Business Aviation
Embraer Launches Starlink Connectivity for Praetor Business Jets
Embraer offers Starlink satellite internet as an aftermarket upgrade for Praetor and Legacy jets, enhancing in-flight connectivity and productivity.
Brazilian aerospace manufacturer Embraer has made headlines by announcing the availability of SpaceX’s Starlink satellite internet connectivity as an aftermarket solution for its Praetor 600, Praetor 500, Legacy 500, and Legacy 450 business jets. This strategic move, formalized on August 6, 2025, through a partnership with Nextant Aerospace (the engineering arm of Flexjet), marks a significant leap forward in business aviation connectivity. The announcement arrives at a time when Embraer is experiencing record financial performance, with second-quarter 2025 revenues reaching $1.819 billion and a firm order backlog of $29.7 billion, underscoring the company’s commitment to innovation and customer-centric solutions in a highly competitive market.
Connectivity has rapidly evolved from a luxury amenity to an essential service for business jet operators and passengers. The integration of Starlink’s low-latency, high-speed satellite internet positions Embraer at the forefront of the “connected aircraft” revolution, catering to growing expectations for seamless in-flight communications and digital productivity. This development not only enhances the passenger experience but also strengthens Embraer’s market position as digital transformation accelerates across the aviation industry.
Embraer’s partnership with Nextant Aerospace and Flexjet, combined with the technical prowess of the Starlink network, signals a broader industry trend, where advanced connectivity is becoming a key differentiator for business jet manufacturers and operators. This article explores the context, technical details, certification process, competitive landscape, and future implications of Embraer’s Starlink connectivity announcement.
Embraer stands as the world’s third-largest civil aircraft manufacturer, trailing only Boeing and Airbus. Its Executive Aviation division has seen remarkable growth, with a 64% year-over-year revenue increase in the second quarter of 2025. This surge reflects not only Embraer’s robust performance but also the resilience and expansion of the private aviation sector, which was valued at $26.6 billion in 2024 and is projected to surpass $80 billion by 2034.
The Praetor and Legacy lines represent Embraer’s flagship midsize business jets, renowned for their advanced fly-by-wire controls and sophisticated avionics. The Legacy 450, for example, was the first in its class to offer full fly-by-wire technology at a price point below $50 million. Building on this foundation, the Praetor 500 and 600 models deliver NBAA IFR ranges of 3,340 and 4,018 nautical miles, respectively, positioning them competitively against rivals like the Cessna Citation Longitude and Gulfstream G280.
Technological innovation remains a core focus for Embraer. The Praetor jets feature cutting-edge synthetic vision systems and active load alleviation, enhancing both safety and performance. These aircraft are particularly popular with operators like Flexjet, which is the world’s largest Praetor fleet operator and a launch customer for the Starlink retrofit program. Pricing for these jets reflects their premium status, with new Praetor 500s starting at $17 million and Praetor 600s at approximately $21 million. Pre-owned values remain strong, signaling robust demand and market confidence.
Embraer’s August 2025 announcement to offer Starlink as an aftermarket solution is a watershed moment for business aviation. Through a partnership with Nextant Aerospace, Embraer will provide a Supplemental Type Certificate (STC) enabling Starlink installation on Praetor 600, Praetor 500, Legacy 500, and Legacy 450 models. This move elevates these midsize jets to a connectivity standard previously reserved for larger, more expensive aircraft.
Starlink’s technical profile is impressive: it delivers high-speed, low-latency internet via a vast Low Earth Orbit (LEO) satellite constellation. With latency consistently below 99 milliseconds and speeds sufficient for 4K video calls, online gaming, and VPN access, Starlink transforms the cabin into a true mobile office. This capability is particularly valuable for business travelers who require uninterrupted productivity and communication during flight. The rollout is being executed in phases. FAA certification has already been achieved for the Praetor 500 and Legacy 450, with the Praetor 600 and Legacy 500 expected to follow in Q3 2025. ANAC certification is targeted for Q4 2025, and EASA approval is anticipated in Q1 2026, ensuring global access. Embraer’s global service network stands ready to support installations, with timelines ranging from 48 hours to several weeks depending on aircraft configuration.
