Cs100 Aircraft

Cs100 Aircraft - The CS100 and CS300 aircraft have over 95 per cent parts commonality, as well as the same type rating. The groundbreaking Pratt & Whitney PurePower® PW1500G engine, combined with advanced aerodynamics, delivers reduced fuel burn, noise and emissions, increasing the aircraft's environmental and social compatibility.

Bombardier is the world's leading manufacturer of both planes and trains. Looking far ahead while delivering today, Bombardier is evolving mobility worldwide by answering the call for more efficient, sustainable and enjoyable transportation everywhere. Our vehicles, services and, most of all, our employees are what make us a global leader in transportation.

Cs100 Aircraft

Powered by Pratt & Whitney PurePower PW1500G engines, Bombardier is claiming a maximum range of 3,300 nautical miles (6.112 km/3.798 mi) for the aircraft. The engines, when combined with the plane's shape, should make for efficient, low emissions flying and a quiet ride for passengers.

About Bombardier

That combination, according to the company, should open the door for carriers to run routes previously considered too expensive. The aircraft is delivering more than a 20 per cent fuel burn advantage compared to in-production aircraft, and a greater than 10 per cent advantage compared to re-engined aircraft.

The C Series aircraft will also emit 50 percent fewer NOX emissions than the CAEP 6* NOX emission standards. About C Series Aircraft ServicesThe entry-into-service and operation of C Series aircraft will be supported by Bombardier Commercial Aircraft's worldwide customer services network.

The customer services team is currently available 24/7/365 to operators of Bombardier CRJ Series regional jets and Q Series turboprops, and is actively being strengthened to support the C Series family of aircraft. All noise performance testing on the CS100 aircraft has been completed and data confirms it is the quietest in-production commercial jet in its class.

The aircraft's noise performance and its outstanding short-field capability make it ideal for varied types of operations. The C Series aircraft's maximum range has also been confirmed to be up to 3,300 NM (6,112 km), some 350 NM (648 km) more than originally targeted.

Landing Gear

Available in both a standard and an extended range configuration, the CS100 is great for short haul flights, as well as for transcontinental flights. The short haul flights have a range of up to 2200 nm, while the longer flights can easily reach 2950 nm. It is now known as the Airbus A220-100.

With impressive electrical systems that ensure low operating costs and weight, this aircraft has been designed to be not only easy to control, but also less expensive to fly and maintain. It is similar to the CS300 in terms of training, operating, and maintenance.

Even though it's still a single-aisle aircraft, the CS100 is a bigger, more sophisticated proposition than those little CRJs. It is the first aircraft in Bombardier's C-Series family of narrow-body, twin-engine, medium-range jet airliners and is intended as a direct competitor to the Embraer E195-E2, which isn't due to enter service until 2019.

Bombardier Commercial Aircraft and CAE announced today that Transport Canada, the US Federal Aviation Administration (FAA) and the European Aviation Safety Agency (EASA) have awarded Interim Level C qualification on the full-flight simulator (FFS), and qualified the flight training device

Digital Flight Deck

(FTD) for the all-new CS100 aircraft. “Our teams have been working diligently to achieve the qualifications for the CS100 aircraft training devices and we are delighted that the three regulatory authorities approved in quick succession – particularly as we ramp up our customer support activities in preparation for first delivery and entry-into-

service in Q2 2016,” said Todd Young, Vice President and General Manager, Customer Services, Bombardier Commercial Aircraft. “Additionally, 95 per cent of technical publications are complete and operators are accessing these publications through our new online customer portal.

We are steadily increasing our team of Field Service Representatives and technicians to service our C Series aircraft customers. Part of the CSeries aircraft family, the CS100 was originally designated as the C110. It easily seats 110 passengers, but is available in a few different configurations, making it a great option for both longer and shorter flights.

With a concept phase beginning in 2004, this aircraft has a lot to offer. In addition to delivering best-in-class economics with the C Series aircraft, Bombardier has placed considerable emphasis on cabin design to ensure an excellent passenger experience.

