Monday, 22 September 2014

Cessna gets $13mln for three 20B Grand Caravam EXs

Cessna gets $13mln for three 20B Grand Caravam EXCessna Aircraft Co., Wichita, Kansas, has been awarded a $13,674,035 firm-fixed-price contract for three Cessna 208B Grand Caravan EXs, one aircrew training device, spares and training.
Contractor will provide aircraft, aircrew training device, spares, including a spare aircraft engine, and training to the U. S. Africa Command area of responsibility in support of counterterrorism measures in Niger, Kenya and Mauritania.
Work will be performed at Wichita, Kansas, and is expected to be completed by Sept. 30, 2015.
This contract involves pseudo foreign military sales in conjunction with Section 1206 funding. This award is the result of a sole-source acquisition. Air Force Life Cycle Management Center, Wright-Patterson Air Force Base, Ohio, is the contracting activity (FA8620-14-C-4015).
Source and image: US DoD

IT in aviation training: a call for evolution

IT in aviation training: a call for evolutionWith major aircraft manufacturers sharing a backlog of over 10 000 aircraft, MRO providers worldwide are finding themselves under increasing pressure to introduce new means designed to meet the demand for appropriate support of the rapidly growing global fleet. Meanwhile, as a large portion of services in the industry is still heavily reliant on human labour, a peaking demand for appropriate technical training is not expected to drop any time soon. In such an environment, the introduction of innovative IT-solutions can not only improve some of the training-related processes but also enable service providers to significantly cut costs.
During the last decade or so IT has truly changed the wayairlines conduct business. According to SITA, the level of IT operational spending by carriers worldwide topped $10.8 billion in 2013. The majority of carriers anticipate another increase in the airlines’ IT budget in 2014. However, the implementation of informational technologies in maintenance operations, let alone technical training, is definitely lagging behind. Meanwhile, as costs related to maintenance typically make up to 17% of all operating costs, it is the area in which technology can be used to optimize operations and boost profits.
IT in aviation training: a call for evolution
“There is a set of major factors currently contributing to the increased IT spending within the aviation industry, including higher airline profitability, next-generation aircraft and engines, as well as cloud computing, mobility and advanced analytics,” shares Kestutis Volungevicius, the Head of FL Technics Training. “Moreover, as changes in the aviation industry are happening at an increasingly rapid pace, the demand for faster training solutions rises accordingly.”
According to FL Technics Training, the retiring current generation of technicians along with the on-going fleet renewals might drive the aviation industry to the point when the lack of qualified aviation specialists will eventually interfere with its expansion plans. Data by AWIN indicates the overall rate of technical personnel eligible for retirement should reach 9.6% this year, followed by 11.3% in 2015 and 13.3% in 2016. “Add the need to support new sophisticated solutions implemented in new generation aircraft, and you will find yourself in a highly competitive business environment with a booming demand for relevant specialists and training services. As a result, training providers are in constant search for innovations which would enhance and facilitate the training process with quality, flexibility and cost effectiveness in mind,” says Kestutis Volungevicius.
Normally, the duration of a typical technical training-related trip is at least 4 days. Considering the fact that an individual specialist usually requires approximately 3 training courses per year to maintain and raise his qualification, this adds up to over 280 hours or almost 35 working days, which an average MRO professional currently spends in training-related travels on a yearly basis. Meanwhile, the approximate average expenses on a trip with a two-night stay may reach up to $800-$1 400. Needless to say, in an economic environment which presupposes cost cutting and maximized efficiency this is not something an MRO provider can really afford.
“As the costs of training are constantly rising, more and more distance training solutions, such as online courses, are emerging worldwide to aid both individuals and organizations in reducing their course-related travel costs and allowing to avoid the need for lengthy trips to the training facilities,” comments Kestutis Volungevicius. “In an industry where every second and every dollar matters, the decision to opt for such services and implement the modern technologies alongside regular training solutions might actually might become the critical aspect in gaining the much-needed competitive edge,” concludes the Head of FL Technics Training.

