Executive summary

Executive summary

Purpose of the project

“Welcome to the future” project was created with the aim of changing the way cargo, OverSizeOverMass goods and “leisure” travels are carried out transported by air through the design, R&D, production and management of transport aircraft designed to operate in transport cargo, special activities and leisure in the “air” segment with the use of new-concept LTA (Lighter Than Air) aircraft, with low environmental impact, unmanned flight capabilities, able of modifying the logistics chain as it is known today and also operating in the absence of infrastructure.

“Welcome to the future” project integrates the skills of managers with long experience in the field of air transport and logistics with the knowledge in the LTA (Lighter Than Air) aircraft sector of two technological international partners.
The project involves the establishment of a company for the design, development and production of airships (called Green Tech Aerospace) and an aircraft operator company for the management and maintenance of aircraft and airships (called GreenAir)

The design, research & development* and production of the airships will be ensured through agreements with two technological partners (the Atlas company based in Israel and the SkyLifter company based in U.K.)

Each technological partner will also be a shareholder in the company called Green Tech Aerospace

*Research and development is at an advanced stage for components. Some systems such as buoyancy have been patented

The airships produced by Attech Capital Ltd UK through Green Tech Aerospace can be considered the most efficient and, in some cases, the only means of transport possible in the target regions. Based on the volume of markets measured in traffic*, we can assume that Green Tech Aerospace’s demand for airships can cover up to 25% of the market over the years, equal to:

*According to Euromonitor International, Transport Forum, in 2024 goods will be handled by air for over 292 million tons Km.

The airships produced by Attech Capital Ltd UK through Green Tech Aerospace can be considered the most efficient and, in some cases, the only means of transport possible in the target regions. Based on the volume of markets measured in traffic*, we can assume that Green Tech Aerospace’s demand for airships can cover up to 25% of the market over the years, equal to:

*According to Euromonitor International, Transport Forum, in 2024 goods will be handled by air for over 292 million tons Km.
The airship models proposed in the “Welcome to the future” project meet the allowed CO2 emission parameters set for 2030 and 2050 (Skylifter models) as oer the EU ETS Directove below:
Revision of the EU ETS Directive concerning aviation:

On 14 July 2021, the European Commission adopted a series of legislative proposals setting out how it intends to achieve climate neutrality in the EU by 2050, including the intermediate target of an at least 55% net reduction in greenhouse gas emissions by 2030.
The airship models proposed in the “Welcome to the future” project meet the allowed CO2 emission parameters set for 2030 and 2050 (Skylifter models) as oer the EU ETS Directove below:
Revision of the EU ETS Directive concerning aviation:

On 14 July 2021, the European Commission adopted a series of legislative proposals setting out how it intends to achieve climate neutrality in the EU by 2050, including the intermediate target of an at least 55% net reduction in greenhouse gas emissions by 2030.

Aviation emissions

Policy actions and the efforts of industry have led to improvements in fuel efficiency over recent years. For instance, the amount of fuel burned per passenger dropped by 24% between 2005 and 2017. However, these environmental benefits have been outpaced by a sustained growth in air traffic, with passengers in 2017 flying on average 60% further than in 2005.

In 2017, direct emissions from aviation accounted for 3.8% of total CO2 emissions. The aviation sector creates 13.9% of the emissions from transport, making it the second biggest source of transport GreenHouse Gas Emissions after road transport.
If global aviation were a country, it would rank in the top 10 emitters.
Someone flying from Lisbon to New York and back generates roughly the same level of emissions as the average person does by heating their home for a whole year.
Before the COVID-19 crisis, the International Civil Aviation Organization (ICAO) forecasted that by 2050 international aviation emissions could triple compared with 2015.

To achieve climate neutrality, the European Green Deal sets out the need to reduce transport emissions by 90% by 2050 (compared to 1990-levels). The aviation sector will have to contribute to the reduction.

Global scheme to offset emissions

In October 2016, the International Civil Aviation Organization (ICAO) agreed on a Resolution for a global market-based measure to address CO2 emissions from international aviation as of 2021. Airlines will be required to:
Monitor emissions on all international routes
Offset emissions from routes included in the scheme by purchasing eligible emission units generated by projects that reduce emissions in other sectors (e.g. renewable energy).
During the period 2021-2035, and based on expected participation, the scheme is estimated to offset around 80% of the emissions above 2020 levels. This is because participation in the first phases is voluntary for states, and there are exemptions for those with low aviation activity. All EU countries will join the scheme from the start.

The Attech Cargo and passenger Airships will be the only type in compliance and even be lower than the new green EU regulations . This includes less noice which will enable Attech to operate in Airports with night noise restrictions.

Air Cargo Market Analysis

Air cargo volumes stable at an elevated level

The period of stability at elevated air cargo volumes continued in September, with industry-wide cargo tonne-kilometres (CTKs) growing by 9.1% compared to September 2019. This was an improvement compared to the 7.5%increase in August, but seasonally adjusted (SA) CTKs only increased marginally month-on-month.

Trends in the main drivers of air cargo are tangled currently. The upshot is that trade and manufacturing activity are impacted by supply chain issues, but air cargo benefits from its speed, which helps meeting peak season demand and will allow it to continue to overperform global goods trade.

Cargo capacity improved in September, but is still 8.9% below 2019 levels. Load factors remain close to record-highs and cargo yields are now trending upwards. This continues to provide welcome support to airlines’ revenues.

Air cargo volumes stable at an elevated level

The period of stability at elevated air cargo volumes continued in September, with industry-wide cargo tonne-kilometres (CTKs) growing by 9.1% compared to September 2019. This was an improvement compared to the 7.5%increase in August, but seasonally adjusted (SA) CTKs only increased marginally month-on-month.

