growing elderly population.

The main economic sectors in Nordland have traditionally centred around agriculture and fishing. Nordland is Norway’s largest fish farming county, with 65% of exports from northern Norway coming from there. Engineering, food and metal production are the industrial sectors with the highest number of employees (23, 29 and 12 percent respectively, in 2019) (Thorsnæs, 2023). The presence of Bodø Havn (port of Bodø) further makes the area an important facilitator for business, industry, maritime logistics and transport of people and goods. Of particular relevance to this project is the fact that Nordland produces 10% of Norway’s electrical power (15 Twh) and is the second largest hydropower producer in Norway (Nordland Fylkeskommune, n.d.).

For centuries, fishing has been the main economic activity on the Lofoten Islands as well. There are high exports of cod and stockfish, in particular to Italy, Portugal and the United Kingdom. In the centre of Leknes, in particular, the wool industry, fish processing, mechanical workshops and the oil industry also play an important role. In addition, the port of Leknes is an important stopping point for cruise ships.

Bodø is also an important university hub, and has the crucial role of attracting young skilled people in the context of an ageing population.

It is also important to point out that Norway in general and Nordland in particular are highly attractive tourist destinations. As reported by OECD (2020), tourism accounts for 3.6% of the national GDP and Nordland has many attractive destinations, with Bodø and Lofoten Islands standing out in particular.

The two destinations concerned, Bodø and the Lofoten Islands, are titled sustainable tourism destinations. That refers to a national certification scheme under which that title is granted to destinations that have committed to working systematically towards more sustainable tourism development, preserving local communities and cultural heritage and reducing the environmental footprint of tourism (Global Sustainable Tourism Council, 2018). As will be described further in the next sections, the establishment of electric aviation in a hub like Bodø may have a strategic function for tourism purposes, but may also enhance access to services from the Lofoten Islands.

Several projects and initiatives are underway to make the electrification of aviation reality in Norway (see status report, page 39). As mentioned, northern Norway, thanks to its geography, regional development conditions and short-haul network, lends itself to the implementation of electric aviation. The Norwegian airline Widerøe, which is working to implement electric airplanes on its routes, has its main office in Bodø and has set itself the goal of electrifying the short routes that today are operated by its Dash 8-fleet.

Widerøe is investing heavily in electrifying the fleet by 2030. It has established the subsidiary Widerøe Zero, which will work towards introduction of electric aircraft to Norway, in Bodø. The strategic director of Widerøe believes that Bodø is one of the most relevant cities for establishment of electric aviation (Wiik, 2022).

By 2030, a new airport should be operative in Bodø (Karp, 2022) and infrastructure will be built for both hybrid (partially hydrogen) and fully electric aircraft, even though there is still uncertainty as to what infrastructure is required at the airport and how the energy supply to the aircraft should be designed. The new airport in Bodø is considered to be a great initiative to boost both local and regional development. The initiative is indeed called “new city – new airport” and involves not only replacement of the former airport by the new one, but also an urban settlement that is almost the size of the existing town.

In the further work on development of the new Bodø airport, it will be necessary to analyse the impact that ground infrastructure and charging will have on range, resources, time and accessibility at the airports. It is assumed that it will be feasible to fly electrically between Bodø and all current domestic destinations, apart from Oslo, Bergen and Trondheim, by as early as 2040 (Wiik, 2022).

Even if the energy requirement for aircraft operation is reduced in total, electrification of aviation will contribute to an increase in the need for electrical energy at airports. Until 2040 the power requirement for charging aircraft is the primary challenge, as the energy requirement is manageable. Good control systems for power peaks, in combination with, for example, local energy packages can help solve those challenges (Avinor, 2019).

The Lofoten Islands are also committed to reducing emissions and electrification of aviation. In the Climate and Energy Plan of the municipality of Vestvågøy, the main objective is to lay down a strategic plan to reduce greenhouse gas emissions in the municipality by 50% by 2031, taking 2019 emissions as the baseline (Vestvågøy Kommune, 2022). The plan includes a specific section on energy and electrification, where it is emphasised that the aim is to go from being an energy consumer to being an energy producer (while also encouraging a greater energy mix), with power producers and Lofoten municipalities as development partners. 

An important dilemma in the Lofoten Islands is the fact that climate and environmental goals may be in conflict with other goals for the municipality and for society. The most pertinent example of that is the growth in tourism, which results in increased air and ship traffic. That also entails increased emissions, consumption of limited resources and loss of natural areas and biological diversity (Kristoffersen, et al., 2018).

