Viking Air, a leader in the design and production of utility and regional aircraft, continues to drive innovation in the aerospace sector. Based in Sidney, British Columbia, Viking Air is known for revitalizing legendary aircraft like the de Havilland Canada (DHC) series, including the Twin Otter, and plays a crucial role in supporting older aircraft models. The company’s expertise in designing, manufacturing, and maintaining versatile aircraft makes it a prominent player in the aviation industry, especially in rugged and remote operations.
Founded in 1970 by aviation pioneer Nils Christensen, Viking Air started as a maintenance and conversion service provider specializing in flying boats. Over time, it evolved into a full-fledged manufacturer and service provider for de Havilland Canada aircraft. In 1983, Viking Air acquired the exclusive rights to manufacture and distribute spare parts for the legendary DHC-2 Beaver and DHC-3 Otter. Under Christensen's leadership, the company became a trusted name for aircraft upgrades and repairs. After his retirement in 1987, Viking Air continued to grow and expand its influence in the aviation industry.
In the early 2000s, Viking Air further expanded by acquiring type certificates for all discontinued de Havilland Canada aircraft, such as the DHC-1 Chipmunk, DHC-4 Caribou, DHC-5 Buffalo, DHC-6 Twin Otter, and the DHC-7 Dash 7. This acquisition allowed Viking Air to not only provide maintenance but also the right to restart production if there was market demand.
Viking Air's aircraft are in operation in more than 80 countries, reflecting its global footprint. The company has delivered over 600 aircraft globally, with the DHC-6 Twin Otter Series 400 being a significant contributor to this achievement. Viking’s aircraft are renowned for their reliability and adaptability, capable of operating in diverse environments, including bush, float, and commuter services.
Viking Air specializes in producing rugged aircraft capable of handling harsh conditions and remote areas. Their aircraft are designed for versatility, with applications ranging from passenger and cargo transport to surveillance and medical evacuation.
DHC-6 Twin Otter Series 400: A robust, short takeoff and landing (STOL) utility aircraft, the Twin Otter is renowned for its ability to operate from unprepared runways. It can carry up to 19 passengers or be configured for cargo, medical evacuation, or special missions, making it an indispensable tool for regional aviation and adventure tourism.
DHC-2 Beaver: A single-engine bush aircraft with exceptional STOL capabilities, the DHC-2 Beaver is widely used in remote areas for transporting passengers, cargo, and supplies. Though no longer in production, Viking supports the global fleet through spare parts and refurbishment services.
DHC-7 Dash 7: Known for its STOL performance, the Dash 7 is a regional turboprop that operates on short, rugged runways. While Viking Air focuses on supporting existing Dash 7 fleets, the aircraft continues to serve in niche markets where STOL capabilities are critical.
Viking Air also supplies aircraft configured for specialized operations, including surveillance, search and rescue (SAR), and military applications. These aircraft are designed to perform in the most demanding conditions, providing reliable service in remote or hostile environments.
Viking Air’s focus on utility and regional aircraft highlights its strength in providing solutions for challenging operational environments. The company continues to innovate in areas like avionics, composite materials, and sustainability to meet evolving aviation needs. Here is an overview of Viking Air’s key aircraft models:
Aircraft Model | First Flight | Number Built | Type |
---|---|---|---|
DHC-2 Beaver | 1947 | 1,657 | Single-engine bush aircraft |
DHC-6 Twin Otter | 1965 | 985+ | Twin-engine utility aircraft |
DHC-7 Dash 7 | 1975 | 113 | Four-engine regional turboprop |
DHC-6 Twin Otter Series 400 | 2010 | 160+ | STOL utility aircraft |
Viking Air is committed to advancing aerospace engineering through the integration of cutting-edge technologies. Its aircraft lead the industry in operational efficiency, safety, and rugged performance. Viking has pioneered the use of advanced avionics, modern composites, and sustainable aviation practices to maintain its leadership in the utility aircraft market.
Viking Air’s comprehensive MRO services ensure the longevity and performance of its fleet, offering:
Viking Air provides exciting career opportunities for engineers passionate about aerospace and aeronautical engineering. Engineers can contribute to aircraft innovation and development in several specialized areas:
Viking Air offers competitive compensation based on experience and role:
Viking Air presents excellent career prospects for Indian aerospace engineers looking to work in a dynamic and global aviation company. Viking welcomes international talent and offers a platform to contribute to innovative aviation projects.
Indian professionals can apply through Viking Air’s official website or job portals such as Indeed and LinkedIn. The process includes technical assessments and interviews focusing on innovation, problem-solving, and technical expertise in aerospace engineering.
Salaries range from INR 7-14 lakhs annually for entry-level engineers and up to INR 25-40 lakhs for senior positions. Viking Air also offers health benefits, bonuses, and international exposure.
Viking Air provides support with work permits, visas, and relocation for Indian professionals, helping them transition smoothly into the Canadian aerospace industry.
In 2024, Viking Air was officially merged into De Havilland Canada, marking the end of the Viking brand but ensuring that its legacy lives on through continued aircraft production and support under a larger entity. The company’s innovative approach to aircraft manufacturing and its commitment to preserving and upgrading historic de Havilland designs ensure that it will remain a vital part of the aerospace industry for years to come.
Viking Air’s contribution to aviation, particularly in utility aircraft and firefighting innovations, has established it as a global leader in these specialized niches. As part of De Havilland Canada, Viking’s expertise and capabilities will continue to drive advancements in aviation.
Viking Air is renowned for designing and manufacturing utility and regional aircraft, particularly the de Havilland Canada (DHC) series, including the Twin Otter.
Viking Air is headquartered in Sidney, British Columbia, Canada.
Viking Air was founded in 1970.
Viking Air is part of Longview Aviation Capital, which supports its growth and expansion in the global aviation market.
Viking Air produces utility and regional aircraft, including the DHC-6 Twin Otter, DHC-2 Beaver, and DHC-7 Dash 7.
Yes, Viking Air aircraft are designed to operate in rugged conditions, making them ideal for remote and challenging locations.
Yes, Viking Air provides aircraft configured for special missions, including surveillance, search and rescue, and medical evacuation.
Viking Air integrates advanced avionics, sustainable practices, and modern materials to enhance aircraft performance and safety.
Viking Air offers comprehensive Maintenance, Repair, and Overhaul (MRO) services, including line and base maintenance, component repairs, and aircraft refurbishment.
Viking Air offers opportunities in aircraft design, avionics engineering, systems engineering, and flight test engineering.
A bachelor's degree in Aerospace, Aeronautical, Mechanical, or Electrical Engineering is required, with advanced degrees preferred for leadership roles.
Yes, Viking Air welcomes international talent and provides opportunities for engineers from various countries, including India.
Viking Air provides competitive salaries, health benefits, bonuses, and opportunities for international exposure and career development.
Interested candidates can apply through Viking Air’s official website, LinkedIn, or job portals like Indeed and Glassdoor.
The application process typically includes submitting a resume, technical assessments, and interviews focused on aerospace engineering skills and problem-solving.