Training & Certification
SilverLight AR-1 First US Factory-Built Gyroplane Compliant with FAA MOSAIC
SilverLight Aviation’s AR-1 gyroplane is the first US-made factory-built aircraft meeting FAA MOSAIC and ASTM standards, with deliveries starting October 2026.

This article is based on an official press release from SilverLight Aviation.
On April 22, 2026, Florida-based SilverLight Aviation announced a historic milestone for the United States general aviation and rotorcraft market. According to a company press release, its flagship AR-1 gyroplane will officially become the first American-made production gyroplane offered as a fully factory-built aircraft compliant with the Federal Aviation Administration’s (FAA) new MOSAIC and ASTM standards.
For over a decade, U.S. aviation regulations prohibited the sale of fully factory-built gyroplanes in the light-sport category, forcing buyers to purchase kits and assemble the aircraft themselves under experimental amateur-built rules. With the FAA’s recent regulatory overhaul, this barrier has been removed. SilverLight Aviation states that it is currently taking orders for the factory-built AR-1, marking a new era of accessibility for flight schools and rotorcraft enthusiasts.
Based on the company’s production timeline, the first MOSAIC- and ASTM-compliant factory-built AR-1 gyroplanes are scheduled for delivery in October 2026. This delivery window aligns closely with the official implementation of the new FAA rules governing airworthiness certification.
The Impact of the FAA MOSAIC Rule
Breaking the Kit-Built Barrier
To understand the significance of SilverLight Aviation’s announcement, it is essential to look at the regulatory framework that previously governed U.S. airspace. Historically, the FAA’s Light Sport Aircraft (LSA) category excluded fully assembled gyroplanes. According to historical context provided by Plane & Pilot Magazine, this restriction forced U.S. pilots to rely on builder-assist programs, while European countries operating under different regulations experienced a boom in factory-built gyroplane popularity.
The Modernization of Special Airworthiness Certification (MOSAIC) rule, approved in July 2025, represents one of the most significant overhauls to general aviation regulations in decades. Based on data from the FAA Federal Register, MOSAIC expands the definition of light-sport aircraft by replacing static weight limits with performance-based criteria. Crucially, it officially allows the certification and sale of factory-built gyroplanes. These changes affecting the airworthiness certification of new aircraft officially take effect on July 24, 2026.
Inside the SilverLight AR-1 Gyroplane
Design and Performance Specifications
The AR-1 is manufactured domestically at SilverLight Aviation’s 12,000-square-foot facility located at the Zephyrhills Municipal Airport in the greater Tampa Bay area of central Florida. According to the manufacturer’s specifications, the AR-1 is a modern, pusher-style gyroplane engineered to navigate turbulence and high winds smoothly.
The aircraft boasts a versatile speed range of 25 mph to 110 mph, making it suitable for both cross-country travel and leisurely sightseeing. SilverLight Aviation notes that the AR-1 features a high-inertia Stella aluminum alloy rotor system manufactured by Averso, mounted on a high-strength welded stainless-steel frame with composite fairings. Additionally, the company offers a convertible option known as the AR-1C, which allows pilots to switch between a semi-open cockpit with windshields and a fully enclosed canopy equipped with cabin heat.
Powerplant options for the AR-1 rely on field-proven Rotax engines. According to the company’s release, buyers can choose configurations ranging from the 100 HP Rotax 912ULS to the fuel-injected, turbocharged 141 HP Rotax 915iS, which is specifically recommended for high-altitude performance.
Leadership and ASTM Compliance
Meeting the new FAA requirements required rigorous adherence to newly established ASTM consensus standards. Abid Farooqui, President and Founder of SilverLight Aviation, personally participated alongside other industry experts in drafting the ASTM standards for gyroplanes to ensure alignment with the MOSAIC rule.
“We have been working directly with the industry and FAA to complete the ASTM standards required by MOSAIC and are confident that our aircraft will meet and exceed these standards,” Farooqui stated in the press release.
Broader Industry Implications
AirPro News analysis
We view SilverLight Aviation’s transition to factory-built manufacturing as a critical step in closing the competitive gap between the United States and Europe. For years, European manufacturers have dominated the modern gyroplane market because their regulatory environment permitted ready-to-fly sales. By achieving MOSAIC compliance, SilverLight’s AR-1 levels the playing field, allowing an American company to capture domestic demand without the friction and time investment of kit-building.
Furthermore, we anticipate that this development will significantly lower the barrier to entry for sport pilots. Gyroplanes are generally recognized as being easier to operate, highly tolerant of strong winds, and more affordable to purchase and maintain than traditional helicopters. By offering a factory-built option, rotorcraft flight becomes accessible to a much broader demographic. Economically, the ability to sell ready-to-fly aircraft is expected to stimulate the U.S. light-sport manufacturing sector, potentially creating jobs and boosting local economies, particularly in central Florida where SilverLight is based.