In order to tackle those challenges, various initiatives are in place. First, the Lofoten Islands are part of a cooperation arrangement between Lofotkraft,

ofotkraft is an electric company that manages the electric network in Lofoten.

Lofoten Council and Destination Lofoten (Lofoten, n.d.) , called “Lofoten – The Green Islands 2030”, which gives broad attention to energy use and emissions and works to find solutions for people to be able to travel to Lofoten and travel around the islands with minimal impact on the natural environment (Olsen, 2022). “Lofoten – The Green Islands 2030” is intended to be a ten-year growth strategy for the Lofoten Islands that aligns with regional, national and international climate goals and ensures green and sustainable growth for the municipalities on the islands. The strategy has a section on low-emission aviation with the aim for Lofoten to become a pilot region for zero-emission air traffic (Lofotrådet et al., 2022). Second, Bodø Airport Development, Energi i Nord

Energi i Nord is a cluster with members from the entire energy sector and from all of northern Norway.

and “Lofoten – The Green Islands 2030” have joined forces to establish northern Norway as a testing ground for new technology in green aviation. In this respect, and in collaboration with the aforementioned partners, a new project called "Climate-neutral regional aviation in the Nordic areas" has been launched, which addresses the question of how northern Norway can make a positive contribution to the green shift. The project, which started in October 2022, comes under the scope of the Artic 2030 programme and is funded by Troms and Finnmark County Municipality.

Northern Norway poses significant challenges in terms of establishing reliable transport infrastructure due to its geographical and climatic conditions, low population densities and extensive distances. The region's vulnerability is evident during winter when certain roads, as highlighted in a study by Teräs et al. (2020), are frequently closed. Recent years, such as 2019/2020, have seen record instances of road closures, a trend exacerbated by climate change.

Bodø, which forms the northern terminus of the Nordland Line, marks the end of the Vy ( Norwegian State Railways) network. Passengers travelling further north often change to connecting buses in the nearby town of Fauske to reach Narvik. From Narvik, a railway extends into Sweden and is integrated with the Swedish rail network.

The Lofoten Islands are linked via the European road E10, which features a network of bridges and undersea tunnels. That roadway extends northward, connecting to the city of Luleå in northern Sweden. Furthermore, the E10 road facilitates the connection of Lofoten's larger islands to mainland Norway via the Lofast road connection, inaugurated in December 2007.

The inherent difficulties arising from northern Norway's geographical and climatic constraints have led to the development of an extensive short-haul network of flight routes served to and from numerous regional airports (see Figure 7). In this region, 25 airports and one helipad, accounting for nearly half of Avinor's airports in the country, serve 9% of the population. The prevalence of islands and fjords makes sea routes an effective mode of transport in many areas, resulting in widespread passenger routes along the coast. Collectively, passenger boats traverse 4.4 kilometres per person in northern Norway, surpassing other regions by a considerable margin.

Bodø and Leknes each have an airport managed by Avinor. At present, Bodø Airport has non-stop passenger flights scheduled to 15 domestic destinations (Helsinki is thNorwegian route and regional transport infrastructuree only international destination to which there is a direct flight) (Flight Connections, n.d.). Bodø is also an important hub for connections to the Lofoten islands. Such connections are crucial for tourism especially, given that tourism is one of the main economic activities on the islands.

Leknes Airport is a small airport with domestic flights only. At present, there are three domestic flights from Leknes, to Bodø, Bergen and Tromsø. The majority of the flights are to Bodø (about seven per day) with connections to other destinations. Between 98,600 and 110,200 people per year are expected to travel between Bodø and Leknes in 2028-2029, versus the 90,300 to 100,900 passengers today (Osloeconomics et al., 2022). That very high route demand is related to the distinctive geographical conditions of the Lofoten Islands, with air travel being the only viable option in many cases.

One important aspect of northern Norway is that the distance and travel time between towns and villages can be challenging and highly time-consuming. In some of the largest and less dense rural areas, it might be difficult to access basic services such as banks, postal services and hospitals.

Aviation in northern Norway is also important for medical treatment. In certain communities, residents have to travel for over four hours to reach the nearest hospital. Some of these locations have a fleet of medical helicopters and small airplanes (Teräs et al., 2020). That indicates the crucial role that electric aviation could play in in the region.

When it comes to education, Nord University in Bodø is the second largest university in northern Norway, with 11,ooo students and some 180 programmes in both academic and vocational fields, including aquaculture, sociology, business, nursing and teacher training. In the northeast of the Lofoten Islands, Nord University has a site with four master’s programmes. Better education possibilities might be an important reason for outmigration from Lofoten.