“We’re excited to bring Starlink’s cutting-edge, high-speed internet to our customers. This builds on our ongoing efforts, strengthening our commitment to seamless, connected flight experiences around the world.”
The collaboration between Embraer and Nextant Aerospace brings together deep aircraft engineering expertise and proven experience in avionics integration. Nextant, as Flexjet’s engineering division, has already delivered hundreds of Starlink connectivity kits to the business aviation sector and brings valuable operational insights to the table.
Flexjet’s endorsement is significant. As the largest Praetor fleet operator, Flexjet plans to equip its entire Praetor fleet with Starlink, having already pioneered installations on Gulfstream G650s. This operational experience not only validates Starlink’s performance but also provides a feedback loop for continuous improvement. The partnership is also developing STCs for additional Embraer types, including the Phenom 300, with certification expected in late 2025.
Nextant’s role extends to ongoing technical support and future development. Their 24/7 support structure is crucial for business jet operators, who demand maximum reliability and minimal downtime. The partnership model established here is scalable and has already been applied to other aircraft, such as the Bombardier Global series, highlighting Nextant’s certification expertise.
“With more than a year of operational experience and hundreds of kits sold to the business aviation fleet, Starlink has firmly established itself as the preeminent solution for in-flight connectivity.”
Starlink’s aviation solution is built on a constellation of over 7,600 LEO satellites, comprising about 65% of active satellites globally. This network, powered by optical space lasers, delivers robust coverage, even over oceans and remote regions, by transmitting data through a mesh network with 99.99% uptime. Each link in the network can sustain 100 Gbps, with total daily traffic exceeding 10 petabytes.
For aviation, Starlink’s low latency (sub-99 ms) and high throughput (often exceeding 200 Mbps to the aircraft) enable demanding applications for all passengers. The system is supported by a dedicated 24/7 aviation team, real-time telemetry, and proactive performance monitoring. As of December 2023, Starlink Aviation was authorized in 65 countries and territories, with ongoing expansion.
The certification process is rigorous, involving FAA, ANAC, and EASA approvals. The phased approach allows lessons from initial installations to inform subsequent ones. Nextant’s experience has streamlined the process, with recent STCs taking as little as six months. Ongoing airworthiness monitoring and compliance with service bulletins ensure continued safety and reliability.
The global connected aircraft market is booming, valued at $7.15 billion in 2025 and projected to exceed $50 billion by 2034. North America leads, driven by a dense fleet and early adoption of connectivity technologies. In-flight connectivity is the largest and fastest-growing segment, reflecting rising passenger expectations for seamless digital experiences. Starlink’s entry is disruptive. Traditional providers like Gogo and Viasat have dominated with air-to-ground and satellite solutions, but Starlink’s LEO architecture offers lower latency, higher bandwidth, and more consistent coverage. Starlink’s pricing is also competitive: a “global” 20GB package is $2,000/month, and “business unlimited” is $10,000/month, lower than many legacy alternatives.
Installation is supported by a growing network of authorized dealers, and timelines vary by aircraft complexity. Customer feedback has been positive, with performance often matching or exceeding terrestrial broadband. The competitive response includes accelerated development of next-generation systems by incumbents, but Starlink’s scale and performance set a high bar.
The financial case for Starlink is compelling. Hardware costs for installation kits start at $150,000 but can drop with volume discounts. The monthly service fees are lower than many competing systems, and the flexibility of month-to-month contracts appeals to operators. Enhanced connectivity can boost aircraft utilization, command higher charter rates, and preserve resale value.
For owners and operators, the return on investment extends beyond passenger satisfaction. Real-time access to weather, maintenance, and operational data can improve efficiency and safety, potentially lowering insurance costs and enhancing asset value. As connectivity becomes a baseline expectation, aircraft lacking such systems may face depreciation.
Industry trends point to continued growth in connected aircraft, driven by younger, tech-savvy passengers, regulatory requirements for advanced communication, and the integration of AI and predictive analytics. Starlink’s architecture is well-positioned to support future innovations, including urban air mobility and advanced air traffic management.
Embraer’s decision to offer Starlink connectivity as an aftermarket solution for its Praetor and Legacy jets is a strategic response to the evolving demands of business aviation. By partnering with Nextant Aerospace and leveraging Starlink’s technical advantages, Embraer ensures its aircraft remain at the forefront of digital transformation, offering passengers a seamless, high-performance in-flight connectivity experience.