Orders And Deliveries

The C Series aircraft's larger seats, overhead bins and windows create a widebody feel that offers passengers unparalleled comfort. As announced previously, Bombardier's Aircraft Health Management System (AHMS) for the C Series aircraft is an integral part of the airliner's design, ground system and support tools, and will be available to operators at the aircraft's entry-into-service.

By leveraging the large amounts of data recorded and transmitted from C Series aircraft, the AHMS will allow operators to make sound decisions on aircraft performance and maintenance. Pratt & Whitney's data service system will be the infrastructure unit used to perform data transmissions from the C Series aircraft's on-board Health Management Unit (HMU) while on the ground, and Bombardier has contracted Tech Mahindra to develop the Aircraft Ground Support System for the

AHMS. Tech Mahindra's cutting-edge Cloud Computing, Sensor, Internet of Things (IOT) and Big Data technologies will be utilized to perform deep analytics of the aircraft's health status. Updated features in the cabin ensure that passengers will be as comfortable as possible when they are in the aircraft.

New lighting and better windows allow for a pleasant experience. Passengers sit five across with a center aisle. The business class seats are just four across and have power outlets, in-flight entertainment, and internet. This powerful flight deck makes it easy for the pilot and co-pilot to control the plane, check its status, and to ensure that the operation is as fuel efficient as possible.

With such a powerful digital flight deck, it's easy to see why the CS100 is thought to be a great option. The landing gear on any aircraft is important, and the CS100 has retractable tricycle-type gear.

The nose unit retracts rearward while the main units retract inward. Each unit has twin wheels on it to ensure easy landing and take off. About C Series AircraftThe C Series family of aircraft, representing the fusion of performance and technology, is a 100 percent all-new design that offers operators potential savings of between US$ 7.5 to 12 million per aircraft.

Bombardier is headquartered in Montréal, Canada. Our shares are traded on the Toronto Stock Exchange (BBD) and we are listed on the Dow Jones Sustainability North America Index. In the fiscal year ended December 31, 2014, we posted revenues of $20.1 billion.

News and information are available at bombardier.com or follow us on Twitter @Bombardier. Powerful Pratt & Whitney PurePower PW1000G engines power the plane. There are two of them, and they are designed to be incredibly reliable and to use less fuel.

Thanks to the reduced emissions, fuel consumption, and noise that they produce, they offer all the power the plane needs. In fact, they boast a thrust of between 17,000 and 23,000 lb. When it says wider seats, the company's not talking about a minuscule improvement either.

While the Boeing 737 has 17.3-in (43.9-cm) seats, the Airbus A319's pews are 18.0-in (45.7 cm) wide, and the Embraer E195-E2's seats will be 18.3 in (46.5cm) wide, the CS100 has 19.0 -in (48.3-cm) seats. The CS100 was specially designed to meet the needs of companies needing flights with 110 seats.

In 2004, Bombardier started a program to evaluate whether or not a new family of commercial aircraft would be feasible and if it would be a good idea. This lasted until 2006, but in 2005 Bombardier began to offer the CSeries aircraft to customers.

The idea was scrapped in 2006 due to low interest, but was picked up again in 2007. Bombardier's current Customer Services network includes Customer Response Centers located in Montréal and Toronto, Canada, as well as 22 Regional Support Offices and Parts Facilities.

Three Bombardier-owned and operated Service Centers in the U.S. provide heavy maintenance, drop-in maintenance, as well as structural repair and overhaul of airframes and components. Some 10 strategically located Authorized Service Facilities provide valued support to keep our customers flying competitively.

The network is augmented by regionally-based mobile teams. The 108 to 133-seat CS100 (now A220-100) made its maiden flight on 16 September 2013, was awarded an initial type certification by Transport Canada on 18 December 2015 and entered service on 15 July 2016 with Swiss Global Air Lines.