In northern Norway, the national grid is extensive but a distinction should be made between ordinary and dry years. Indeed, as noted (Nordic Energy Research, 2023), the national grid has the potential to increase the power supply by a total of 2,200 MW in an ordinary year. However, that level cannot be reached in dry years, so new power production should be incentivised. Increased energy production and smart technologies will be needed in the coming years too given the growing electrification trends in several industries in Nordland and will be pivotal to mitigating future risks related to energy security.

The focus group discussion was conducted online via Teams in August 2023 and took approximately two hours. The focus group meeting was attended by four participants in addition to the researcher moderating the discussion. The participants included a project manager and business developer for green aviation in the municipality of Bodø, a project manager at Lofokraft Muligheter AS,

Lofokraft Muligheter AS is a company owned by the six municipalities in the Lofoten Islands and operates as a fibre and energy provider with a strong commitment to a climate-friendly energy system. Together with the Lofoten Council and Destination Lofoten, Lofotkraft participates in the “Lofoten – The Green Islands 2030” programme.

with expertise in business development and societal issues within the framework of energy and renewable energy, a management-level representative from Bodø’s region development company (BRUS) and Bodø’s airport development company (BLU

Bodø Lufthavantvikling AS. The company plays a strategic role in facilitating the establishment of new direct routes to and from Bodø Airport, while simultaneously enhancing value creation in activities linked to the current airport.

, as well as a consultant at KPB AS

Company dedicated to building future solutions for businesses.

working as a business development and project manager for study into green aviation.

Political commitment will play a pivotal role in making electric aviation reality within the next decade. Despite potential disagreements and polarisation on climate measures, the focus group unanimously recognised the significance of that factor. Furthermore, that commitment is expected to remain robust in the near future as well, given the current high level of political attention to electric aviation at local, regional and national levels.

The Norwegian goal is to reduce CO2 emissions by 50-55% before 2030 and by 90-95% percent by 2050 (Norwegian Government, 2023).

In Norway, achieving the established climate goals necessitates a shift towards more environmentally-friendly aviation. Notably, in the Lofoten Islands, the “Green Islands” plan outlines a comprehensive strategy for 2030 that encompasses green aviation. Similarly, in Bodø, it is imperative and expected that the newly elected (in September 2023) municipal government take on long-term responsibilities for promoting green aviation. The expectation is that politicians at the municipal and county level will set goals that are as high as possible. In fact, as pointed out by one of the participants, route operators will only receive licences if they commit to achieving climate neutrality, highlighting the growing emphasis on sustainability in aviation.

In the Lofoten Islands, the establishment of more sustainable transport connections has already been set out and voted on unanimously by all the municipalities. While the consensus on this matter is indeed significant, it is worth noting that local communities may not have the ultimate authority, as aviation incentives and subsidies primarily originate at the national level – with Public Service Obligation route services funded by the Ministry for Transport and Communication (International Transport Forum, 2018). However, it is noteworthy that the national government is already placing great emphasis on ensuring that public routes, such as the one between Bodø and Lofoten, adhere to low-emission standards. 

While attracting young people to the region is crucial, given the ageing population and outmigration trends, the significance of that factor for electric aviation is relatively low as it is considered that electric aviation will become reality in the near future regardless. On the other hand, the focus group considered attracting young people to the region a crucial factor to foster economic growth and to support technological development in order to reach the climate goals set.

Tourism is a fundamental pillar of Nordland’s regional economy and its trajectory has far-reaching implications, particularly in the context of promoting sustainability. The focus group took the view that the tourism industry's decision to showcase the region and its offerings as environmentally sustainable can significantly influence the path towards adoption of electric aviation. Moreover, the regulatory landscape within the tourism sector plays a pivotal role in shaping its environmental impact. By 2025, there is a growing imperative for tourist destinations to report actively on the climate footprint from tourism activities. Such reporting encompasses various aspects, including the means by which tourists access the destination in question. For a location like the Lofoten Islands, that aspect is of major significance. The Lofoten Islands are at a critical juncture in their journey towards sustainability and the way aviation is integrated into their broader sustainability framework holds the key to addressing that challenge. If the Lofoten Islands fail to adopt greener aviation solutions, it might become challenging to claim that the entire journey to Lofoten is an environmentally sustainable one. Hence choices made within the tourism and aviation sectors are closely interlinked.