The move reflects broader industry shifts toward digitalization, with connectivity now a key factor in aircraft selection, utilization, and value retention. As the connected aircraft market continues to expand, Embraer’s proactive approach positions it as a technology leader, ready to capitalize on emerging trends and deliver enhanced value to its customers.
Q: Which Embraer aircraft are eligible for Starlink connectivity? Q: What are the key benefits of Starlink connectivity on business jets? Q: What is the installation and certification process for Starlink on Embraer jets? Q: How does Starlink’s pricing compare to other business aviation connectivity solutions? Q: What future advancements are expected in business aviation connectivity?
Embraer Announces Starlink Connectivity for Praetor Jets: Transforming Business Aviation’s Digital Experience
Background and Context of Embraer’s Business Aviation Portfolio
The Starlink Connectivity Announcement: Revolutionary In-Flight Internet
Partnership with Nextant Aerospace and Flexjet: Strategic Collaboration
Technical Specifications and Certification Process
Market Context and Competitive Landscape
Financial Implications and Industry Trends
Conclusion
FAQ
A: Starlink is available as an aftermarket solution for Embraer Praetor 600, Praetor 500, Legacy 500, and Legacy 450 jets, with future plans for the Phenom 300 series.
A: Starlink provides high-speed, low-latency internet globally, enabling video calls, streaming, VPN use, and real-time operational data access, transforming the in-flight experience.
A: The process involves obtaining a Supplemental Type Certificate (STC) and regulatory approvals from FAA, ANAC, and EASA. Installation timelines vary from 48 hours to several weeks depending on aircraft configuration.
A: Starlink offers competitive monthly packages ($2,000 for 20GB global, $10,000 for unlimited business use), often lower than legacy systems, with flexible, contract-free terms.
A: Ongoing trends include integration with AI for predictive maintenance, expansion of regulatory requirements, and the adoption of multi-orbit and 5G technologies for even greater coverage and performance.
Sources
Photo Credit: Embraer
Business Aviation
Dassault Aviation Unveils Falcon 10X Business Jet Prototype
Dassault Aviation revealed the Falcon 10X prototype with the largest business jet cabin and advanced tech, aiming for service in late 2027.
This article is based on an official press release from Dassault Aviation.
On March 10, 2026, Dassault Aviation officially unveiled the physical prototype of its highly anticipated flagship business jet, the Falcon 10X. According to an official press release from the French aerospace manufacturers, the rollout event took place before 400 customers and partners at the company’s facility in Bordeaux-Mérignac, France.
We note that this milestone marks the program’s transition into its rigorous flight-testing phase. Originally announced in May 2021, the ultra-long-range aircraft is positioned to challenge top-tier offerings from industry rivals by prioritizing unprecedented cabin space and military-derived safety technologies. Dassault is currently targeting an Entry Into Service (EIS) for the Falcon 10X in late 2027.
According to the manufacturer’s specifications, the Falcon 10X boasts the largest purpose-built business jet cabin on the market. The interior measures 6 feet 8 inches tall (2.03 meters) and 9 feet 1 inch wide (2.77 meters), providing a total volume of 2,780 cubic feet. Industry data indicates this makes the cabin 8 inches wider and 2 inches taller than its nearest competitor, allowing for highly customizable three- or four-zone interior configurations.
The press release highlights that the aircraft maintains a highly pressurized cabin altitude of just 3,000 feet while cruising at 41,000 feet. Coupled with 100% fresh air circulation, next-generation ozone and volatile organic compound (VOC) filters, and 38 extra-large windows, which the company states are nearly 50% larger than those on the Falcon 8X, the design heavily emphasizes passenger wellness on ultra-long-haul flights.
“The objective is to allow passengers to experience time on board the aircraft as just another part of their everyday life, not as a long interval between origin and destination. So they arrive feeling refreshed and at their very best,” stated Eric Trappier, President and CEO of Dassault Aviation, in the company’s release.