Frequently Asked Questions (FAQ)
What is the FAA MOSAIC rule?
Approved in July 2025, the Modernization of Special Airworthiness Certification (MOSAIC) is an FAA rule that expands the definition of light-sport aircraft. It replaces static weight limits with performance-based criteria and officially permits the certification and sale of fully factory-built gyroplanes in the United States.
When will the factory-built SilverLight AR-1 be available?
According to SilverLight Aviation, the first MOSAIC- and ASTM-compliant factory-built AR-1 gyroplanes are scheduled for delivery in October 2026.
Where is the SilverLight AR-1 manufactured?
The aircraft is built in the United States at SilverLight Aviation’s 12,000-square-foot facility at the Zephyrhills Municipal Airport in central Florida.
Sources:
SilverLight Aviation Press Release
Photo Credit: SilverLight Aviation
Training & Certification
Bombardier Safety Standdown 2026 Marks 30th Anniversary
Bombardier opens registration for its 30th annual Safety Standdown, a free seminar on Nov. 10-12, 2026, in Wichita and online.

Bombardier has opened registration for the 30th annual Safety Standdown, a free industry-wide aviation safety seminar scheduled for November 10 through November 12, 2026, in Wichita, Kansas, and online.
Announced in a press release on September 21, 2026, the milestone event marks three decades of the manufacturer’s knowledge-based safety training initiative. The 2026 seminar, themed “Evolution Fueled by Legacy,” aims to leverage historical aviation experiences to build more resilient safety cultures across corporate, commercial, and military flight operations.
Three decades of safety advocacy
Conceived in 1996 by a group of Learjet demonstration pilots in Wichita, the Safety Standdown was initially designed to make their specific team the safest in the industry. The program has since expanded globally to serve the broader aviation community. The event remains open to all aviation professionals, including flight crews, maintenance technicians, flight dispatchers, and schedulers, regardless of the aircraft type they operate.
According to Bombardier, more than 10,000 aviation professionals have attended the seminars worldwide since the program’s inception. Chris Milligan, Vice President of Pre-owned Aircraft Services and Flight Operations at Bombardier, highlighted the event’s longevity and purpose.
“For 30 years, Bombardier’s Safety Standdown has provided aviation professionals with invaluable opportunities to glean new perspectives on safety, helping them evolve and grow in every aspect of flight operations,” Milligan stated.
2026 seminar details and speaker lineup
The 2026 event will take place in person at the Hyatt Regency Hotel in Wichita, with virtual attendance options available for international participants. The seminar remains completely free of charge, supported by Bombardier, an advisory council, and industry sponsors to ensure accessibility for organizations of all sizes.
The agenda features several prominent aviation and safety experts. Keynote speaker Dr. Tony Kern, CEO of Convergent Performance, will address attendees alongside Ivan Pupulidy, PhD, from the University of Alabama at Birmingham. The lineup also includes retired United States Marine Corps Major Jermaine Cadogan and Tim Wade, Corporate Director of Environmental, Health & Safety at Flexjet.
AirPro News analysis
The continued investment in the Safety Standdown highlights a broader industry shift toward proactive safety management systems and human factors training. By keeping the event free and aircraft-agnostic, Bombardier maintains a unique position in corporate aviation safety advocacy. While the manufacturer supports a global fleet of more than 5,200 aircraft, opening this training to operators of competing platforms fosters a collaborative approach to safety that benefits the entire aerospace sector. We view this 30-year milestone as a testament to the enduring value of shared safety data and cross-organizational training in reducing aviation incidents.
Sources: Bombardier
Photo Credit: Bombardier
Training & Certification
Airbus and ALT Academy Partner on Africa MRO Training
Airbus and ALT Academy signed an MoU to build aircraft maintenance training capacity in South Africa amid a projected shortfall of 30,000 mechanics.

South African aviation training organization ALT Academy and European aerospace manufacturer Airbus signed a Memorandum of Understanding on September 16, 2026, to jointly develop aircraft maintenance training programs aimed at closing the continent’s persistent maintenance, repair, and overhaul (MRO) capacity gap.
The agreement, formalized at the Africa Aerospace and Defence (AAD) Expo 2026 in the City of Tshwane, South Africa, seeks to align academic instruction with current industry requirements. According to a press release issued by ALT Academy, the partnership will focus on creating a pipeline of highly skilled aviation maintenance professionals to support Africa’s growing aviation ecosystem.
Addressing Africa’s MRO capacity shortfall
The African Airlines Association (AFRAA) identified insufficient MRO capacity and a shortage of skilled personnel as primary challenges for regional operators during the African MRO Conference in Addis Ababa earlier in 2026. The reliance on off-continent maintenance facilities currently results in higher costs and extended aircraft downtime for African airlines.