The shift from fossil fuel-driven aviation to eco-friendly alternatives poses complex challenges regarding environmental taxation and the financial sustainability of the aviation sector. While adoption of green technologies will mean companies pay lower environmental taxes, participants expressed uncertainty about the relevance of that factor as a driving force for the implementation of electric aviation. In the Nordland region, Widerøe holds a quasi-monopoly on regional routes. In light of anticipated increases in environmental levies on fossil fuel-based aviation, it may be more pragmatic for it to invest in overhauling its entire aircraft fleet to avoid the financial strain of those taxes. In that sense, reduced environmental taxes may be highly significant for the implementation of electric aviation. Nevertheless, the participants in the discussion generally expressed uncertainty about that nuanced relationship. 

It was emphasised that substantial national environmental taxes play a pivotal role in spurring the development and adoption of eco-friendly technologies that reduce environmental harm. However, it is essential to recognise that elevated taxes on air travel between destinations can also lead to a reduction in the aviation industry's revenues. That is chiefly because higher taxes dissuade people from taking flights, resulting in lower passenger numbers for airlines and subsequent declines in their income. Achieving a delicate equilibrium between advancing environmental sustainability and safeguarding the economic well-being of the aviation sector is crucial. Given that the aviation industry is already contending with modest revenues and narrow profit margins, imposing hefty taxes may compound its financial challenges.

Economic incentives could be highly relevant for the implementation of electric aviation in the next ten years. It is therefore important for the national government to provide subsidies to incentivise the adoption of environmentally-friendly aviation technology. That is especially important because the market might not naturally transition to greener technology without such support, especially in the initial years. The lack or insufficiency of such incentives could stifle green aviation initiatives. There was consensus among the participants that the prospect of weak incentives is fairly unlikely, given how high green aviation is on the political agenda and how important it is with regard to meeting the environmental targets in the region. The focus group likewise acknowledged that even with enough incentives, economic losses should be expected in the initial phase, although that is not expected to have a strong impact on the implementation process.

Social acceptance was found to be a crucial factor that can either propel or impede the adoption of electric aviation. Scepticism among the public is evident, with reservations about the safety and feasibility of the new technology. A noteworthy example of such scepticism can be seen in the case of the introduction of a hydrogen-powered ferry from Bodø to Lofoten starting in 2025. People are questioning the safety and reliability of the technology in question and it is reasonable to expect a similar, if not greater, level of scepticism for electric aviation. However, it is important to note that there are generational differences in this regard. Younger people are generally more receptive to the concept of electric aviation, recognising its sustainability and adaptability benefits. They see opportunities where others may see challenges. In a broader context, it is not uncommon for social acceptance to be a stumbling block for new technologies, as seen with the initial scepticism surrounding electric cars. Learning from past transitions involving new technologies, it is clear that a certain period of building trust and familiarity is essential in order for the technology to establish itself. It is not enough to have the technology and the necessary legislation in place; a trust-building phase is equally critical. The challenge is to find ways to expedite that trust-building process and reduce the time required for social acceptance.

Outmigration, though a prevalent trend, was not regarded as a highly influential factor with respect to the potential adoption of electric aviation. As will be discussed in the section on impacts, participants in the Norwegian case study were more inclined to view electric aviation as a possible way to help counteract outmigration, rather than viewing outmigration as being beneficial to its implementation.

The need to enhance access to healthcare and education facilities was identified by the focus group as a factor of moderate importance with regard to the implementation of electric aviation. That medium level of significance stems from its broader implications for commuting in general. During the focus group discussions, it became evident that improving access to those critical facilities is one of the most challenging tasks within the scope of globalisation. The dwindling population in various areas of the region compounds that challenge. While Bodø is expected to experience growth due to globalisation, ensuring access to healthcare and education remains a considerable challenge. It is crucial for the region to address such issues effectively in order to create an appealing society that attracts new residents. That necessitates financial investment and attention by municipalities, regional authorities and national bodies. Another perspective worth considering is that of not only enhancing accessibility for the benefit of end-users of healthcare and education facilities, but also for the people working there. The focus group participants expect those facilities to commit increasingly to ethical and sustainable practices, potentially driving demand for more eco-friendly commuting options. That shift is expected to open the doors to a broader pool of commuters. That is particularly important for the Lofoten Islands, where – to meet the demand for skilled and talented workers – businesses and communities will have to place greater emphasis on sustainability goals and climate footprint reporting.

Increased energy consumption and the need for higher energy production are crucial points and are the factors of greatest significance for electric aviation. The transition to electric aircraft necessitates a substantial increase in energy production. While electric aviation serves as a cleaner alternative to fossil fuels, the question arises as to where that additional power will be sourced from. Will it be wind energy, potentially on new land? The political complexities involved are evident, as heightened energy consumption triggers the need for expanded production, and the expansion of production may lead to socio-political challenges in terms of public acceptance.

