Training & Certification
Canada Certifies Pipistrel Electric and Efficient Aircraft Models
Transport Canada approves Pipistrel Velis Electro, Explorer, and Velis Club, advancing sustainable aviation and flight training in Canada.
Canada Opens Its Skies to a New Era of Aviation with Pipistrel Certification
The Canadian aviation landscape is set for a significant transformation. On November 12, 2025, Transport Canada officially issued type certificate validations for three aircraft models from Pipistrel, a subsidiary of Textron Inc.. The aircraft, the all-electric Velis Electro, the versatile Explorer, and the Velis Club, can now be owned and operated across the country. This development is more than just a regulatory approval; it signals a pivotal moment for flight training and sustainable aviation in Canada, opening the door for a new generation of quieter, cleaner, and more cost-effective aircraft.
This move aligns with a broader global shift towards greener technologies in the aviation sector. As the industry grapples with its environmental impact, the introduction of zero-emission aircraft like the Velis Electro into training fleets is a critical step forward. For Canada, a country with vast landscapes and a significant number of remote communities, the operational efficiencies and reduced environmental footprint of these aircraft present a compelling proposition. The validation strengthens Pipistrel’s presence in a key international market and provides Canadian flight schools with the tools to modernize their training programs, preparing pilots for the future of flight.
The Aircraft Leading the Charge
The validation from Transport Canada puts a spotlight on three distinct yet equally innovative Commercial-Aircraft. Each model brings unique capabilities to the table, catering to different segments of the general aviation and flight training markets. From a silent, zero-emission trainer to a rugged, high-performance explorer, these aircraft represent the cutting edge of light aircraft design and technology. Their introduction into the Canadian market is expected to have a ripple effect, influencing everything from pilot training curricula to operational costs for flight schools.
The Velis Electro: A Silent Revolution in Flight Training
The Pipistrel Velis Electro stands out as the world’s first and, to date, only type-certified electric aircraft.. Its validation in Canada is a landmark achievement for Electric-Aviation. The aircraft is a game-changer for flight training, primarily due to its zero-emission propulsion and remarkably low noise profile. Producing only 60 decibels of noise, it is significantly quieter than its conventionally powered counterparts, making it an ideal solution for training operations near populated areas.. This characteristic helps mitigate noise complaints, a common issue for flight schools.
Beyond its environmental benefits, the Velis Electro is designed with the student pilot in mind. It features user-friendly Avionics and a simplified powertrain, which can reduce the complexity of initial flight training. The operational costs are also lower, thanks to the reduced price of electricity compared to avgas and lower maintenance requirements for the electric engine. The engine itself was the first of its kind to receive type certification validation in Canada in 2024, paving the way for the full aircraft’s approval.. The University of Waterloo’s Institute for Sustainable Aeronautics (WISA) and the Waterloo Wellington Flight Centre (WWFC) have already been utilizing a Velis Electro since 2022 for research, showcasing the aircraft’s potential in an academic and practical setting..
The journey to Canadian validation has been a global one. The Velis Electro first received EASA type Certification in 2020, followed by UK CAA certification in 2022 and an FAA LSA airworthiness exemption in 2024.. This series of international approvals underscores the aircraft’s robust design and the growing acceptance of electric propulsion in the aviation community.
“Transport Canada’s validation of these aircraft type certificates serve as an acknowledgement of our teams engineering expertise and highlights the growing international recognition of our products in key global markets.”
– Gabriel Massey, President and Managing Director of Pipistrel..
The Explorer: Built for Adventure and Advanced Training
While the Velis Electro captures headlines for its electric powertrain, the Pipistrel Explorer (also known as the Virus SW 121A) offers a different kind of innovation. This aircraft is engineered for superior performance on minimal power, making it exceptionally well-suited for operations in Canada’s diverse and often challenging environments. Its ability to perform in varied temperatures and at high altitudes makes it a reliable platform for flights into remote areas. The Explorer is a versatile machine, approved for both day and night Visual Flight Rules (VFR) operations and even intentional spins, a crucial maneuver in advanced pilot training..
