21 septembre 2018 | Local, Aérospatial

Canada’s new fixed wing search and rescue aircraft takes shape - first delivery expected next year

DAVID PUGLIESE, OTTAWA CITIZEN

The Department of National Defence has released this photo above of the first C-295W in the process of being built by Airbus for the RCAF. The first aircraft is scheduled to be delivered next year. The RCAF will receive 16 such aircraft for search and rescue missions.

https://ottawacitizen.com/news/national/defence-watch/canadas-new-fixed-wing-search-and-rescue-aircraft-takes-shape-first-delivery-expected-next-year

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  • From buckets to BATTs — the SEI story

    29 août 2019 | Local, Aérospatial, Sécurité

    From buckets to BATTs — the SEI story

    by Howard Slutsken In the back of a tree-lined industrial mall a few miles from Vancouver International Airport, a fellow named Jerry is playing with water. It's his job to fill a big orange fabric bucket, lift it up into the air on a winch, and then hit a big black button to open a valve in the bottom of the bucket. Water cascades out in a controlled torrent, splashing into an inground pool. Over and over, he lowers the bucket down into the pool, refills it, winches it back up, and hits the button until he's satisfied with the bucket's performance. Jerry works for SEI Industries and he's testing a Bambi Bucket, the indispensable aerial firefighting tool invented and made in Canada. “Thousands and thousands have been sold,” said Sergio Fukamati, director of SEI's firefighting division, in a recent interview with Skies. “Our standard Bambi Bucket with a single drop valve is still the most popular one, but the Bambi MAX with its multi-drop valve is becoming the industry standard.” The flexible buckets are sized to match the lifting capability of virtually every helicopter type. Capacities range from a small 270-litre Bambi to the huge 9,800-litre bucket that's carried by heavy-lift helicopters like the Boeing Chinook or Russian Mil machines. The Bambi Bucket was invented by Don Arney in 1978, and the first model was delivered in 1982. Since then, the bucket has undergone continuous improvement, reflecting new technologies in manufacturing and materials. The latest version is the new i-MAX, currently in testing and scheduled to be commercially available later next year. “This is a Bambi that incorporates a load cell in the control head of the bucket where it hooks to the helicopter,” explained Fukamati. “It integrates with a touch screen control in the cabin, where a pilot can punch in a specific load, and the bucket adjusts.” Like other MAX buckets, this smart Bambi can be programmed to drop varying amounts of water over several drops. Bambi Buckets can also be equipped with a snorkel system to suck water out of an available source with a depth as little as 18 inches. This kind of product evolution is at the heart of SEI's mission – after all, the company's name stands for “Science, Engineering and Innovation.” The company has a team of 87 people working in its Delta, B.C., facility. “We have a very high engineering to salesperson ratio. There's one engineer for every salesperson, which is very unique,” said Paul Reichard, director of SEI's remote site division. “That gives us a lot of engineering bench strength. When customers come to us with a problem, we can do it from beginning to end and we can do it quickly.” SEI's focus on engineering expertise and nimble innovation has led the company to develop a wide range of products. Leveraging its knowledge of fabric materials and welding technologies, SEI has been manufacturing fuel bladders since the mid-1990s. With more than 45 unique products spanning a variety of climatic conditions and bladder capacities, SEI's remote site products are in service with more than 50 military forces and commercial companies worldwide. The crossover between military requirements and commercial opportunities has created an interesting path for SEI's product development. According to Reichard, the need to position water close to a forest fire for Bambi Bucket operations led to the “dip tank” – think of a flexible, portable above-ground swimming pool. The Canadian military saw the product and asked if it could be used as a drinking water supply for remote locations. So SEI reworked the dip tank, put a cover on it, and the “onion tank” was born. To move the fluids in and out of bladders and tanks, SEI created a range of pumping systems. Most