When it comes to commercial airplanes, Airbus and Boeing are the two big players, while Brazil's Embraer S.A. and Canada's Bombardier Aerospace fought it out for the title of the world's third largest airplane manufacturer. Bombardier is getting a head start on its rival with the first of its new CS100 aircraft handed over to Swiss International Airlines and due to enter service later this week.

About CAECAE is a global leader in the delivery of training for the civil aviation, defense and security, and healthcare markets. We design and integrate the industry's most comprehensive training solutions, anchored by the knowledge and expertise of our 8,000 employees, our world-leading simulation technologies and a track record of service and technology innovation spanning seven decades.

Our global presence is the broadest in the industry, with 160 sites and training locations in 35 countries, including our joint venture operations, and the world's largest installed base of flight simulators. Each year, we train more than 120,000 civil and defense crewmembers, as well as thousands of healthcare professionals.

www.cae.com. Follow us on Twitter @CAE_Inc Swiss International Airlines (SWISS) will be the first airline to take delivery of the C-Series planes, and service of the first CS100 is set to begin on July 15 with a flight from Zurich to Paris-Charles de Gaulle.

It will also be used on routes to Warsaw, Brussels, Nice, Stuttgart, Hanover, Milan, Florence and Bucharest. As is common with new aircraft, the flight deck boasts fly-by-wire systems, as well as conventional controls. The fly-by-wire control ensures that the aircraft has as low a weight as possible and that it also enjoys great fuel efficiency.

The CS100 was renamed the Airbus A220-100 in July 2018, when Airbus took over the company. The direct competition for this aircraft is the Boeing 737-700, as well as the Airbus A319. So far, it is less expensive than the competition, but has not been in service nearly as long as the other aircraft.

Bombardier may not be a household name, but most US frequent fliers have probably ridden in one of its planes. Having acquired Canadair in 1986, the company manufactures Canadair Regional Jet (CRJ) models for Delta and American Airlines, as well as international carriers like Garuda, China Express Airlines and Rwandair.

The CS100 can easily land and take off from a shorter landing strip than other similar aircraft. It only needs 1643 m for take off and can easily land on just 1387 m. With a fuel capacity of 21.918 l and an impressive ceiling of 12.497 m, this plane is a great option for flying.

Nearly one-fifth of the weight of the aircraft is from composite construction. There are composite materials in the rear and center sections of the tail cone, fuselage, wings, and empennage. Additionally, this aircraft boasts a fourth generation wing design.

The launch customer of the CSeries planes was Lufthansa, and in 2008 they issued a letter of interest for 60 aircraft, as well as 30 additional options. Each of them costs $46.7 million. In early March 2009, there was another order for 30 aircraft from Swiss International Air Lines Ltd.

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Cv 62 Aircraft Carrier

Cv 62 Aircraft Carrier - Copyright © 2023 by Mesothelioma.com. All Rights Reserved. The information contained on this site is proprietary and protected. Any unauthorized or illegal use, copying or dissemination will be prosecuted to the fullest extent of the law.

After decommissioning, the carrier remained in mothballs for five and a half years before being struck on March 8, 2004. During the time in mothballs, ex-Independence was said to have been heavily stripped to support the active carrier fleet, especially the Kitty Hawk

Cv 62 Aircraft Carrier

-class carriers. Her port anchor and both anchor chains were used on the new Nimitz-class carrier USS George H.W. Bush. The recycling of parts and the poor material condition of Independence at the time she was retired made a strong argument against retaining her as a potential museum ship.

Asbestos Use On Aircraft Carriers

In April 2004, U.S. Navy officials identified her as one of 24 decommissioned ships available to be sunk as artificial reefs. The companies who sold this asbestos to the U.S. Navy were typically aware of the threat it posed, but did nothing to warn the veterans who would be working with it.

This led to many veterans developing mesothelioma later in life; a disease only known to be caused by asbestos. Before sailing back to Yokosuka, Japan, the Indy made its last port call of the deployment to Hong Kong in May.