Aviation aftermarket: a call for enhanced information sharing

Aviation aftermarketRyanair's recent $22 billion order of 200 Boeing's 737MAX aircraft is a clear sign that the growth of the global fleet isn’t going to slow down anytime soon. In the meantime, TeamSAI predicts that the global MRO-related spending can be expected to increase at a rate of 3.3% annually until 2022. Following an intense period of numerous mergers and acquisitions the number of players in the segment is shrinking and the remaining providers are forced to focus on their planning and data-sharing efforts in order to deal with the growing workload.
Various statistical data indicates that reducing MROexpenditures by as few as 10% could almost double a carrier’s profits. However, despite numerous efficiency benefits stemming from an integrated approach to maintenance operations, its adoption in the aviation industry to date has been rather slow.
Luckily, the industry players’ attitude towards maintenance planning, as well as supply chain execution and management is starting to change for the better. A recent survey performed by PwC revealed that maintenance organizations which had decided to change their attitude towards data-sharing (approximately 25% of all market players), were significantly outperforming their competitors. For instance, their internal shops generated 14% better turnaround times than the industry average. As for the on-time delivery of spare parts, the compliance observed in mature organizations was 72%, while the industry median is 68%.
“Up until now, the relationship among carriers, MROs and parts suppliers in the aviation industry has been difficult to say the least. Thus, the lack of trust shared by different industry players has been one of the most important obstacles when it comes to improving maintenance related processes,” shares Zilvinas Sadauskas, the CEO
Zilvinas Sadauskas, CEO Locatory.comof Locatory.com “Moreover, many organizations are simply reluctant to share relevant information, which they consider an advantage in competition. However, those who do manage to step out of their comfort zone, usually don't have to wait long in order to start enjoying improved results.”
According to AWIN, up to 39% of airlines across the globe are planning to replace their ERP systems, while about 58% are expecting to enhance them over the next 5 years. Meanwhile, based on the results of a recent PwC’s survey, one of the global carriers, which has started sharing maintenance plans across all functional areas, has been able to reduce part delivery delays by 40%, while cutting the inventory by 50 million items.
According to the CEO of Locatory.com, if one is seeking better lead times, enhanced quality and reduced costs, communication between aircraft operators, MROs and spare parts suppliers needs to evolve. Ultimately, the more information is shared between the parties involved in the maintenance process, the greater the possibility that the relevant support operations will become less chaotic and more consistent. The first area to demonstrate the benefits of such an approach is the supply chain, where one should rather quickly observe increasing efficiency and part availability.
“Naturally, implementing an integrated approach in the aftermarket support can be way more complex than in manufacturing, where the strategy is applied widely, since different MRO scenarios are significantly more difficult to predict. Nevertheless, the benefits of such a decision are more than rewarding,” says Zilvinas Sadauskas. “However, pursuing an integrated system requires a respective change in attitude towards many processes. It is only by addressing those issues that the challenges integrated approach presents can be justified.”
Source and image: Avia Solutions Group