recently, the company developed a containerized system for Japan's military that will be pre-positioned for quick emergency response. Then one day, a call came in from the Columbian military, a customer using SEI's bladder and pumping systems. The military was trying to solve its logistical problems with ground deliveries of fuel – their trucks were being hijacked or stolen. “They took the smallest bladder tank we made – which is 5,000 gallons – put it in a DC-3 and asked us to come down to Columbia to show us what they did,” explained Reichard. “The idea worked, and they had strapping systems to try and hold the thing down. But it was moving around, the straps were abrading, and it was leaking fuel in the aircraft. “I was sitting there thinking, ‘This looks so dangerous,' and they asked, ‘Well, can you make it safer for us?'” Yes, SEI could. And did. Designed specifically for the safe and efficient air transport of fuels, SEI's Bulk Aviation Transport Tank – or BATT – is a tank within a tank. The inner fuel resistant tank can store diesel, jet fuel or gasoline – or in the case of SEI's new Multi-fuel BATT, all three. To prevent the fuel from sloshing around in flight, the tank has a system of baffles – one version for airplane BATTs and one for helicopters, reflecting the differing in-flight dynamics. The outer tank is also fuel resistant, and the flexible material has the strength to handle the stresses of transport, as well as being abrasion and puncture resistant. The two tanks are connected at the ends with flanges and internal side straps, and the external tank has an integrated harness system to secure the BATT inside the aircraft. Working with its suppliers, SEI specifies the properties of the materials it uses to make its products. After cutting the components, radio-frequency fabric welding creates a joint that's equal in tensile strength to the base level's properties. It's so strong, it's as if there isn't a weld. The first BATT was delivered to the Columbian military in 2009. By 2012, the tanks were being sold to commercial operators in Canada. The smallest BATTs can be transported in a de Havilland Otter or a Cessna Caravan. The biggest BATT holds 9,500 litres of fuel, sized for large cargo planes serving mining, resource, military or other remote facilities, for example. Aircraft such as the Boeing 737 or Lockheed Martin C-130 Hercules can carry two BATT tanks at once. When a BATT is emptied, it can be rolled up to a fraction of its filled size. In Canada's North “a BATT tank and a ground bladder are a very efficient model for a small exploration site,” said Reichard. “Compared to fuel drums, these systems are a lot less likely to have fuel spills and to cause injuries because they're not handled as much. From an environmental perspective, it's a cleaner site.” SEI's portfolio covers aviation, fire suppression, fire, ignition, exploration and environmental management, including spill response and containment. This is serious business, balanced perhaps by the unique names bestowed upon the company's products. When a wildfire team must fight fire with fire, SEI's Dragon Egg ignition spheres can be used to create a controlled burn. Safer than using open torches, crews spread Dragon Eggs over the burn area. Smaller than a ping-pong ball, the timing of each Egg's ignition is carefully controlled by the last-minute injection of a triggering chemical. Also in SEI's product family are RainDrain, Drip Defender, and Spill Monkey fluid containment systems; Arctic King, Desert King and Jungle King bladder tanks; and Pumpkin and Heliwell water tanks. “Our owner has always been very active in the naming process; he wants us to keep a light heart in it, but also look for uniqueness,” said Reichard. So, how did the Bambi Bucket get its name? Some believe that the iconic orange water bucket was named after the famous animated deer. Others think that it honours a waitress named Bambi who worked in a pub in Boise, Idaho, where forest firefighters hung out. “Neither is true, and it's not a sexy story,” admitted Fukamati. He explained that in 1978, a marketer asked SEI founder Don Arney about a name for his soon-to-be industry-changing invention. “Don had to come up with a name, and just out of the air he said, ‘We'll call it the Bambi Bucket.' Don was just joking, but his friend said, ‘It sounds good – it's a great name!'” That's SEI's story, and they're sticking to it! https://www.skiesmag.com/features/from-buckets-to-batts-the-sei-story/