It was the last U.S. naval port visit to the territory before its reversion to China on 1 July 1997. In the summer of 1974, the Independence departed Norfolk for yet another 'Med Cruise', operating with CTF 60.1 and CVW-7.

On Sept. 8 Sailors were introduced to the new concept of terrorism when a bomb exploded in the cargo compartment of TWA Flight 841 high above. Steaming to the crash site, the Indy and other ships spent two long days retrieving what little remained of the ill-fated jetliner, her crew, and passengers.

Who Was At Risk Of Asbestos Exposure On Aircraft Carriers?

April 3, 1997 An F-18's wheel mount collapsed during a cat shot, the wing tip slamming shut a deck hatch on the legs of a crewman who was taken by an SH-60 helicopter to a hospital in Sydney, Australia.

The F-18 involved was damaged and was flown on 1 engine 220km to Williamtown RAAF base where it managed a landing with a wheel collapsing. Following training exercises, ranging north to New York and south to Mayport, Fla., USS Independence departed Norfolk Sept.

8, 1964, for NATO Teamwork exercises in the Norwegian Sea and off the coast of France, then to Gibraltar. The carrier returned to Norfolk Nov. 5 and entered the NNSY for overhaul. On November 19, 1980, USS Independence deployed to the Indian Ocean and was on watch on "Gonzo Station" as United States President Reagan took office and the Iranian hostages were freed.

Subsequently completing an Indian Ocean cruise, the aircraft carrier transited the Suez Canal northbound, shortly after USS America (CV 66) had transited southbound, making America the first U.S. Navy carrier (and, thus, Indy the second) to transit the Suez Canal since USS Intrepid (CV 11) in 1967. CV 62 completed a deployment of 204 days, during which the crew saw freedom only three times;

Uss Independence Cv-

5 days in Mauritius, a week in Perth, Australia, and a short half-day stop in Rota, Spain, before crossing the Atlantic to return to Norfolk on June 10, 1981. CVA 62 operated off the Virginia Capes for the next year on training maneuvers, and departed August 4, 1960, for its first cruise to the Mediterranean, ending the deployment March 3, 1961. The remainder of the year was spent in training and readiness operations

in the Atlantic Ocean. Because of faulty maneuvers, in the Caribbean Sea in March, the carrier collided with USNS Diamond Head (AE 19). USS Independence was not damaged, but two departments of the AE 19 had leaks and went full with water.

Individuals and their loved ones should contact a mesothelioma law firm to learn more about their legal options. In addition to lawsuits, victims may be eligible for other types of compensation. Mesothelioma lawyers understand state legal deadlines and may help their clients gather evidence needed to file a claim or lawsuit.

Until the late 1970s, many aircraft carriers were constructed with ACMs. Asbestos was commonly used to fireproof pipes that carried steam and hot liquids. During maintenance and repair of these products, asbestos fibers were often released into the air.

One of the newest class of "supercarriers" at the time of her commissioning, USS Independence conducted shakedown training in the Caribbean and arrived at her homeport of Norfolk June 30. On Aug. 25, during suitability trials on board the Indy, an A3D Skywarrior, piloted by Lt.

Cmdr. Ed Decker, took off at a gross weight of 84,000 pounds - the heaviest aircraft ever to take off from a carrier. USS Independence was again deployed to the Mediterranean on June 23, 1970, returning to Norfolk Naval Base January 31, 1971. It was during this cruise that Indy was awarded the Meritoreus Unit Commendation in support of actions against the PLO during the Jordanian crisis.

USS Independence departed Norfolk August 6, 1963, to take part in combined readiness exercises in the Bay of Biscay with sea-air units of the United Kingdom and France then entered the Mediterranean Sea Aug. 21 for further duty with the Sixth Fleet.

