Business Aviation
Catheter Precision Expands Flyte Hops Regional Jet Platform
Catheter Precision expands Flyte Hops using Cirrus Vision Jets for short-haul regional flights under 500 miles with $88M financing.
This article is based on an official press release from Catheter Precision, Inc. and Fly Flyte, Inc.
On March 25, 2026, Catheter Precision, Inc. (NYSE American: VTAK) and its wholly-owned subsidiary, Fly Flyte, Inc. (“Flyte”), announced the expansion of its “Flyte Hops” platform. According to the company’s press release, the service is designed as a scalable, short-haul regional travel solution powered entirely by a fleet of Cirrus Vision Jets. By targeting flight routes under 500 miles, Flyte aims to bridge the gap between the inefficiencies of commercial airlines and the historically prohibitive costs of traditional Private-Jets charters.
The announcement follows a dramatic corporate restructuring. Catheter Precision, traditionally known as a medical device company focused on cardiac arrhythmia treatments, has fully acquired Flyte and secured significant institutional financing to pivot its business model into the regional air mobility sector. This transition marks a highly unusual but aggressive move into the private aviation market.
We have reviewed the official statements and accompanying industry research to break down the operational model, the financial mechanics of the acquisition, and the broader implications for regional air travel.
The “Flyte Hops” Platform and Fleet Strategy
The core of the Flyte Hops model is transforming private aviation from a discretionary luxury into a practical, high-frequency transportation solution. According to the release, the platform is purpose-built for short-haul flights under approximately 500 miles. Flights are operated by Flyte’s wholly-owned subsidiary, Ponderosa Air, LLC, which holds an FAA Part 135 air carrier certification.
To optimize fleet utilization, the company states that the platform relies on AI-driven scheduling and pricing. Passengers utilizing the service gain access to private fixed-base operators (FBOs), allowing them to bypass traditional TSA security delays and significantly reduce overall travel time.
Right-Sizing Regional Travel
Industry research highlights that the United States is home to over 5,000 public-use Airports, the vast majority of which are unserved or underserved by major commercial airlines. Flyte’s model capitalizes on this underutilized infrastructure, offering point-to-point travel that avoids congested major hubs.
Traditional legacy charter operators often rely on larger aircraft that are highly inefficient and cost-prohibitive for 300-to-500-mile trips. By matching the aircraft capability to the actual mission demand, Flyte aims to achieve a lower cost per flight hour and higher asset utilization.
Fleet Expansion and Organic Demand
Flyte is actively expanding its footprint to capture market share in these regional corridors. According to the provided research, Flyte currently operates three aircraft. Two additional Vision Jets are currently under accepted bids and are expected to be fully operational by Memorial Day 2026, which will bring the near-term fleet to five aircraft.
The company officially launched “Flyte Hops Florida” on March 16, 2026, connecting the U.S. East Coast from Maine to Florida. During a soft rollout in Florida, industry data indicates that a single aircraft generated over $160,000 in inbound flight bookings without any marketing spend, demonstrating strong organic demand. Following the East Coast rollout, Flyte plans to expand operations into California and Texas later in 2026.
Corporate Restructuring: From Medical Devices to Aviation
To understand Flyte’s current trajectory, it is necessary to examine its recent corporate history. Flyte was previously majority-owned by Creatd, Inc. (CRTD), which acquired the company in early 2025 and implemented a turnaround strategy focused on operational optimization and AI integration.
On March 10, 2026, Catheter Precision completed the Acquisitions of the remaining 80% equity stake in Flyte and 100% of Ponderosa Air, LLC from Creatd. According to financial reports, the deal was valued at approximately $11.55 to $12 million, structured as $6 million in cash and $6 million in VTAK convertible preferred stock.
To support this aviation venture, VTAK actively restructured its balance sheet. In February 2026, the company sold off non-core medical assets, specifically its atherectomy catheter technologies. Concurrently with the Flyte acquisition, VTAK announced it had secured up to $88 million in strategic institutional financing commitments to fund fleet expansion and scale the aviation platform.
The Verijet Connection
Flyte’s growth strategy also involves capitalizing on recent industry consolidation. In late 2025, Flyte actively pursued the acquisition of grounded Cirrus Vision Jets and infrastructure from Verijet, a former top-15 U.S. private jet operator that filed for Chapter 7 bankruptcy. This move allows Flyte to absorb existing assets and meet market demand while attempting to avoid the operational pitfalls that hindered its predecessors.
Safety and Consumer Appeal
A major selling point for consumers wary of small aircraft is the specific safety profile of the Cirrus Vision Jet. The aircraft is a single-engine very light jet known for its low operating costs, but it also features proprietary safety technologies.
