Unleashing the Potential: G-Series Flaps and Ailerons Advantage

The integration of G-Series flaps and ailerons elevates the performance of the Carbon Cub FX and EX models to new heights. These innovative components enhance flight control, offering more precise maneuverability, which is crucial for both novice and seasoned pilots.

Enhanced Aerodynamics

• Improved Lift: The G-Series design boosts lift efficiency, allowing the aircraft to take off and land over shorter distances. This is especially beneficial for accessing remote or constrained airfields.

• Superior Control: Enhanced aileron and flap technology provides better roll control and stability, ensuring smoother flight even in turbulent conditions.

Increased Efficiency

1. Optimized Fuel Consumption: The aerodynamic enhancements reduce drag, contributing to more efficient fuel consumption and extended range.

2. Increased Payload Capacity: With better aerodynamic performance, pilots can carry more cargo without compromising on safety or performance.

The G-Series flaps and ailerons not only make flying more enjoyable but also expand the capabilities of these aircraft, making them versatile companions for any adventure.

Under the cowl of the Carbon Cub resides a heart that beats with exceptional power. Its high-performance engine propels you swiftly into the air, making short takeoffs and quick climbs a reality. Glide effortlessly through the atmosphere, and savor the thrill of aerobatics that push the boundaries of what's possible. The Carbon Cub's nimble handling and precise controls offer a harmonious dance between pilot and machine, turning every flight into a symphony of exhilaration.

Performance Capabilities

Experience the unmatched power-to-weight ratio that sets the Carbon Cub apart. This marvel of engineering delivers:

• Takeoff Distance: As short as 50 feet, allowing you to launch into the skies from virtually anywhere.
• Climb Rate: Achieve a breathtaking ascent of up to 2,400+ feet per minute, a testament to its robust engine performance.
• Cruise Speed: Depending on tire choice, fly at speeds ranging from 110 to 132 mph, ensuring both efficiency and excitement.
• Landing Distance: Touch down smoothly with a landing distance as short as 110 feet, perfect for those tight spots.

The power is seamlessly paired with the Carbon Cub's agile maneuverability and slow-speed capabilities. Advanced features like the G-Series flaps and ailerons enhance its responsiveness, while the 160 HP turbocharged Rotax 916iS engine, capable of running on both MOGAS and AVGAS, underscores its versatility and innovation.

Embark on each flight knowing that the Carbon Cub is not just an aircraft—it's your partner in exploring new horizons with unmatched prowess and precision.

How Has the Carbon Cub Evolved Over Its 10-Year History?

Launch and Early Developments

In 2009, the aviation world saw the introduction of the Super Sport Cub, a model that set the stage for what would become a significant evolution in light aircraft. Its first flight occurred on March 4, 2009, marking the beginning of an exciting journey.

Rebranding and Initial Success

A year later, in 2010, the aircraft was rebranded as the Carbon Cub. This new identity accompanied its first victory at the Valdez Short Takeoff and Landing (STOL) competition, showcasing its impressive capabilities.

Expansion and Recognition

By 2011, the increasing popularity of the Carbon Cub prompted an expansion of manufacturing facilities. This was in response to a surge in demand, highlighting its growing appeal among aviation enthusiasts.

Technological Advancements

2012 was a landmark year, as the 100th Carbon Cub rolled out with enhancements like a revamped cowling and improved cabin heat, optimizing both performance and comfort.

Continuous Improvement

In 2013, further upgrades included a new accessory case and additional panel enhancements, ensuring that the Carbon Cub stayed ahead in terms of technology and user experience.

200 Milestone and New Features

With 200 units delivered by 2014, the Carbon Cub continued to innovate. That year, new features such as Aerocet Floats and the G3X EFIS panel were introduced, expanding its capability and functionality.

Second Generation and New Programs

The second generation made its debut in 2015 with the introduction of the Carbon Cub EX-2. Coinciding with this was the launch of the FX Builder Assist Program, offering builders an enhanced assembly experience.

Further Milestones

By 2016, 300 of these planes were airborne. The year also saw the incorporation of a BRS airframe parachute, adding a crucial safety feature.

Third Generation and New Models

In 2017, the 400th aircraft was delivered, coinciding with the launch of new models, the EX-3 and FX-3. This marked the introduction of significant new features and advancements.