Cruising throughout the Med, she gained much valuable experience during combined NATO exercises, including close air support to Turkish paratroops, reconnaissance, communications, and convoy strike support. President Makarios of Cyprus paid her a visit Oct. 7, after which she joined in bilateral U.S.-Italian exercises in the Adriatic Sea with Italian patrol torpedo boats, and U.S.-French exercises which pitted her aircraft against French interceptors and a surface action with French cruiser Colbert (C 611).

The Indy returned to homeport March 4, 1964. Ships built between the 1930's and 1970's commonly used asbestos in their construction, placing those who served aboard the USS Independence at a high risk of exposure. Asbestos could be found in equipment such as boilers, turbines, valves, pumps, and electrical components.

At the time, asbestos was the principal insulating material for the U.S. Navy's high-pressure steam valves. In the 1940s, the Navy began documenting the connection between asbestos exposure and a number of illnesses. Despite knowing asbestos was dangerous, the Navy continued to put individuals on the USS Independence at risk of developing an asbestos-related disease.

Many individuals have experienced occupational asbestos exposure on aircraft carriers. Navy personnel and shipyard workers were at risk of exposure while cutting, sawing and handling asbestos products. During these processes, asbestos was often released into the air.

Victims of asbestos exposure have a right to seek compensation. Those diagnosed with mesothelioma or other asbestos-related diseases can have the often overwhelming costs of medical care covered by settlements, and may be entitled to additional sums for pain and suffering.

In 1997, CV 62 made a four-month deployment, covering several major exercises and seven ports of call. Included in these ports of call were two historic port visits. The first was Feb. 28 to the island territory of Guam.

The Independence was the first aircraft carrier to pull into Guam in 36 years. The second, two months later, was to Port Klang, Malaysia. USS Independence became the first carrier in the world to make a port visit to Malaysia.

The Navy's first aircraft carriers were also constructed with a variety of asbestos-containing products. Due to the mineral's durability and heat resistance, asbestos was a popular material in Navy ships. Asbestos was commonly used to fireproof and insulate steam pipes, turbines and valves.

Military veterans with asbestos illnesses may also be eligible for benefits from the U.S. Department of Veterans Affairs. By filing a VA claim, veterans may receive financial compensation. Veterans may also seek treatment for asbestos illnesses at VA hospitals.

In August 1990, with Carrier Air Wing Fourteen embarked, USS Independence was sent to deter Iraqi aggression during Operation Desert Shield. Arriving on station in the Gulf of Oman on August 5, she was the first aircraft carrier to enter the Arabian Gulf since 1974. The Indy remained on station for more than 90 days and permanently reestablished a U.S.

naval presence in the region. The ship returned to San Diego December 20. Materials such as gaskets and packing were also often made of asbestos. A high concentration of these items were located in the engine and boiler spaces of ships, putting Machinist's Mates, Boiler Tenders, Firemen, and others who worked in these areas in the most danger.

Notice: This website and its content are sponsored by Early, Lucarelli, Sweeney, & Meisenkothen, LLC, a law firm specializing in asbestos injury litigation. Attorney Advertising. Prior results do not predict a similar outcome. Please read our disclaimer for more information.

The USS Independence was the final ship constructed in the Forrestal class of aircraft carriers. In 1959, the Navy commissioned the USS Independence as an attack aircraft carrier. The ship was later redesignated as a multi-purpose aircraft carrier.

In 1982, USS Independence provided critical support to the multinational peacekeeping force in Lebanon. On June 25, the greatest concentration of U.S. Navy air power in the Mediterranean Sea resulted when the battle groups of the Forrestal (CV 59) and Independence joined forces with the Dwight D. Eisenhower (CVN 69) and John F. Kennedy (CV 67).

In 1922, aircraft carriers were first adapted from other Navy vessels. The Washington Treaty of 1922 limited the number of battleships and cruisers the U.S. Navy could have. This led the U.S. Navy to convert two battlecruisers into the first aircraft carriers.