“The Cirrus Vision Jet features the Cirrus Airframe Parachute System (CAPS), the only full-aircraft parachute system in private aviation, and a ‘Safe Return’ Emergency Auto-land system that allows autonomous navigation and landing at the push of a button.”
According to industry analysts, these features are critical differentiators that help build passenger confidence in single-engine regional air mobility.
AirPro News analysis
The transition of Catheter Precision from a medical device manufacturer to a regional air mobility operator is one of the most unique corporate pivots we have observed this year. Following the completion of the Flyte acquisition in early March 2026, retail sentiment for VTAK surged, with the stock price experiencing a notable 50% increase as investors reacted positively to the company’s entry into the private aviation sector.
However, financial analysts note that this pivot remains highly speculative. Prior to securing the recent $88 million in financing commitments, VTAK exhibited signs of financial distress, including a low Altman Z-Score and Piotroski F-Score. The ultimate success of this venture will rely heavily on the executive team’s ability to successfully integrate the aviation business, scale the fleet efficiently, and maintain strict unit economics in a notoriously capital-intensive industry.
Frequently Asked Questions
What is the Flyte Hops platform?
Flyte Hops is a regional private aviation service focused on short-haul flights under 500 miles, utilizing a fleet of Cirrus Vision Jets to provide cost-effective, point-to-point travel bypassing major commercial airport hubs.
Who owns Flyte?
Flyte (Fly Flyte, Inc.) and its operating subsidiary, Ponderosa Air, LLC, are wholly-owned subsidiaries of Catheter Precision, Inc. (NYSE American: VTAK), which acquired the remaining 80% stake from Creatd, Inc. in March 2026.
How is Catheter Precision funding this aviation expansion?
The company sold off non-core medical assets in February 2026 and secured up to $88 million in strategic institutional financing commitments to fund the acquisition and subsequent fleet expansion.
Sources
- Catheter Precision / Flyte Press Release (GlobeNewswire)
- Industry Research Report (Provided via Web Search)
Photo Credit: Flyte
Business Aviation
EASA Validates HondaJet APMG-S Upgrade Package for Europe
EASA approved the HondaJet APMG-S retrofit package on Oct 15, 2026, adding 300 lbs MTOW and new avionics to legacy aircraft.
The European Union Aviation Safety Agency (EASA) has granted type validation for the HondaJet APMG-S upgrade package, clearing the way for European owners of legacy HondaJet Classic and APMG aircraft to retrofit their airframes with modern performance and avionics enhancements.
Announced by Honda Aircraft Company in a press release on October 15, 2026, the regulatory approval expands the addressable market for the manufacturer’s retrofit program. The validation establishes a standardized upgrade path for the European preowned market, allowing operators to bring older airframes closer to the specifications of current production models.
Performance and avionics enhancements
The APMG-S (Advanced Performance Modification Group – S) package was developed to integrate features from later variants, such as the HondaJet Elite S, into the existing fleet. A primary component of the upgrade is a 300-pound (136-kilogram) increase in Maximum Takeoff Weight (MTOW), which provides operators with greater payload capacity or extended range flexibility.
The retrofit also introduces the Advanced Steering Augmentation System (ASAS). This system is designed to improve crosswind capability and overall ground handling during the takeoff and landing phases. On the flight deck, the package includes faster avionics processing hardware and software, alongside new Graphical Weight and Balance functionality to streamline preflight calculations for flight crews.
“At Honda Aircraft Company, we are deeply committed to continuously enhancing value by bringing meaningful innovation to customers throughout their ownership journey,” said Amod Kelkar, Senior Vice President and Chief Commercial Officer at Honda Aircraft Company. “We are pleased to make these enhancements available to more customers across Europe and to continue supporting the success of the global HondaJet community.”
Expanding the global retrofit market
The EASA validation marks the third major regulatory approval for the APMG-S program. Honda Aircraft Company initially introduced the package in December 2025 alongside its Federal Aviation Administration (FAA) certification for United States-registered aircraft. Mexico’s Federal Civil Aviation Agency (AFAC) followed with its own certification in May 2026.
For European operators, physical installations of the APMG-S package will be conducted by Rheinland Air Service, an authorized HondaJet dealer based in Germany. North American customers continue to be served by the Honda Aircraft Company Service Center at the manufacturer’s headquarters in Greensboro, North Carolina.
The certification directly impacts the preowned aircraft market by allowing buyers to purchase older airframes and retrofit them to near-current specifications, or to purchase pre-modified aircraft directly. The company noted that additional international validation applications for the APMG-S package are currently under review by other regional regulators and will be announced as they are achieved.