The Explorer is equipped with an Instrument Flight Rules (IFR)-ready avionics package, allowing it to be used for more advanced training modules. This capability provides a seamless transition for students moving from basic VFR training to more complex instrument flying. The aircraft’s efficiency and performance characteristics make it an attractive option for flight schools looking to offer a comprehensive training program with a modern and capable aircraft. Its EASA type certification was achieved in 2021, building on the original model’s certification from 2016..
The inclusion of the Explorer alongside the Velis Electro in the Canadian validation means that flight schools can now build a more holistic and modern training fleet from a single Manufacturers. They can offer initial training on a quiet, eco-friendly electric platform and then transition students to a high-performance, IFR-capable aircraft for more advanced ratings. This synergy enhances the training experience and provides a clear progression for aspiring pilots.
Implications for the Canadian Aviation Industry
The certification of these Pipistrel aircraft is more than just an expansion of available models; it’s a catalyst for change within the Canadian aviation sector. It directly addresses several key industry trends, including the push for sustainability, the need to modernize training fleets, and the ongoing effort to make aviation more accessible and cost-effective. This move by Transport Canada reflects a forward-thinking Regulations approach, embracing new technologies that promise to shape the future of flight.
For flight schools, the immediate impact will be the ability to offer training on state-of-the-art equipment. This can be a significant competitive advantage, attracting both students and instructors who are eager to work with the latest technology. The lower operating costs of the Velis Electro, in particular, could translate into more affordable flight training, potentially expanding the pool of prospective pilots. Furthermore, the introduction of electric aircraft into the curriculum provides a unique opportunity to train pilots on the technologies they will likely encounter throughout their careers.
Conclusion: A New Chapter for Canadian Aviation
The validation of the Pipistrel Velis Electro, Explorer, and Velis Club by Transport Canada marks the beginning of a new chapter for aviation in the country. It is a clear endorsement of sustainable technologies and a significant step toward modernizing the nation’s flight training infrastructure. By allowing these innovative aircraft to operate in Canadian skies, regulators have unlocked new possibilities for flight schools, pilots, and the broader aviation community. This decision paves the way for a quieter, cleaner, and more efficient approach to flying.
Looking ahead, this development is likely to accelerate the adoption of electric and high-efficiency aircraft across Canada and potentially influence other regulatory bodies worldwide. As more pilots gain experience with these technologies, the industry will move closer to a future where sustainable aviation is the norm, not the exception. The collaboration between manufacturers like Pipistrel, regulators like Transport Canada, and forward-thinking institutions is crucial for driving this transformation and ensuring that the next generation of aviation is safer, smarter, and more sustainable.
FAQ
Question: What aircraft were certified by Transport Canada?
Answer: Transport Canada issued type certificate validation for the Pipistrel Velis Electro, the Pipistrel Explorer, and the Velis Club..
Question: What is significant about the Pipistrel Velis Electro?
Answer: The Velis Electro is the world’s first and currently only fully electric type-certified aircraft. It is known for its zero emissions and very low noise profile of only 60 decibels, making it ideal for flight training..
Question: How will this certification impact flight training in Canada?
Answer: It will allow Canadian flight schools to incorporate these modern, cost-effective, and environmentally friendly aircraft into their training programs. This provides advanced training opportunities and prepares pilots for future aviation technologies..
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Training & Certification
Bombardier Launches FastTrack FAA Certification Program in Hartford
Bombardier expands FastTrack training to Hartford, accelerating FAA certification for experienced aircraft maintenance technicians.
This article is based on an official press release from Bombardier.
Bombardier has officially launched its FastTrack training program in Hartford, Connecticut, aiming to accelerate the certification process for aircraft maintenance technicians. According to a company press release, the initiative is designed to help professionals secure their Federal Aviation Administration (FAA) Airframe and Powerplant (A&P) certification through a streamlined, intensive curriculum.