USS Independence changed homeports again on September 11, 1991 to Yokosuka, Japan, embarking Carrier Air Wing Five and becoming the Navy's only permanently forward-deployed aircraft carrier and flagship for Commander, Carrier Group Five. For years, the man worked as a pipe coverer and pipefitter at Newport News Shipbuilding and Drydock Company.

The man spent time insulating pipes and valves on the aircraft carrier USS America. He also installed and removed pipes aboard several submarines. During these jobs, he experienced asbestos exposure. On October 25, 1983, aircraft from USS Independence's embarked air wing flew missions in support of Operation Urgent Fury, the action to liberate the Caribbean nation of Grenada.

Returning to Lebanon that same year, the ship's air wing conducted air strikes against Syrian positions. Asbestos was also commonly added to parts in jets, airplanes and helicopters. Individuals who service aircraft may have come in contact with asbestos-containing brakes and other automotive parts.

As a result, service members were put at risk of asbestos exposure. USS Independence became the oldest ship in the U.S. Navy's active fleet, and the first carrier in history to hold that distinction, on June 30, 1995. With this honor, the Indy displayed the Revolution-era First Navy Jack, commonly called the "Don't Tread On Me" flag, from

her bow until her decommissioning. The flag was presented to the ship's CO Capt. David P. Polatty III in a formal ceremony on July 1. The flag was received from USS Mauna Kea (AE 22) upon her decommissioning.

On February 17, 1985, USS Independence arrived at the Philadelphia Naval Shipyard to undergo a modernization and overhaul program to extend her service life by 15 years. The flight deck was improved to allow the recovery of high-performance aircraft while the ship traveled at slower speeds, and the NATO Sea Sparrow launchers were upgraded.

Other improvements improved the ship's fuel consumption. CV 62 completed the Service Life Extension Program (SLEP) at Philadelphia Naval Shipyard in June 1988. Setting sail Aug. 15 from Norfolk, the ship transited the tip of South America and arrived at her new homeport of San Diego, Calif., Oct.

8. Until the late 1970s, asbestos was commonly used by the U.S. Navy to insulate pipes, turbines and other materials. For example, two aircraft carriers built with these asbestos-containing materials (ACMs) were the USS Kitty Hawk and the USS Independence.

Aircraft carriers are warships equipped with flight decks capable of transporting aircraft. Until the late 1970s, shipbuilders constructed United States aircraft carriers with many asbestos materials. Widespread asbestos use on aircraft carriers caused many individuals to experience exposure.

As a result, Navy veterans are at a high risk of developing mesothelioma.

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Daher Aircraft Inc

Daher Aircraft Inc - Stunning pictures and words take you to Papua New Guinea with humanitarian aircraft operations, to a remote surfing destination with world-class surfers, or follow rangers as they protect endangered rhinos in Southern Africa. We'll also let you know about the latest news,

product updates, and upcoming events where you can meet a Kodiak up close and personal. At a time when the world is facing the COVID-19 pandemic, our thoughts are with all those who are most directly affected. We hope that you and your loved ones are healthy and will remain so throughout this difficult period.

Daher Aircraft Inc

Kodiak's home base was somewhat accidental and lucky. The founders lived in the Sandpoint area, but the nearby Spokane area had become a home for an aviation support industry. That and a ready supply of craftsmen whose skills were honed in logging, farming and construction provided

Join The Adventure

Kodiak with a workforce. Business aviation has discovered an economical alternative to expensive jet service to intra-state destinations. Farmers, ranchers and rural estate owners use the Kodiak as their get in, get out transportation choice. Companies with far-flung service areas use the Kodiak as their alternative

to time-consuming road trips. Add to this the city-bound who use the Kodiak as their urban escape vehicle. By 2007 they had a certified plane, a long list of orders and a world of missions ahead. In the process they also founded a family of dedicated engineers, craftsmen and administrators in the tiny hamlet of Sandpoint Idaho, one of the most beautiful but unlikely

sites for an aircraft manufacturer. There was clearly more than money involved. The mission to do good also meant do good by their employees and their town. With that they established an enterprise that can only be compared to a classic boatbuilding shop in Maine, where