According to reporting by the Uganda Broadcasting Corporation, Airbus forecasts that Africa will require 30,000 new aircraft mechanics over the next 20 years to sustain its fleet growth and operational demands. The new MoU aims to address this specific shortfall by bridging the gap between foundational academic training and the technical requirements of modern aircraft maintenance.
Nam-Binh Hoang, Airbus Country Representative in South Africa, stated in the release that the partnership combines the manufacturer’s learning solutions with ALT Academy’s practical education focus to meet the evolving demands of the sector.
Expanding regional training infrastructure
The Airbus MoU follows a separate strategic expansion announced by ALT Academy on September 11, 2026. According to African Pilot, the organization partnered with WECAIR to launch a professional pilot training program spanning the United States, Europe, and Africa, culminating in a European Union Aviation Safety Agency (EASA) license. The dual focus on pilot and maintenance training indicates a broader effort to localize aviation skills development within South Africa.
Ryan van Wijk, CEO of ALT Academy, emphasized the necessity of manufacturer involvement in technical education to ensure regulatory and safety standards are met.
“Modern aircraft demand a level of technical training that is difficult to build in isolation. This partnership is an important step in our commitment to building practical, high-quality maintenance training capacity in South Africa, and it gives us the opportunity to explore how current manufacturer knowledge and learning solutions can be made more accessible to learners and to industry, while holding a firm line on safety, quality and regulatory requirements, for the benefit of operators across the continent.”
AirPro News analysis
We view the ALT Academy and Airbus partnership as a pragmatic step toward addressing a critical bottleneck in African aviation. While aircraft orders from African carriers have increased, the localized infrastructure required to maintain those fleets has lagged. By embedding original equipment manufacturer (OEM) standards directly into regional training curricula, this initiative could reduce the long-term dependency on European and Middle Eastern MRO providers. The success of the MoU will depend on the speed at which these training frameworks can be operationalized and scaled to meet the projected demand for 30,000 mechanics over the next two decades.
Sources: EPT Aviation / ALT Academy
Photo Credit: EPT Aviation
Training & Certification
HAVELSAN Expands 737 MAX and A320 Simulator Orderbooks
HAVELSAN grows its Boeing 737 MAX and A320 simulator orderbooks while building a new Ankara facility with 30-unit annual capacity.

Türkiye-headquartered flight simulator manufacturer HAVELSAN is rapidly expanding its commercial aviation training footprint, securing new orders for its Boeing 737 MAX and Airbus A320 family full flight simulators while constructing a high-capacity production facility in Ankara.
In press releases issued on August 31 and September 1, 2026, the company confirmed its Boeing 737 MAX full flight simulator (FFS) orderbook has grown to five devices. Concurrently, HAVELSAN announced orders for six additional Airbus A320 family training devices, building on the five A320 simulators it already has in operation.
Narrowbody simulator orderbook growth
The recent orderbook expansion is heavily supported by Turkish Airlines (TK). Following the delivery of its latest order for two devices, the national carrier will operate five HAVELSAN-built Boeing 737 MAX simulators.
HAVELSAN noted that eight different airlines and pilot training centers have conducted evaluation fly-outs on its Boeing 737 MAX FFS. All of the manufacturer’s full flight simulators currently in operation have achieved European Union Aviation Safety Agency (EASA”>EASA) qualification, a critical regulatory benchmark for international sales.
Infrastructure expansion in Ankara
To support the growing backlog of its STARLINE simulator portfolio, HAVELSAN is executing a major infrastructure investment. In March 2026, the company broke ground on a new 17,000-square-meter Simulator Production and Integration Facility in Ankara.
Scheduled to enter service in 2027, the new plant will allow the company to produce up to 30 simulators annually. The facility is designed to support the simultaneous development and integration of 16 devices. Once operational, HAVELSAN’s total infrastructure capacity in Ankara will reach 40 commercial and military simulators.
Strategic market positioning
The narrowbody simulator announcements follow a major July 2026 agreement with Turkish Airlines for 12 new training devices, comprising eight full flight simulators and four flight training devices. That agreement also marked HAVELSAN’s strategic entry into the wide-body aircraft simulation market.
Beyond its domestic market, the company is actively targeting international operators. HAVELSAN recently showcased its STARLINE portfolio at the Asia Pacific Aviation Training Summit (APATS) 2026 in Singapore, aiming to capture demand from Asia-Pacific carriers expanding their narrowbody fleets.
AirPro News analysis
We view HAVELSAN’s concurrent investments in production capacity and EASA qualification as a clear strategy to transition from a regional defense supplier into a global commercial aviation training provider. By scaling its manufacturing infrastructure to support 30 simulators annually, the company is positioning itself to compete directly for narrowbody training contracts against established tier-one simulator manufacturers. The entry into wide-body simulation with Turkish Airlines will likely serve as a critical proof of concept for future international campaigns.
Photo Credit: HAVELSAN
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