The upgrade of airport infrastructure for electric aviation was unanimously recognised as a matter of major importance for the successful implementation of electric aviation. The consensus was that such upgrades are not only expected but imperative for the transition. In the case of the Lofoten Islands, that transition would likely involve enhancing the existing airport infrastructure. In Bodø, such upgrades would align with the development of a new airport, underscoring the commitment to preparing the necessary infrastructure to support electric aviation. Similarly, the capacity for charging and the grid infrastructure were considered to be of the greatest significance.

As noted by one of the participants, several notable hurdles need to be overcome in the field of electric aviation, particularly in the technical domain. One major technical challenge revolves around the energy density and energy-to-weight ratio of batteries. That critical aspect plays a pivotal role in the feasibility and performance of electric aircraft. Additionally, traditional fossil fuel-based airplanes employ a method of de-icing their wings during flight by diverting hot air from the engines to the wings. Electric airplanes cannot employ that method, introducing specific technical challenges that need to be addressed.

The certification process by aviation authorities, both at the national and international levels, is another critical element. To operate commercially, electric airplanes must meet stringent safety standards and be proven to be as safe or even safer than existing aircraft. The authorities must have absolute confidence in the safety and technical capabilities of electric airplanes. That extends beyond simply getting such aircraft off the ground with battery power. Unlike conventional aircraft that become lighter as they burn fuel during a flight, electric aircraft maintain a consistent weight due to their battery load. As a result, they land with a significant weight, presenting unique challenges for the structural integrity of the aircraft and the landing gear. That characteristic makes the certification process for electric aircraft especially challenging.

Currently the region's grid is predominantly powered by nearly 100% renewable energy sources. That significantly shapes the potential and relevance of electric aviation in the region. The availability of clean and sustainable electricity plays a pivotal role in determining the importance of electric aviation. Supposing the region's electricity source were primarily linked to higher emissions, the electrification of aviation would inherently be of less significance, given that the overall environmental impact of electric aviation would be reduced under such circumstances. In essence, the region's current reliance on 100% renewable energy enhances the significance of electric aviation, highlighting its potential for environmental and sustainability benefits.

Mandatory emission reduction requirements, whether at the EU, national or regional level, are of considerable importance for electric aviation, but some key points need to be taken into consideration. The likelihood of those requirements being established is high, but their effectiveness hinges on certain conditions. Individually set emission targets by single countries, like Norway, would have minimal impact on the aviation industry. To enact substantial change, a coordinated effort is needed on a broader scale. If emission reduction targets are established at the EU-wide or global level, it would catalyse investment in the development of electric aviation by the aircraft manufacturing industry. The ripple effect of EU-level requirements is profound. It extends to various aspects of the aviation industry, including the advancement of clean energy storage solutions like green hydrogen and sustainable aviation fuels. Furthermore, it influences the development of aircraft technology and operations. In essence, EU-wide mandates have a cascading effect on the entire ecosystem, propelling the industry towards greater sustainability and cleaner practices.

Northern Norway, especially the Bodø to Leknes route, is quickly becoming a key player in the adoption of electric aviation. That shift is due to several important factors that lend the region to sustainable air travel.

Foremost among those factors is the region's geographical characteristics, which play a significant part in the viability of electric aviation on the Bodø to Leknes route. The very long distances between many locations, coupled with the limited availability of efficient public transport alternatives, make electric aircraft a convincing solution for addressing the challenges associated with reaching otherwise remote and isolated destinations. Notably, these geographic characteristics have established aviation as the primary mode of transport in the region. That potential for electric aviation renders the region more attractive to the international aviation industry, as well as making local policy makers more committed to the new technology.

Moreover, the region's access to clean and sustainable energy sources stands out as a critical catalyst for electric aviation. That availability guarantees that the energy needed for such initiatives adheres to sustainable principles and aligns with the region's ambitious climate objectives. Insights from the focus group discussions underscore the crucial role of legislation and incentives as influential driving forces in implementing electric aviation. While technological advancements are undeniably vital, the legal and regulatory framework, combined with incentives, will play an equally pivotal role in bringing electric aviation to fruition.

The focus group discussions highlighted concerns about the social acceptance of the new technology and the need for robust technological development to support electric aviation fully. Although electric aviation holds great promise, it faces substantial technical and regulatory challenges that must be addressed in order for it to become a commercially viable and safe mode of air travel. Notwithstanding those challenges, the focus group participants remain optimistic; they firmly support and advocate the potential of electric aviation and believe that it will become reality within the next decade.