Skilled American craftsmen shape aluminum, not wood, into modern boats of the air. The Kodiak began as the brainstorm of an innovative aircraft designer and joined by a veteran aviator, who had spent a lifetime flying for humanitarian organizations. The designer and the pilot both understood the mission: fly into some of the roughest terrain, hot or high,

The Result The Amazing Kodiak All-Weather Rough-Terrain Workhorse

with critically needed doctors and supplies and get out safely . . . with the plane. Their passion attracted NGO investors and an experienced administration advisor, the former CEO of Alaska Airlines. Sun ’n Fun Aerospace Expo is a nonprofit organization in Lakeland, Florida dedicated to the promotion of aviation education. It is best known for the annual week-long fly-in and airshow at Lakeland Linder International Airport in Lakeland, Florida

The history of aviation is a never-ending story of inspiration and innovation, to address a challenge and make a better plane. This is what brought three aviation veterans together. These founders of what would become the Kodiak Aircraft Company identified a need for a sturdy

and powerful STOL aircraft that could deliver humanitarian aid to the most remote places on the planet. Although the company's founding may be rooted in humanitarian aid, it did not take long for the rest of the world to realize that this ultra-modern, ultra-safe and extremely rugged plane had a place in business and general aviation.

It did not take long for the aviation community to take notice. If the Kodiak could do that, what else could it do? Today, the Kodiak serves many user groups around the world while maintaining honesty, integrity and a commitment to build the best,

Request A Demo Flight

most versatile aircraft in its class. That strategy has led to an ever-expanding list of customers including operators of corporate fleets, air-taxi services, the national parks, owner-operators, backcountry outfitters, parachute clubs, scientific air surveyors, ranchers, ambulance services . . . and the list just keeps expanding not only across customer categories, but worldwide.

Add to this the mountains, lakes and dozens of backcountry airstrips to test the new aircraft and you have the perfect place to introduce a highly advanced and technically superior aircraft that is backed by the passion of its makers.

We channel that commitment into being as economical as possible. We use only what is needed and recycle as much as possible — even collecting the aluminum shavings for reuse elsewhere. Our planes are designed to be the most efficient and economical midsized, single-engine aircraft

on the market. Keeping operating costs down improves our competitive advantage and produces less pollution. The Kodiak was conceived to serve the world. Many of the first planes, which were designed specifically for heavy-duty backcountry work, were delivered to humanitarian groups serving the most remote corners of the earth. Bringing doctors, medical supplies, food and educationals

, this fleet of Kodiak aircraft has become a lifeline to distant people. With the integration of Quest, Daher Aerospace has now broadened its aircraft range – bringing the Kodiak together with the its line of TBM turboprop aircraft. In addition to creating significant synergy across the Kodiak and TBM families, the integration further reinforces Atinforces Daher'

a dynamic strategy of regular improvements and enhancements to their aircraft offerings. The Kodiak line of aircraft was founded in the Pacific Northwest with a mission — to design and produce the next generation of short takeoff and landing aircraft capable of bringing services and heavy supplies to the most remote regions on the planet. The Kodiak 100 was first introduced

in 2007 by Quest Aircraft Company, which was subsequently acquired by the Daher Group, which is among the top 10 business aircraft manufacturers in the world. There is no better way to appreciate the Kodiak 100 than actually flying in the plane. If you are interested in a demo flight, please fill out the request below. One of our colleagues will contact you shortly.