Continued Success and Celebrations

2018 was another triumphant year, with an alternate Bush Class win at a major competition and the milestone delivery of the 500th unit.

As the decade concluded in 2019, the aviation community gathered for a celebratory event, emphasizing the aircraft’s ten-year legacy of innovation and success.

In summary, the Carbon Cub's evolution has been characterized by continuous innovation, market growth, and numerous accolades, establishing it as a standout in the realm of light aircraft.

Key Specifications of the Carbon Cub Models

Carbon Cub UL

The latest addition to this series, the Carbon Cub UL, is crafted for compliance with both U.S. Light Sport standards and various international ultralight criteria. This model features:

• Gross Weight: 1,320 lbs
• Horsepower: 160 HP
• Engine: Fuel-injected
• Propeller Options: Fixed or variable pitch
• Standard Features: Ailerons, flaps, fuel tanks, baggage compartment, landing gear, lighting, 6131 steerable tailwheel, and steel tailspring.

Carbon Cub SS

This model is renowned for its exceptional power-to-weight ratio under the Light Sport category. Key features include:

• Gross Weight: 1,320 lbs
• Horsepower: 180 HP
• Engine: Carbureted
• Propeller: Fixed pitch
• Standard Features: Ailerons, flaps, fuel tanks, baggage compartment, landing gear, lighting, tail spring, and tailwheel.

Carbon Cub FX

The FX version offers a unique Builder Assist program, allowing enthusiasts to engage in a hands-on, seven-day assembly process for an Experimental Amateur Built (EAB) aircraft. Specifications include:

• Gross Weight Options: 1,865 lbs or 2,000 lbs
• Horsepower Options: 180 HP or 186 HP
• Engine Options: Carbureted or fuel-injected
• Propeller Options: Fixed pitch or constant speed
• Enhanced Features: New G Series ailerons and slotted flaps, long-range fuel tanks, extended baggage space, 3x3 HD landing gear, lightweight LED lighting, strobe package, and an Alaskan Bushwheel tail spring and tailwheel.

Carbon Cub EX

Designed as a comprehensive airplane kit, the EX can be certified with a gross weight of up to 2,000 lbs and can qualify for Light Sport with certain configurations. Assembly typically takes between 800 and 1,000 hours. Key specifications include:

• Gross Weight Options: 1,320 lbs, 1,865 lbs, or 2,000 lbs
• Horsepower Options: 180 HP or 186 HP
• Engine Options: Carbureted or fuel-injected
• Propeller Options: Fixed pitch or constant speed
• Standard and Enhanced Features: New G Series ailerons and slotted flaps, standard and extended HD landing gear, and fuel and baggage options similar to the FX version.

Each version of the Carbon Cub brings its own unique capabilities to cater to various flying preferences and regulatory requirements worldwide. Whether you're an aviator seeking light sport compliance or an experimental builder enthusiast, there's a model tailored to fit your needs.

Milestones in the Carbon Cub’s Journey

2009: The Journey Begins

• Released and ready for adventure, the Super Sport Cub took to the skies with its first flight on March 4, 2009.

2010: Rising to Fame

• A new identity was forged with the renaming to Carbon Cub. This year it also dazzled audiences by clinching a victory at the Valdez STOL competition.

2011: Expansion to Meet Demand

• To keep up with growing popularity, the production facility underwent expansion, enabling more enthusiasts to get their hands on this outstanding aircraft.

2012: Celebrating the 100th Delivery

• Reaching a significant production milestone, the 100th Carbon Cub was delivered. Updated features like a new cowling and enhanced cabin heating improved comfort and performance.

2013: Advancements Continue

• The EX Kit hit its stride with its 100th delivery. Further upgrades included additional accessory cases and refined instrument panels.

2014: Doubling Success

• The 200th Carbon Cub was delivered, and new features such as Aerocet Floats and the G3X EFIS panel were introduced, elevating functionality and customization.

2015: Introducing the Next Generation

• The Carbon Cub EX-2 brought exciting innovations, and the FX Builder Assist Program was launched, empowering builders to create their dream aircraft.

2016: Reaching New Heights

• With the 300th Carbon Cub flying, safety was enhanced by offering a BRS airframe parachute, catering to the needs of the adventurous pilot.