The program was initially developed in collaboration with the Wichita State University Campus of Applied Sciences and Technology (WSU Tech). Now, Bombardier is expanding the initiative to Hartford in coordination with CT Aero Tech, a division of the Connecticut Technical Education and Career System (CTECS).
As the aviation industry faces ongoing workforce demands, this expansion highlights a strategic effort to build a robust pipeline of skilled talent. Bombardier noted in its announcement that it plans to replicate the FastTrack model across other service locations throughout the United States.
Accelerated Pathway to FAA Certification
To qualify for the FastTrack program, candidates must meet specific experience requirements outlined by the manufacturer. According to the press release, eligible participants need a minimum of 18 months of hands-on industry experience in either Airframe or Powerplant disciplines, or 30 months of combined experience.
The curriculum is divided into two intensive phases. First, participants undergo a two- to four-week accelerated classroom refresher designed to prepare them for the FAA written examinations covering General, Airframe, and Powerplant subjects. Following the classroom portion, students complete an additional two weeks of hands-on instruction to ready them for their practical evaluations.
“The FastTrack program reflects Bombardier’s continued investment in building a highly skilled maintenance workforce to support our growing service operations,” said Paul J. Thompson, Vice President of Service Centres at Bombardier, in the official release.
Collaborating for Regional Workforce Development
The expansion into Hartford relies heavily on regional partnerships. Bombardier is working closely with CT Aero Tech and the state economic development organization AdvanceCT to facilitate the program’s rollout.
State officials view the initiative as a significant boost to the local aerospace sector. John Bourdeaux, President and CEO of AdvanceCT, stated in the release that the program is a strong vote of confidence in Connecticut’s training ecosystem, helping residents access high-quality aviation careers.
Similarly, CTECS Executive Director Dr. Alice Pritchard emphasized that the partnership maximizes the use of state facilities and connects skilled talent to the growing needs of the aviation industry. The original co-developer of the program, WSU Tech, also praised the expansion, noting that combining real-world experience with targeted training creates a scalable solution to industry challenges.
AirPro News analysis
We observe that Bombardier’s FastTrack program addresses a critical bottleneck in the business aviation aftermarket: the shortage of certified A&P mechanics. By targeting individuals who already possess 18 to 30 months of practical experience but lack formal FAA certification, Bombardier is effectively fast-tracking a highly capable segment of the workforce. With a global fleet of more than 5,200 aircraft and 10 service facilities across six countries, the manufacturer’s ability to maintain its aftermarket growth relies heavily on staffing these centers with qualified technicians. Expanding this program beyond its Wichita roots into Hartford, and eventually other U.S. locations, demonstrates a proactive approach to securing the necessary labor force for its expanding service network.
Frequently Asked Questions
What is the Bombardier FastTrack program?
According to the company’s press release, FastTrack is an accelerated training pathway designed to help experienced aircraft maintenance technicians obtain their FAA Airframe and Powerplant (A&P) certification.
Who is eligible for the program?
Candidates must have at least 18 months of hands-on industry experience in either Airframe or Powerplant disciplines, or 30 months of combined experience.
How long does the training take?
The program consists of a two- to four-week classroom refresher for written exams, followed by two weeks of hands-on instruction for practical evaluations.
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Photo Credit: Bombardier
Training & Certification
CAE Explores Strategic Alternatives for Flightscape Aviation Software
CAE Inc. is considering sale or partnerships for Flightscape, its aviation SaaS platform, to focus on core simulation and training operations.
This article is based on an official press release from CAE Inc.
CAE Inc. announced on May 11, 2026, that it is exploring strategic alternatives for its aviation software division, Flightscape. According to the company’s press release, this move is part of an ongoing portfolio optimization strategy designed to drive long-term shareholder value and sharpen focus on core operations.
The Montreal-based aviation training and simulation company is evaluating a full spectrum of options for the cloud-native Software-as-a-Service (SaaS) platform. These options include a potential sale, strategic partnerships, or minority and majority investments, which would allow CAE to dedicate its resources to its primary simulation and training capabilities.
