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Crane Aerospace & Electronics is one of the industry leaders which provides critical systems and components to the aerospace, defense, and space markets. Some of the Major players in the mechanical control cables market for aerospace and defense are Triumph Group, Inc. (US), Crane Aerospace & Electronics (US), Elliott Manufacturing (US), Loos & Co., Inc. (US), and Bergen Cable Technology (US). Any aerospace or defense platform is the culmination of years of R&D, incurring millions of financial and resources for the involved firms. Mechanical control cables, also known as push-pull control cables, are used to transmit signals from the cockpit of a platform to various critical subsystems and components which determine the operational parameters of the platform. These components include push-pull and ball-bearing cables, and low-resistance and backlash mechanical control system cables for transfer of linear and/or rotary motion on the aircraft, engine control, and thrust reversers. Based on type, the mechanical control cables market for military and aerospace is segmented into push-pull and pull-pull. The increasing R&D efforts being undertaken by aircraft OEMs and supply chain players to design aircraft with enhanced performance parameters and integrated with advanced navigational technologies and flight control systems is driving the demand for mechanical cable controls as these cables are extensively used not only for the aforementioned systems but also for aircraft seating and cabin equipment, and landing gears.

For instance, the production delay in the ARJ21 and C919 aircraft program, which was scheduled to start in 2016 but was delayed due to several issues with the aircraft, resulted in losses worth millions for the entire supply chain as the involved firms were required to adjust their production plans as per the changes in the aircraft schedule. For instance, in September 2022, the US expedited its plans for procuring new armored vehicles due to the ongoing Russia-Ukraine conflict. The aerial segment is expected to register the highest CAGE as the increasing demand for aircraft replacements, increasing demand for wide body aircraft with large passenger-carrying capacity and low maintenance costs, increasing domestic air travel due to lower flight fares, are anticipated to drive the demand for mechanical control cables. Aircraft wiring is structurally complex due to multiple interconnected systems and components. It took me a bit to conceptualize my wiring plan for the control sticks. This makes single-stranded wiring best for products that don’t involve much movement, what is control cable and it’s typically used in smaller gauge applications. The company offers products through the defense segment that can be used for military aircraft, rockets, ships, and vehicles around the world.

Meanwhile, the demand for MRO from the regional airlines and other aircraft operators also creates a plethora of opportunities for component suppliers based in the region, as with a globalized supply chain, they can access a larger segment of the global aerospace and defense sector. This has resulted in a gradual but consistent increase in global defense spending on the procurement and modernization of military platforms across all domains of warfare. Besides, a significant growth in the procurement of the naval vessels is also projected as Canada is focusing on shipbuilding and related services, thereby driving the demand for mechanical control cables. The OEM and aftermarket aspects of commercial aircraft has been considered under the commercial segment and an increase in new aircraft demand and deliveries on account of a rapidly growing air passenger traffic is expected to be a major driver bolstering the growth of the demand for mechanical control cables during the forecast period. Moreover, in Canada, the presence of leading aircraft manufacturers such as Bombardier has bolstered the growth of aircraft manufacturing and aftermarket service provisions. The company has a presence in the US, Mexico, Asia, Europe, Australia, and New Zealand.

These players have adopted various growth strategies such as contracts, joint ventures, partnerships & agreements, acquisitions, and new product launches to further expand their presence in the mechanical control cables market. Since the supply chains have become too complex, any delay in production or any sort of supply chain disruption can result in cascading effect for every firm involved at any level with the program. Stringent regulatory requirements on reliability and redundancy increase the level of complexity. Thus, the growth of the US shipbuilding industry is one of the most significant factors which will lead to an increase in the market for shipbuilding related mechanical components, including mechanical control cables. Inadvertent production disruption, as in the case of B737, may prove disastrous for the suppliers of mechanical control cables and other systems and deleteriously affect the growth of the market. Hence, with evolution of sophisticated aircraft systems requiring precise controls and signal transference is anticipated to drive the demand for mechanical control cables. Several contracts are either underway or in pipeline during the forecast period, which is envisioned to drive the demand for mechanical control cables for integration into the different subsystems of military platforms. The increasing demand for commercial air travel especially from emerging economies of Asia Pacific is fueling the demand for new commercial aircraft, which in turn, is driving the requirement for mechanical cable controls for integration into the aircraft to facilitate flight control and other operational input transmission.