Two decades of HondaJet development
The European expansion of the APMG-S program arrives during a milestone year for Honda Aircraft Company, a wholly owned subsidiary of American Honda Motor Co., Inc. Founded in 2006, the manufacturer celebrated its 20th anniversary of aviation operations in August 2026. During those commemorative events, the company highlighted that the global HondaJet fleet had surpassed 250 total deliveries in 2024.
While supporting the legacy fleet through retrofit programs, the manufacturer is simultaneously advancing its next-generation aircraft. On September 15, 2026, Honda Aircraft Company announced the completion of the first wing structure for the HondaJet Echelon test unit. The Echelon, a new light jet program designed to offer transcontinental range, is currently progressing toward mainline final assembly in Greensboro.
AirPro News analysis
We view the APMG-S program as a strategic lever for Honda Aircraft Company to stabilize residual values and maintain brand loyalty within the preowned market. By offering a certified pathway to retrofit legacy airframes with Elite S-class capabilities, the manufacturer prevents its earliest models from becoming technologically obsolete. This EASA validation is particularly critical for the European market, where airspace density and operational constraints often demand the latest avionics and handling capabilities. Standardizing the global fleet also simplifies long-term MRO and parts support for the Greensboro-based manufacturer.
Photo Credit: HondaJet
Business Aviation
Textron Aviation Certifies Gogo Galileo HDX on Citation Jets
Textron Aviation earns FAA certification for Gogo Galileo HDX on Citation Longitude and Latitude, offering free factory install from 2028.
Textron Aviation has secured Federal Aviation Administration (FAA) certification for the Gogo Galileo HDX connectivity system on its Cessna Citation Longitude and Cessna Citation Latitude business jets. The approval makes the Wichita-based manufacturer the first original equipment manufacturer (OEM) to offer the low-earth-orbit (LEO) solution as a standard factory option.
In a press release issued October 15, 2026, Textron Aviation confirmed it will provide the Eutelsat OneWeb-powered system as a no-charge installation on factory-new aircraft starting in 2028. The move is designed to lower the upfront financial barrier for operators seeking high-speed global internet access.
Factory integration and service rollout
Customers selecting the Gogo Galileo HDX system will receive a guaranteed preferred worldwide service rate for three years. The integration targets operators who require reliable, high-bandwidth connections for video conferencing and streaming during flight, capabilities that have become standard expectations in the business aviation market.
“Achieving FAA certification of Gogo Galileo HDX on the Citation Longitude and Citation Latitude is the result of a strong effort across our teams and gives customers another factory-supported connectivity option to keep them connected wherever their missions take them,” said Chris Hearne, Senior Vice President of Engineering & Programs at Textron Aviation.
Hearne noted that operators rely on these systems to stay productive and require solutions that perform reliably worldwide. Gogo Chief Executive Officer Christopher Moore highlighted the partnership, stating the company is pleased that new Citation owners will benefit from the connectivity system to maintain their online presence in the sky.
Aircraft capabilities and market context
The certification applies to two of Textron’s prominent business jets. The Cessna Citation Longitude, the manufacturer’s flagship super-midsize aircraft certified in September 2019, features a maximum range of 3,500 nautical miles and seats up to 12 passengers. The midsize Cessna Citation Latitude, which entered service in 2015, offers a 2,700-nautical-mile range with capacity for nine passengers.
The Gogo Galileo HDX system utilizes an electronically steered antenna (ESA) mounted on the fuselage. It connects to Eutelsat’s OneWeb LEO satellite network to provide maximum download speeds of 60 Mbps. The compact design is specifically engineered for easier installation on business aircraft.
Demand for LEO connectivity upgrades is accelerating across the business aviation sector. On October 16, 2026, maintenance, repair, and overhaul (MRO) provider Duncan Aviation announced it had purchased multiple Gogo Galileo HDX systems to meet growing customer installation schedules. Earlier in the year, on July 1, 2026, Gogo confirmed that Gulfstream Aerospace received an FAA Supplemental Type Certificate (STC) to install the same system on Gulfstream G650 and G650ER aircraft.
AirPro News analysis
By offering the Gogo Galileo HDX installation at no charge for factory-new deliveries, Textron Aviation is shifting the competitive landscape in the midsize and super-midsize business jet markets. Satellite connectivity has historically required substantial upfront equipment and installation capital. Absorbing this initial cost allows Textron to use terrestrial-like internet access as a primary sales differentiator rather than a premium add-on. We expect this pricing strategy will pressure competing OEMs to standardize their own high-speed connectivity offerings to meet baseline buyer expectations.