This announcement follows a comprehensive portfolio assessment completed earlier in the year under the leadership of President and CEO Matthew Bromberg, who took the helm in August 2025, according to supplementary market research.
The Evolution of Flightscape
Flightscape operates as a high-growth SaaS platform that provides advanced planning, operations control, and decision-support solutions for the global aviation ecosystem. According to industry research reports, the software currently supports over 50 million flights and more than 200,000 crew members annually.
The foundation of this division traces back to March 2022, when CAE acquired Sabre Corporation’s AirCentre product portfolio in a deal valued at $392.5 million, per market data. The suite was officially rebranded as “Flightscape – Powered by CAE” in May 2025. Today, the business is supported by a global team of more than 600 professionals across the Americas, Europe, and Asia, as noted in the official press release.
Strategic Rationale for Divestiture
The decision to explore alternative ownership structures reflects Flightscape’s maturity as a standalone entity. In the company’s press release, CAE leadership emphasized that the software business has benefited from sustained investment and continued customer adoption, positioning it well for its next phase of growth.
“Earlier this year, we completed a comprehensive review of our portfolio to ensure our capital, leadership attention and strategic focus are aligned with where CAE can create the most value,” stated Matthew Bromberg, President and Chief Executive Officer of CAE, in the press release.
Bromberg further noted in the release that the review reinforced the company’s conviction in Flightscape as a strong business that may be better positioned for its next chapter through alternative ownership or partnership structures.
Broader Corporate Transformation at CAE
The potential divestiture or partnership involving Flightscape is part of a broader business transformation plan spearheaded by Bromberg. Since succeeding long-time CEO Marc Parent, Bromberg has focused on streamlining operations and rationalizing the company’s network.
Recent industry reports highlight that this restructuring has included selling non-core assets and reducing headcount. For instance, in April 2026, CAE announced a 2% workforce reduction and launched a review of operations at three European training centers located in Brussels, Stockholm, and Barcelona, according to market research.
Financial Context and Market Reaction
CAE, which boasts a market capitalization of approximately $8.49 billion, recently incurred about $7.5 million in costs during the third quarter of fiscal 2026 related to these ongoing restructuring initiatives, based on financial data.
Financial analysts have responded favorably to CAE’s strategic repositioning. According to market research, firms like Canaccord and Stifel Canada have recently issued “Buy” ratings for CAE’s stock, with price targets of C$50.00, citing the company’s strong position in civil and defense simulation markets and its alignment with long-term industry tailwinds.
AirPro News analysis
We view CAE’s exploration of strategic alternatives for Flightscape as a logical progression of CEO Matthew Bromberg’s mandate to refocus the company on its historical core competencies: pilot training and defense simulation. By shedding or partnering on peripheral assets, CAE can free up capital to reinvest in its primary hardware and training service networks.
While Flightscape represents a successful integration and growth story following the 2022 Sabre AirCentre acquisition, its cloud-native SaaS model operates distinctly from CAE’s traditional physical training centers. Given the increasing reliance of airlines on AI-driven platforms to manage rising labor and fuel costs, Flightscape is likely to attract significant interest from private equity buyers or tech-focused strategic partners looking to capitalize on aviation software demand.
Frequently Asked Questions
What is Flightscape?
Flightscape is a cloud-native SaaS platform owned by CAE that provides planning, operations control, and decision-support solutions for the global aviation industry.
Why is CAE exploring alternatives for Flightscape?
According to CAE’s press release, the company is optimizing its portfolio to focus capital and leadership attention on its core simulation and training capabilities.
How many employees work at Flightscape?
The division employs over 600 professionals globally across the Americas, Europe, and Asia, according to the company.
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Photo Credit: CAE
Training & Certification
FlightSafety International Gets FAA Approval for Virtual Preflight Inspection
FlightSafety International receives FAA approval for its Virtual Aircraft Preflight Inspection system with Evaluation Mode covering select business jets.