Dassault uniquely leverages its experience manufacturing the Rafale fighter jet for its civilian aircraft. The Falcon 10X features a single-lever “Smart Throttle” that controls both engines simultaneously. Integrated into a third-generation digital fly-by-wire flight-control system, it includes the first automatic recovery mode in a large business jet, designed to prevent stalling or overstressing the airframe.
Additionally, the NeXus Flight Deck is equipped with touch-screen displays, dual Head-Up Displays (HUDs), and the FalconEye Enhanced Vision System. According to Dassault, this system allows for “True” EVS-to-land capability even in zero-ceiling conditions.
The aircraft utilizes business aviation’s first all-composite wing, engineered with a high sweep and high aspect ratio to reduce weight, minimize drag, and allow for steep approaches at challenging airfields like London City Airport. Powering the jet are two Rolls-Royce Pearl 10X engines. According to the provided research data, these engines deliver over 18,000 pounds of thrust each and are 100% Sustainable Aviation Fuel (SAF) compatible. “Today is a very special day for Rolls-Royce and the team. We are excited and proud to deliver the thrust for this extraordinary aircraft and I would like to congratulate the Dassault family as well as the Falcon team on this special occasion,” said Dr. Dirk Geisinger, Director of Business Aviation at Rolls-Royce.
The ultra-long-range business jet market remains fiercely competitive. The Falcon 10X, with an estimated list price of $75 million, offers a range of 7,500 nautical miles and a top speed of Mach 0.925. This allows for non-stop flights between distant city pairs such as New York and Shanghai, Los Angeles and Sydney, or Paris and Santiago.
Industry data shows the 10X competes directly with the Gulfstream G700 and G800, as well as the Bombardier Global 7500 and 8000. While competitors like the $78 million Global 8000 offer a slightly longer 8,000-nautical-mile range and a Mach 0.94 top speed, Dassault has focused its engineering on maximizing interior volume rather than chasing marginal speed records.
Following this rollout, the maiden flight is expected in late 2026. Dassault is targeting an Entry Into Service in late 2027, following a comprehensive certification campaign.
We observe that Dassault has strategically chosen to step back from the industry’s ongoing battle over marginal gains in speed and range. By marketing the Falcon 10X as a “penthouse of the skies,” the company is betting that ultra-high-net-worth individuals and corporate flight departments will prioritize passenger wellness and sheer physical space over arriving a few minutes earlier. Furthermore, the timeline adjustment, shifting the targeted EIS from an initial 2025 goal to late 2027, reflects the broader post-COVID supply chain constraints that have impacted the entire aerospace sector, alongside Dassault’s concurrent focus on fulfilling Rafale military orders. However, the successful physical rollout in 2026 signals a triumphant milestone, putting Dassault firmly back on the offensive in the ultra-long-range market segment.
According to industry estimates, the list price for the Falcon 10X is approximately $75 million.
The aircraft has a maximum range of 7,500 nautical miles, allowing it to fly non-stop from New York to Shanghai or Los Angeles to Sydney.
Following its rollout in March 2026 and an expected maiden flight later in the year, Dassault is targeting late 2027 for the aircraft’s Entry Into Service (EIS).
Sources: Dassault Aviation
Redefining the “Living Room in the Sky”
Military-Grade Technology Meets Civilian Aviation
Rafale-Inspired Flight Deck
Aerodynamics and Propulsion
Market Context and Timeline
AirPro News analysis
Frequently Asked Questions
What is the price of the Dassault Falcon 10X?
What is the range of the Falcon 10X?
When will the Falcon 10X be available?
Photo Credit: Dassault Aviation
Business Aviation
Life Flight Network Orders 12 Pilatus PC-12 PRO Aircraft for Medical Transport
Life Flight Network signs 10-year deal with Pilatus for 12 PC-12 PRO aircraft equipped for ICU-level air medical transport, deliveries begin 2027.
This article is based on an official press release from Pilatus Aircraft.
Life Flight Network, the largest not-for-profit air medical transport provider in the United States, has signed a 10-year agreement with Pilatus Aircraft, placing a firm orders for 12 new PC-12 PRO aircraft. According to an official press release from Pilatus, the deal also includes options for additional aircraft to support future fleet expansion.
The agreement positions Life Flight Network as the United States launch customer for the PC-12 PRO configured specifically with aeromedical interiors. Deliveries of the new turboprops are scheduled to begin in 2027, marking a significant long-term investment in advanced air medical capabilities for the organization.