2017: Pioneering the Third Generation

• The 400th Carbon Cub took to the skies, with new models EX-3 and FX-3 making their debut, showcasing continued advancements in aviation technology.

2018: Another Victorious Year

• The aircraft clinched a win in the Alternate Bush Class, and the 500th Carbon Cub was celebrated, marking its enduring appeal in aviation circles.

2019: A Decade of Excellence

• Culminating a decade of innovation and success, enthusiasts gathered to celebrate these remarkable achievements at a special event, marking ten years of impact in the aviation world.

Through these milestones, the Carbon Cub has not only evolved but has also set new standards in the aviation industry, continually delighting pilots and aviation enthusiasts alike.

How Does the Chromoly Steel Fuselage Enhance Safety in the Carbon Cub?

The chromoly steel fuselage significantly boosts safety in the Carbon Cub through its robust design and superior materials. Chromoly, an alloy known for its exceptional strength-to-weight ratio, forms a protective enclosure around the aircraft’s occupants, akin to a reinforced cage protecting its precious cargo.

Exceeds Safety Standards

1. Designed for Durability: The framework is intentionally engineered to far surpass conventional safety requirements. This means it can endure greater stress during flight, providing an added layer of security.

2. Comprehensive Testing: The structure undergoes rigorous testing procedures. By subjecting it to intense static load assessments, involving the use of lead weights and hydraulic pressure, engineers ensure that it remains the strongest in its class.

3. Enhanced Impact Resistance: The fuselage's design, leveraging the robust properties of chromoly steel, offers enhanced resistance to impacts, thereby safeguarding against potential mishaps.

In essence, the chromoly steel fuselage not only enhances structural integrity but also instills confidence, assuring that the aircraft is built to protect, perform, and exceed expectations in real-world scenarios.

The Carbon Cub aircraft is available in four distinct versions, each catering to different aviation needs:

1. UL Variant: This ultralight model offers a Light Sport Aircraft (LSA) option, perfect for those seeking a balance of leisure and light recreational flying. Additionally, it supports the Experimental Amateur-Built (EAB) Builder Assist program, providing enthusiasts with a hands-on building experience.

2. SS Edition: Specifically designed as a Light Sport Aircraft, the SS model is ideal for pilots who prioritize simplicity and efficiency in their flying adventures.

3. FX Version: Available as part of the EAB Builder Assist program, this version allows for a personalized assembly experience, making it a great choice for those who enjoy the technical aspects of aircraft construction.

4. EX Kit: For the true DIY enthusiast, the EX model is offered as an aircraft kit. This variant provides the opportunity to custom-build an aircraft from the ground up, catering to those who enjoy detailed construction projects.

Each version offers unique features tailored to different flying preferences and building opportunities.

Comparing Design:

The Carbon Cub stands out by taking the classic Piper Super Cub's foundational design and enhancing it for the modern era. It integrates cutting-edge materials and relies on computer-aided design to optimize its structure. This contemporary approach allows the Carbon Cub to maintain the spirit of the Super Cub while pushing the boundaries of innovation in aircraft engineering.

Weight Advantages:

A significant advantage of the Carbon Cub is its weight reduction. By implementing advanced engineering techniques, it manages to shed over 300 pounds from its structure compared to a similarly outfitted Piper Super Cub. This reduction is achieved through superior design innovations, resulting in the Carbon Cub having 50% fewer parts, making it notably lighter yet robust.

Conclusion in Comparison:

Ultimately, the Carbon Cub reimagines the traditional backcountry aircraft blueprint, providing a lighter and meticulously engineered option for aviation enthusiasts. Its design signifies a leap forward, balancing the heritage of its predecessor with the demands of modern aviation.

The typical assembly time for the Carbon Cub EX kit is approximately 800 to 1,000 hours. This range can vary depending on the builder’s experience level and the tools available. Beginners might find themselves on the higher end of the spectrum as they familiarize themselves with the process, while seasoned builders could complete the assembly in less time. Each stage of the building process, from organizing parts to final assembly, plays a pivotal role in determining the total time. With patience and methodical planning, creators can enjoy the rewarding experience of constructing a high-performance aircraft in their own workshop.