This article is based on an official press release from FlightSafety International via Business Wire.
FlightSafety International has secured a significant regulatory milestone, receiving Federal Aviation Administration (FAA) approval for its Virtual Aircraft Preflight Inspection (VAPI) system equipped with “Evaluation Mode.” Announced on May 6, 2026, this approval allows pilots to conduct official preflight check rides entirely within an immersive 3D environment.
According to the company’s press release, the initial FAA approval covers training programs for three specific business jets, the Embraer EMB-550, the Gulfstream G500/G600, and the Citation Latitude. This development coincides with FlightSafety International’s 75th anniversary, highlighting a major leap from traditional physical aircraft inspections to advanced digital simulation.
By shifting the evaluation phase of preflight inspections into a virtual space, the aviation training sector is poised to see improvements in both logistical efficiency and standardized safety testing. We anticipate this will set a new precedent for how regulatory bodies view high-fidelity simulation in the future.
How Virtual Preflight Evaluation Works
Transitioning from Physical to Digital
Traditionally, pilot training and official check rides require physical access to a grounded aircraft. The newly approved VAPI technology replaces this requirement by utilizing a high-fidelity 3D environment. As detailed in the official announcement, pilots in initial training can perform a comprehensive virtual exterior inspection before seamlessly transitioning directly into a virtual flight deck.
The critical addition to this technology is the “Evaluation Mode.” While virtual environments have previously served as supplementary practice tools, this FAA approval legally validates the VAPI system for official pilot testing. Pilots can now complete the preflight check ride portion of their evaluation without stepping onto a physical tarmac, according to the company’s statements.
“[VAPI] offers pilots a more engaging and practical way to develop aircraft familiarity, strengthen inspection discipline, and better prepare for real-world operations,” stated David Penney, VP of Safety, Courseware and Regulatory Affairs at FlightSafety International, in the press release.
Current Availability and Future Rollouts
Expanding the Virtual Fleet
The VAPI technology is already active at select FlightSafety Learning Centers, specifically for the Citation Latitude program. Furthermore, the company notes that the underlying 3D technology is integrated into training programs for a wider array of aircraft, including the Dassault Falcon 8X, Gulfstream G280, G650, Pilatus PC-12, and PC-24.
Looking ahead, FlightSafety expects to secure FAA approval for Evaluation Mode on three additional aircraft programs later in 2026, the Gulfstream G280, Gulfstream G650, and Dassault Falcon 8X. Long-term expansion plans outlined in the release include the Pilatus PC-12 and PC-24, as well as the Gulfstream G700/G800 series.
AirPro News analysis
The FAA’s willingness to approve virtual reality for official check rides marks a watershed moment for aviation regulation. We view this not merely as a technological upgrade, but as a fundamental shift in how pilot competency is measured. By moving evaluations to a digital realm, training centers can drastically reduce the downtime of physical aircraft and eliminate costly weather-related training delays.
More importantly, virtual environments offer a distinct safety advantage. Instructors can program the VAPI system to simulate rare, subtle, or dangerous aircraft defects, such as structural damage, fluid leaks, or worn components, that would be impossible or highly impractical to replicate on a physical training aircraft. This ensures that every pilot is evaluated against a rigorous, standardized set of inspection criteria, ultimately raising the bar for operational safety across the industry.
Frequently Asked Questions
- What is VAPI?
VAPI stands for Virtual Aircraft Preflight Inspection. It is an immersive 3D training environment developed by FlightSafety International that allows pilots to conduct exterior aircraft inspections digitally. - Which aircraft are currently approved for VAPI Evaluation Mode?
As of May 2026, the FAA has approved the Evaluation Mode for the Embraer EMB-550, Gulfstream G500/G600, and Citation Latitude. - Why is FAA approval of Evaluation Mode significant?
It signifies that the FAA recognizes high-fidelity 3D simulations as legally valid environments for official pilot testing and check rides, moving beyond their previous status as merely supplementary practice tools.
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Photo Credit: FlightSafety International
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