These new aircraft will be delivered through Pilatus Aircraft USA Ltd, based in Broomfield, Colorado. Once operational, the fleet will be fully equipped to provide Intensive Care Unit (ICU) level care and transport for critically ill and injured patients across diverse and often remote operational areas.
The decision to acquire the PC-12 PRO aligns with Life Flight Network’s ongoing fleet modernization efforts. Founded nearly half a century ago, the organization has built a reputation for clinical excellence and rapid response in regions where medical infrastructure can be sparse. The addition of the PC-12 PRO is expected to enhance their ability to deliver safe and efficient life-saving transport.
In the press release, company leadership emphasized the strategic importance of the acquisition for their service areas, which include the Pacific Northwest, the Intermountain West, and Hawaii.
“This ten-year agreement represents a major step forward for our organization. The PC-12 PRO offers the performance, reliability, and advanced safety technology needed to serve our communities in the Pacific Northwest, Intermountain West, and Hawaii. We are committed to investing in aircraft that improve patient care, support our crews, and maintain the highest safety standards.”
The PC-12 PRO brings several technological and safety enhancements to the demanding environment of air medical transport. The aircraft features an advanced avionics suite and integrated Safety Autoland technology, which provides an additional layer of security for flight crews and patients during critical missions.
Furthermore, the medical interiors are designed and built in the United States, ensuring they meet the rigorous standards required for ICU-level care in the air. Pilatus executives highlighted the platform’s suitability for these specialized operations. “The PC-12 PRO is a proven platform, ideal for air medical missions. With its advanced avionics suite, exceptional performance, integrated Safety Autoland technology, and US-designed and -built medical interior, it offers unparalleled safety and operational flexibility. We are proud to support Life Flight Network in its critical mission of providing critical care transport.”
We note that Life Flight Network’s commitment to a 10-year agreement with Pilatus underscores a broader industry trend of standardizing air medical fleets around proven, versatile turboprop platforms. The PC-12 family has long been favored by aeromedical operators for its ability to access short, unpaved runways while offering a cabin size comparable to mid-size jets. By securing options for future deliveries, Life Flight Network is insulating itself against supply chain constraints and ensuring a steady pipeline of modern aircraft as they expand their footprint, particularly in their newly announced Hawaiian operations.
Life Flight Network placed a firm order for 12 Pilatus PC-12 PRO aircraft, with options for additional airframes in the future.
According to the Pilatus press release, deliveries of the new PC-12 PRO aircraft are scheduled to begin in 2027.
The aircraft will be delivered with US-designed and built aeromedical interiors, fully equipped for Intensive Care Unit (ICU) level care. It also features an advanced avionics suite and integrated Safety Autoland technology.
Upgrading the Air Medical Fleet
Technological Advancements of the PC-12 PRO
AirPro News analysis
Frequently Asked Questions
What aircraft did Life Flight Network order?
When will the new aircraft be delivered?
What makes the PC-12 PRO suitable for medical transport?
Sources
Photo Credit: Pilatus
Business Aviation
Airbus ACH140 Unveiled at Verticon 2026 with Global Launch Customers
Airbus Corporate Helicopters launches the ACH140 VIP helicopter with launch customers in the US, Brazil, and Europe, targeting 2029 deliveries and 2030 service entry.
This article is based on an official press release from Airbus Corporate Helicopters.
On March 9, 2026, at the Verticon 2026 tradeshow in Atlanta, Georgia, Airbus Corporate Helicopters (ACH) officially introduced the ACH140. According to the company’s press release, this new model serves as the dedicated corporate and VIP variant of the recently launched H140 light twin-engine helicopter. We note that the manufacturer has already secured launch customers across the United States, Brazil, and Europe, marking a significant milestone for the clean-sheet rotorcraft.
These three regions are highly strategic for the manufacturer’s private and business aviation (PBA) portfolio. In the official announcement, ACH Head Frédéric Lemos stated that North America, Europe, and Brazil collectively account for more than 70 percent of the total global market volume and value in the PBA sector. By locking in early adopters in these territories, Airbus aims to establish a strong foundational footprint for the new aircraft.