We are working with our suppliers to ensure the safety of their employees, while maintaining a necessary level of activity. Given the situation, and despite all efforts that have been made, delays or disruptions in our deliveries and/or services are inevitable. Your regular

interlocutors remain mobilized to keep you informed; do not hesitate to contact them. Seattle, Wichita and Toulouse are among the great aviation manufacturing centers, but the small Northern Idaho town of Sandpoint is where the tradition of crafting a plane literally from scratch survives and thrives. While other manufacturers may outsource production to the comploys of Kodiakir

aircraft in America. Sure, there were other venerable aircraft that had been doing this type of job well, but these planes were designed half a century ago. A lot has changed, like light weight, yet ultra strong materials, integrated avionics, variable airfoils, raw power,

fuel efficiency and, most importantly, safety. The rigors of getting into and out of the toughest locations over and over required a rethink. In addition, they had to keep the price and the maintenance costs down. Some service may have to be done in

a muddy field by the pilot-mechanic. That left more humanitarian money for aid, not aircraft. Today, the Kodiak has found new markets throughout the world: Replacing the aging single-engine STOL aircraft (many from the 1950s); supplying aerial surveillance vehicles to parks and police; assisting in wildlife management;

taxi services, backcountry outfitters and parachute clubs. The result is the amazing Kodiak 100, a rugged 10-seat turboprop that can takeoff in under 1000 feet fully loaded, fly for a thousand-plus miles, land on any reasonably safe spot, fuel, and get back again.

Of course, we will give priority for all of the fleet operators or any aircraft flown by our great and generous customers, which have been requested or who volunteered to deliver vital medical supplies and goods to some of the places that need it most.

support of its partners, Daher will be ready and operational to serve you completely and normally as soon as this crisis ends. My thoughts are with all of you and your families each day and you can rely on me and my team to communicate everything that matters

to you. I wish you a safe Stay at Home! I want to inform you of the steps Daher is taking to stop the spread of the virus and protect the health of its employees, while ensuring safe and responsible operations at the service of its customers. Our first priority is the health and safety of our staff

and their families, as well as our extended « family” – our customers, suppliers and partners around the world. Daher strives to ensure the continuity of operations and is adapting to the needs of its customers on a day-to-day basis – all

While protecting our employees' health, and in accordance with the evolving guidelines issued by health and government authorities to stop the spread of COVID-19.

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Ctsw Aircraft

Ctsw Aircraft - All three control surfaces can be trimmed using small, console-located manual trim wheels, but in practice only the pitch trim was required. This adjusts a geared trim tab at the rear edge of the horizontal stabilizer.

But carbonfibre structures are normally stronger and more crash-resistant, and can offer more aerodynamically efficient shapes with less drag. Fuel capacity is 130 liters carried in two integral wing tanks. Load-factor limits are +4/-2g. Flight controls are rods to the ailerons and all-moving horizontal stabilizer and cable to the rudder.

Ctsw Aircraft

The aircraft has side-by-side seating and dual floor-mounted central control columns with top-mounted push-to-talk button and wing-leveller engage/disengage button. The CT-SW uses all-carbon fiber construction with Kevlar strengthening. Basic empty weight of the CTSW is 295kg when equipped with BRS recovery parachute system.

The aircraft is certified as a light sport aircraft with an all-up weight of 600kg. The CTSW is equipped with a Rotax 912 S, 4 cylinder, 4 stroke aircraft engine, which puts out 100 HP and drives a three-blade, fixed-

pitch “Neuform” propeller. The craft has dual controls, with a center mounted throttle. The panel features four standard flight instruments, but instead of an artificial horizon the assessed aircraft had a central turn and slip indicator with surrounding airspeed and vertical-speed indicators and altimeter.

An E2B-type compass was fitted at the top of the forward windscreen. Navigation was provided by a Honeywell GPS moving-map display. The electrically operated flaps have five positions (-12° for cruise, 0° for take-off, 15° for take-off and approach, and 30° or 40° for normal or short landing).

The cockpit can be heated by ducted engine air and cooling/ventilation is by cockpit louvres. Electrical power for flight instruments, lights, communications (single VHF and transponder), navigation (GPS) and flaps is provided by an engine generator charging a single 12V

battery

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