Guessing future aircraft value: optimistic, pessimistic and realistic scenarios

Guessing future aircraft value: optimistic, pessimistic and realistic scenarios

Guessing future aircraft value: optimistic, pessimistic and realistic scenarios With USD 1.5 trillion worth of combined Boeing/Airbusbacklog, airlines, leasing companies and other aircraft market players keep placing orders for new aircraft endeavouring to harvest the 4-5% annual growth of thepassenger traffic. However, it is very important that those investors who wish to explore the flourishing aircraft market can clearly see all the industry’s pitfalls. Otherwise, their new investment will depreciate faster than the speed of light.
The residual value of an aircraft depreciates by 4-9% each year or two (depending on the density of aircraft operations and remaining resources) under the usual market conditions. The aircraft value is being pushed down by both natural factors (resource exhaustion and physical condition of the aircraft) and market trends (seasonal demand shifts, introduction of new technologies (upgrades) and aircraft types, etc.).
“First and foremost, there is no such thing in aviation as an old aircraft. With proper technical support a 20 year-old aircraft can be as safe as a newly built one and it can be a reasonable option to operate it from a commercial point of view. Take for example the Air Force One Boeing 747 – it’s almost 30 years old, and no one questions its reliability,” shares Tadas Goberis, the CEO of AviaAM Leasing. “Thus, in order to understand an aircraft’s real residual value, one should start the appraisal from elsewhere, i.e. aircraft’s technical condition.”
Aircraft condition
The value of an aircraft is basically determined based on the condition of its airframe, engines, avionics, separate components, etc. The contribution of each of these components to the overall value of an aircraft depends on their resources left. For instance, engines contribute only approx. 20-25% to the price of a brand new aircraft. But 20 years later, the situation makes a 180 degrees’ turn as the remaining resources in engines are usually the only valuable part of an aircraft.Guessing future aircraft value: optimistic, pessimistic and realistic scenarios
However, in order to determine the exact condition and resource status of an airplane, one requires maintaining a thorough understanding of the aircraft’s technical state. Thus, during the appraisal, the main attention should be paid to the detailed history of heavy structural repairs, life limited parts (LLP) replacement, landing gear overhauls and auxiliary power unit (APU) performance restorations.
“If we are talking about a mid-age aircraft, the condition of the logbooks and other documents also plays a crucial role as they may hide certain evidence of improper maintenance or utilization of non-approved parts. Therefore, one must accurately examine all those 5-to-10 pallet of documents which come together with an aircraft – this is the starting point for appraising the real condition of an aircraft,” comments Tomas Sidlauskas, Senior Project Manager at AviaAM Leasing.
Market Penetration
Aircraft which are popular and enjoy a large geographical spread tend to have better secondary market prospects and, in turn, exhibit higher liquidity and lower risk profiles, which affect their value.
Today, Airbus A320 family and Boeing 737 NG aircraft keep dominating the narrow-body aircraft market with approx. 62% share, according to Avitas. The average market value of mid-life aircraft of such type (excluding Boeing 737-800) is approx. USD 20-25 million, and it tends to remain stable in a short-to-middle perspective. As concerns the wide-body segment, Boeing 777-300 and Airbus A330-300 maintain rather firm positions at the top of the popularity list, thus being a stable asset to their owners.
Moreover, considering short-term perspectives, the demand for (and thus the value of) such aircraft as Airbus A320, A330-300, Boeing 737-800/900 and, in particular, Boeing 777-300 shouldn’t be subject to any major disruptions in a five-years’ time. However, the demand alone doesn’t guarantee a stable price for one’s asset since you are not the only one offering the product.
“A 10-years old aircraft is worth approx. half of its initial price. However, as the major aircraft manufacturers are continuously increasing their production rates, the real market value of one’s aircraft may even go down, since the demand may further shift from the second-hand to new aircraft. Then there are also the production cycles to consider,” says Tomas Sidlauskas. “At the same time, there are certain airplane models which are no longer manufactured yet still operated across the globe (e.g. Boeing 737 CL). With lower prices and leasing raters, such models may also find their niche, particularly in developing countries and within less demanding operators.”
Secondary Market Prospects
Whether one invests in a newly manufactured Boeing or a 5-7 years’ old Airbus, still sooner or later the owner will face the issue of further asset utilization after the first leasing cycle. With this in mind, a liquid aircraft, which is characteristic of a combination of low direct operating and capital costs, typically has a chance within the second and third-tier airlines, such as start-ups and lower credit-rate carriers. However, the purchase transactions are being actively replaced by leasing deals as a more preferable and flexible means of aircraft ownership within the airline industry.
Aviation Value Cycle
The most recent financial downturn has once again proven that there’s a tight interconnection between the aviation industry and the state of the global economy. However, the market still tends to develop according to its own value cycles. Considering the history of aircraft orders and deliveries, some specialists maintain the opinion that aviation develops in accordance with an approx. 10-15 years cycle. The previous peak for aircraft orders (demand) was observed in 2005-2006 followed by the global financial crisis.
“During the 2008-2011 period the market observed a substantial drop in the demand for used aircraft as carriers pressured by low profits were forced to opt for newer aircraft equipped with more fuel-efficient systems. Moreover, in the aftermath of the crisis we are now seeing how the low-cost business principles are actually spreading through the entire airline industry and narrowing the gap between legacy and no-frill airlines,” shares Tadas Goberis, the CEO of AviaAM Leasing. “But in either case, the market as we see it today is expanding and it’s vital not to miss out on the opening opportunities. In business terms, now investors have the chance to close long-term lease agreements with airlines while the values and rates are on the rise. Once the market returns to the descending part of its life cycle, such investors will still enjoy high ROIs despite the downturn.”
“In the meantime, despite all the value cycles, economic downturns and demand forecasts, when assessing a value of any asset it is very important to use realistic, pessimistic and optimistic approaches,” explains Tomas Sidlauskas, Senior Project Manager at AviaAM Leasing. “Although this rule is well known to everyone in the world of business, somehow, it is often being forgotten. By exploring all three approaches, the evaluation of an aircraft and the forecast of an expected value are becoming less vulnerable to “predictable contingencies”. After all, when you thoroughly understand your market flows and have all the data ready beforehand, it is not that hard to prepare yourself for a variety of scenarios and thus secure your asset’s residual value as much as possible.”
Source and image: AviaAM

Kenya Airways CEO Titus Naikuni will retire a month earlier than originally planned.

http://www.futureofdubai.com/2014/09/a-look-into-uaes-richest-people-lives_10.html#.VCAKhpSSxkk

http://www.futureofdubai.com/2014/09/a-look-into-uaes-richest-people-lives_10.html#.VCAKhpSSxkk

Sunday, 21 September 2014

heroic mum saves her little baby from dad's bullets

, when Cobie's father chased them into a bathroom with a gun and began shooting. He shot Jessica in the head. As she fell, she twisted her body in the opposite direction, placed Cobie into the toilet bowl, and laid dying over the seat, protecting her baby from the bullets. Cobie's father eventually shot and killed himself. Jessica died in that bathroom, but little Cobie survived. Read her heroic story:

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A body has been found in a Lufthansa A340’s landing gear at Frankfurt airport

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