  • Concerns raised about new Canadian Army trucks

    3 août 2024 | Local, Terrestre

    Concerns raised about new Canadian Army trucks

    Training with the new Light Tactical Vehicles is to begin later in August and they're expected to be transported to Latvia by October.

  • Canada seeking qualified bidders for Polaris replacement

    17 février 2021 | Local, Aérospatial

    Canada seeking qualified bidders for Polaris replacement

    BY CHRIS THATCHER | FEBRUARY 16, 2021 Estimated reading time 7 minutes, 45 seconds. The Canadian government is inviting aerospace and other interested companies to qualify for the Strategic Tanker Transport Capability (STTC) project. Public Services and Procurement Canada (PSPC) posted the notice on the government Buy and Sell website Feb. 12 as a first step in a three-phase procurement process to replace the Royal Canadian Air Force (RCAF) CC-150 Polaris strategic airlift fleet. The invitation to qualify (ITQ), which closes on Feb. 26, is intended to identify respondents able to meet the project's security and other core requirements before moving to the tender phase. Once a qualified suppliers list is established, Procurement Canada and the Air Force will then review and refine the project requirements with companies before developing a draft request for proposal (RFP), to be issued by fall 2021. The review phase “is intended to be a collaborative process and may involve interactions such as workshops, one-on-one sessions (commercially confidential meetings), and written questions and answers,” according to the ITQ documents. “Canada will consider the feedback provided by qualified suppliers.” A formal RFP, the third phase, is expected by late 2021 or early 2022. While the process means only qualified suppliers will be invited to submit bids, the government “reserves the right . . . to re-evaluate any aspect of the qualification of any Qualified Supplier at any time during the aircraft procurement process and change their status to ‘unqualified' if they no longer meet the requirements provided in this ITQ,” according to the document. In addition, “Canada may, at its sole discretion, re-open Phase 1 – ITQ.” The RCAF is seeking a multi-role platform that can be configured for air-to-air refueling, personnel airlift, strategic government transport, aeromedical evacuations and freight movement, among other roles. The aircraft may also be used to support disaster relief, search-and-rescue and contributions to peace operations; it must also include the capacity to detect, avoid and defeat air-to-air and air-to-ground threats. In its tanker role, the aircraft must be able to refuel allied fighter jets on NATO and NORAD operations. Though the ITQ does not specify a quantity, the fleet must be large enough to concurrently provide support to three lines of tasking of “unrestricted global air mobility movements” over a 24-hour period. The STTC project was outlined in the Liberal government's June 2017 defense policy as initiative 47 to recapitalize strategic tanking and airlift with a next generation platform to replace the CC-150. The Polaris is a modified variant of the Airbus A310-300 built in the late 1980s, and operated by 437 Transport Squadron at 8 Wing Trenton, Ontario. A fleet of five was acquired in 1992 from Canadian Airlines, and two were converted to tankers in 2008. While the two CC-150Ts have been providing air-to-air refueling globally (their crucial role alongside other coalition tankers in the fight against ISIS in Iraq and Syria was highlighted in a recent RAND research brief), they only recently received full operational capability to conduct mid-air refueling on NORAD operations — a role that had previously only been done by the CC-130H Hercules tankers operated by 435 Transport and Rescue Squadron from 17 Wing Winnipeg, Manitoba, and U.S. Air Force aircraft. Boeing and Airbus have indicated interest in the program. Boeing is offering the KC-46 Pegasus, a militarized variant of the 767 widebody, while Airbus is promoting the A330 multirole tanker transport (MRTT), a variant of the A330-200 airframe. CBC has reported the government may also be assessing “whether any deal can be found among commercial airlines that are currently looking for financial relief from Ottawa,” including Air Canada. “We look forward to working with the government of Canada and engaging in [the] Strategic Tanker Transport Capability project,” Boeing Defense, Space & Security said in a statement. “Boeing's KC-46A is a wide-body, multi-role tanker, and is already certified to refuel Canadian, allied and coalition military aircraft. In addition to serving as an aerial refueling tanker, the KC-46 can be configured to accommodate cargo, passengers, or to serve as an aero-medical evacuation aircraft or any combination of all three. . . . The KC-46 offers superior interoperability, supportability and affordability benefits – coupled with a robust industry plan that will bring real, guaranteed jobs to companies all across Canada. With 183 aircraft on order and growing international interest, we expect the fleet to surpass 200 aircraft by 2029.” “We welcome Canada's invitation to qualify for the Strategic Tanker Transport Capability project,” said Simon Jacques, president of Airbus Defence and Space Canada, in a statement. “We believe that our A330 MRTT multirole-tanker is the best option in the market, and are confident that our offer will fulfill all current and future requirements for this key capability for the RCAF.” Prospective bidders will be expected to provide aircrew and maintenance training programs, and establish initial sustainment and long-term in-service support “that assures operational readiness and maintains mission effectiveness of the capability throughout its service life,” according to the ITQ. As part of the STTC project, the Air Force will improve infrastructure for 437 Squadron. In December, the government released an advanced procurement notice for a new or renovated hangar at the main operating base in Trenton, as well as upgrades to the apron and taxiways. A request for proposals is expected by summer 2021. Contenders will also have to comply with Canada's Industrial and Technological Benefits policy, which requires the successful bidder to make investments in Canadian industry and academic research equal to the value of the contract. With STTC, the government will be seeking investments that align with key industrial capabilities, including aerospace systems, systems integration, in-service support and training and simulation. https://skiesmag.com/news/canada-seeking-qualified-bidders-polaris-replacement/

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