Trends in the main drivers of air cargo are tangled currently. The upshot is that trade and manufacturing activity are impacted by supply chain issues, but air cargo benefits from its speed, which helps meeting peak season demand and will allow it to continue to overperform global goods trade.

Cargo capacity improved in September, but is still 8.9% below 2019 levels. Load factors remain close to record-highs and cargo yields are now trending upwards. This continues to provide welcome support to airlines’ revenues.

Air cargo volumes stable at an elevated level

The air cargo market remained broadly stable in September. Industry-wide cargo tonne-kilometres (CTKs) rose by 9.1% in September 2021 versus the same month in 2019, after a 7.5% increase in August. After adjusting for seasonal patterns, CTKs were a modest 0.2% higher in September 2021 compared to August 2021. This extends a series of months without any clear direction in the trend of air cargo volumes, with seasonally adjusted (SA) CTKs remaining slightly below the all-time high reached in April 2021 (Chart 1).

At the regional level, the Middle East and Asia Pacific were the only contributors to the small month-on-month improvement. SA CTKs in Europe were unchanged from August, and other regions posted month-on-month falls in SA CTKs.
Chart 1: CTK levels, actual and seasonally adjusted

Supply chain congestion is the main concern...

The key story currently for air cargo is the significant congestion on supply chains. Strong demand for goods, combined with COVID control measures, have disrupted production at manufacturers. As there is note nough capacity for shipments on most modes of transport, this translates into long delivery times and delays. Moreover, key inputs such as semiconductors are difficult to get, meaning there is a second impact on goods that use them, such as phones. This is illustrated by unusually low values in the supplier delivery times PMI, where a value below 50 indicates that it takes more time for businesses to receive inputs from their suppliers. The metric reached an all-time low in the US in October (15.45), and globally in June, at 35.95 (Chart 2).
Chart 2: Supplier delivery times component of the manufacturing PMI

Supply chain congestion is the main concern...

The key story currently for air cargo is the significant congestion on supply chains. Strong demand for goods, combined with COVID control measures, have disrupted production at manufacturers. As there is note nough capacity for shipments on most modes of transport, this translates into long delivery times and delays. Moreover, key inputs such as semiconductors are difficult to get, meaning there is a second impact on goods that use them, such as phones. This is illustrated by unusually low values in the supplier delivery times PMI, where a value below 50 indicates that it takes more time for businesses to receive inputs from their suppliers. The metric reached an all-time low in the US in October (15.45), and globally in June, at 35.95 (Chart 2).
Chart 2: Supplier delivery times component of the manufacturing PMI

Air cargo overview

(September 2021)

To aid understanding, the table includes both % comparisons with pre-crisis 2019 months and 2020 months.

The usual interpretation from long supplier delivery times is that some businesses may turn to air freight, in order to get the goods they need more rapidly, at a premium. Currently low inventory-to-sales ratio tell a similar story.
In addition to that, air cargo fares–although they are high and have trended upwards in recent weeks–are still relatively affordable compared to container shipping. In September, it was on average three times more expensive to send a kilogram of chargeable weight using air compared to ocean, compared to 12.5times more prior to the crisis leading to inflation and lower manufacturing output.
Normally, the above trends are positive for air cargo, but current supply side issues mean the impact is uncertain. One of the roadblocks is the strong increases in prices, both for businesses and consumers. The G7 producer prices, which measure the input costs paid by producers, rose by 10.8% year-on-year in August, the largest increase since the series started in 1983. Consumer prices inflation for all items was at 4.3% in September, the highest increase since 2008 (Chart 3).

Chart 3: Year-on-year changes in producer and consumer prices, G7
Looking forward, the backlog of order and strong demand for goods typically associated with year-end consumer events such as Single’s Day and Black Friday will maintain pressures on supply chains. The speed afforded by air cargo is likely to be crucial to meet the associated demand. Global cargo capacity improved in September Industry-wide available cargo tonne-kilometres (ACTKs) dropped by 8.9% in September 2021 vs September 2019. This was better than the 12.7% fall in August, and SA ACTKs also rose by3.0% month-on-month, the best outcome since March 2021.Theimprovement in air cargo capacity was broad based across the regions. But Asia Pacific contributed the most. Indeed in August, travel restrictions and airport closures related to Delta outbreaks in China led to a fall in capacity, which was partly reverted in September (Chart 4).
Chart 4: SAACTKs by region of airline origin
Looking forward, the backlog of order and strong demand for goods typically associated with year-end consumer events such as Single’s Day and Black Friday will maintain pressures on supply chains. The speed afforded by air cargo is likely to be crucial to meet the associated demand. Global cargo capacity improved in September Industry-wide available cargo tonne-kilometres (ACTKs) dropped by 8.9% in September 2021 vs September 2019. This was better than the 12.7% fall in August, and SA ACTKs also rose by3.0% month-on-month, the best outcome since March 2021.Theimprovement in air cargo capacity was broad based across the regions. But Asia Pacific contributed the most. Indeed in August, travel restrictions and airport closures related to Delta outbreaks in China led to a fall in capacity, which was partly reverted in September (Chart 4).
Chart 4: SAACTKs by region of airline origin
ACTKs onboard dedicated freighters were still significantly above pre-crisis values (25.3% in September 2021 vs September 2019), but there was a moderation compared to August (a 28.3% gain). Capacity in the belly of passenger aircraft improved to a 34.1% decline in September, the most resilient outcome since the crisis started (Chart 5).
Chart 5: SAACTKs by region of airline origin

Air cargo market detail

(September 2021)

To aid understanding, the table includes both % comparisons with pre-crisis 2019 months and 2020 months.

Air cargo year-to-date developments

Air cargo year-to-date developments

(Jan-Sept 2021)

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