The ACH140 introduces several mechanical and aerodynamic advancements to the light-twin market. According to Airbus, the helicopter features a new five-blade main rotor system engineered to deliver an exceptionally smooth flight experience. The aircraft is distinguished by a T-tail configuration and a Fenestron shrouded tail rotor, and it is powered by new Safran Arrius 2ES engines. For navigation and safety, it utilizes the same proven Helionix avionics suite found in the existing H135 and H145 models.
Inside the aircraft, Airbus claims the ACH140 provides “unmatched cabin space” for its class, complemented by what the company describes as the “largest windows on the market” to offer passengers panoramic views. The cabin is designed to accommodate between four and six passengers. Standard layout options detailed in the press release include a high-density 2+6 seating arrangement, a 2+5 configuration with either a forward or rear cabinet, and a spacious 2+4 layout featuring both fore and aft cabinets.
Beyond mechanical upgrades, the ACH140 serves as the launchpad for a comprehensive visual overhaul of the brand’s interior design DNA. The press release highlights the new “LINE collection,” which incorporates “dynamic stretched lines” and a blend of “sophisticated materials.” Airbus confirmed that this updated design language will eventually be rolled out across the entire ACH family, beginning with the ACH130.
“For the 140, we had to design a new cabin, because it’s a completely new aircraft. It was the perfect opportunity for us to take that moment to facelift all our range,” stated Frédéric Lemos, Head of Airbus Corporate Helicopters, in the company’s release.
Since the baseline H140 was introduced in March 2025, Airbus has secured approximately 100 commitments across all variants of the aircraft. For the VIP ACH140 variant, Columbia Aviation Holding in Brazil was highlighted as a key launch customer. The operator is upgrading from its current fleet of Airbus H135 helicopters.
“Upgrading from the H135 to the H140 was a natural decision. Airbus has consistently delivered exceptional reliability and world-class operator support… With the H140, Airbus builds on that foundation with meaningful [improvements],” said Ricardo Lacerda of Columbia Aviation Holding.
While the ACH140 is making headlines today, the aircraft is still progressing through its testing and certification phases. The first prototype (PT1) completed its maiden flight in June 2023, followed by the second prototype (PT2) in August 2025. According to the manufacturer’s timeline, the baseline H140 is scheduled to receive EASA and FAA certification and enter service with Emergency Medical Services (EMS) operators in 2028. The VIP ACH140 variant is projected to see its first deliveries in 2029, with official service entry slated for 2030. We observe a growing industry trend toward dual-use modularity in the private aviation sector. Because the baseline H140 was originally engineered with rigorous EMS operations in mind, incorporating input from major operators like Global Medical Response and ADAC Luftrettung, the ACH140 inherits a highly adaptable cabin architecture. This modularity allows private owners and corporate flight departments to easily reconfigure their luxury aircraft for utility or disaster relief missions, maximizing the asset’s operational efficiency and residual value.
Furthermore, Airbus’s strategy of pursuing luxury automotive partnerships remains a key market differentiator. Following the commercial success of the Aston Martin Edition ACH130 and the Mercedes-Benz Edition ACH145, the company is actively exploring bespoke interior collaborations for the ACH140. This approach not only elevates the brand’s prestige but also helps maintain high-net-worth buyer engagement during the long development cycle between the 2026 announcement and the projected 2030 service entry.
When will the Airbus ACH140 enter service? What engines power the ACH140? How many passengers can the ACH140 carry? Sources: Airbus Corporate Helicopters
Airbus Unveils ACH140 at Verticon 2026, Securing Launch Customers in Key Global Markets
Disrupting the Light-Twin Segment
Design and Performance Specifications
The New “ACH Line” Aesthetic
Market Reception and Timeline
Early Adopters and Commitments
Development and Certification Schedule
AirPro News analysis
Frequently Asked Questions (FAQ)
According to Airbus, the first deliveries of the ACH140 are expected in 2029, with official service entry scheduled for 2030. The baseline H140 will enter service earlier, in 2028, for EMS operators.
The helicopter is powered by new Safran Arrius 2ES engines.
The cabin is highly modular and can be configured to seat between four and six passengers, depending on the chosen layout and cabinetry options.
Sources
Photo Credit: Airbus
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