Photo Credit: Textron Aviation
Business Aviation
Garmin Autoland Reaches 2,500 Aircraft Across 15 Models
Garmin Autoland surpasses 2,500 installations across 15 aircraft models, including its first twin-engine jet certifications in 2026.
Garmin has reached a milestone of 2,500 aircraft equipped with its Autoland system, marking a rapid expansion of the autonomous emergency technology into the twin-engine jet market just six years after its initial certification.
The Olathe, Kansas-based avionics manufacturer announced the achievement in a press release on October 14, 2026. The milestone reflects the integration of the safety system across 15 certified aircraft models, ranging from high-performance piston singles to light business jets.
Expanding into the light jet market
In 2026, Garmin secured Autoland certifications for four additional aircraft models. This included the Pilatus PC-12 PRO and the Epic E1000 AX, alongside the HondaJet Elite II and the Embraer Phenom 300EV. The latter two certifications represent the first time the technology has been made available on twin-engine jet aircraft, pushing the system beyond its original single-engine turboprop and piston applications.
The expansion into the twin-engine market requires the system to manage asymmetric thrust and more complex energy management profiles during an automated approach and landing. Phil Straub, executive vice president and managing director of aviation at Garmin, stated in the press release that surpassing the 2,500-aircraft mark reflects strong adoption of the technology across the industry.
“From the first certification in 2020 to the expansion in the general aviation market and now into twin-engine jets, Garmin Autoland continues to demonstrate certified, real-world capability across a growing range of aircraft and flight decks,” Straub said.
System mechanics and flight deck integration
Garmin Autoland is part of the manufacturer’s Autonomí family of automated flight solutions. The system is designed to activate during an emergency to control and land an aircraft without human intervention. It can be engaged manually by a passenger via a dedicated button or triggered automatically if the system detects that the pilot is unresponsive.
Once activated, the system calculates an optimal route to a suitable airport. The routing logic takes into account weather conditions, terrain, and known hazards. As the aircraft navigates to the selected runway, the system broadcasts the aircraft’s intentions on emergency air traffic control frequencies to alert controllers and other traffic. The system then executes an automated approach, landing, and full stop on the runway.
The technology requires integration with Garmin’s high-end avionics suites, specifically the G3000 and G5000 integrated flight decks, or the G1000 NXi retrofit system. The current roster of equipped aircraft includes the Piper M600 SLS and M700 FURY, the Cirrus Vision Jet G2, G2+, and G3 series, the Cirrus SR20 G7+, SR22 G7+, and SR22T G7+ piston lines, and the Daher TBM 940, TBM 960, and TBM 980 models. It is also available on select Beechcraft King Air 200, B200, 300, and 350 aircraft.
From initial certification to real-world application
Garmin first certified the Autoland system in May 2020 on the Piper M600 SLS, where the airframer branded the technology as HALO. The development of the world’s first certified autonomous emergency landing system earned Garmin the 2020 Robert J. Collier Trophy, an award recognizing the greatest achievement in aeronautics or astronautics in America.
According to reporting by Aviation International News, the system was used for the first time in an actual emergency when it safely landed a Beechcraft Super King Air after the pilot became incapacitated. This event validated the system’s core design premise in a live operational environment, demonstrating its ability to safely recover an aircraft and its occupants when the pilot in command is unable to do so.
AirPro News analysis
We view the 2,500-aircraft milestone as a clear indicator that autonomous emergency recovery is transitioning from a premium differentiator to a baseline expectation in the owner-flown aircraft market. The initial adoption by Piper, Cirrus, and Daher proved the concept in the single-engine space, where pilot incapacitation carries the highest risk profile due to the lack of a second crew member. However, the 2026 expansion into the Embraer Phenom 300EV and HondaJet Elite II signals a strategic shift.
By entering the twin-engine light jet segment, Garmin is positioning Autoland for corporate flight departments and charter operators who value the redundancy of a digital safety net, even in multi-crew environments. As the technology matures and the installed base grows, we expect to see increased pressure on competing avionics manufacturers to develop similar autonomous recovery capabilities to remain competitive in the high-performance general aviation and light business jet sectors.
Photo Credit: Garmin
-
Technology & Innovation5 days agoFAA Awards Heart Aerospace $2.9M for ES-36 Hybrid Propulsion
-
Space & Satellites5 days agoNASA SpaceX CRS-35 Mission Targets October 2026 ISS Launch
-
Space & Satellites4 days agoFCC Authorizes SpaceX 15000 Satellite Direct-to-Device Network
-
Technology & Innovation7 days agoSkyDrive and MUFG Bank Launch Kansai eVTOL Study
-
Aircraft Orders & Deliveries3 days agoJapan Airlines Orders Up to 26 Embraer E190-E2 for J-AIR