Cirrus SR20/SR22

Authorised service - EASA, FAA, MAA, NATO AQAP 2110, ISO 9001:2015

Elevate Your Cirrus Experience with Exciting Upgrades

Welcome to the world of Cirrus aircraft, where innovation and performance meet in the sky. Cirrus is renowned for its cutting-edge technology, safety features, and luxurious cabins, offering pilots and passengers an unmatched flying experience. However, the adventure doesn't end with the factory configuration. Cirrus owners have a wide array of upgrades and enhancements available to take their aircraft to new heights.

More about upgrades

Upgrade your Cirrus SR20/SR22

Garmin G500 TXi

It’s a clean-sheet touchscreen design. One that builds on the proven capabilities of Garmin's original G500 glass flight display series to offer you a vastly expanded array of features, options and panel layout possibilities. Backed by Garmin's No. 1-ranked product support team, the next-generation G500 TXi lineup makes it easy to configure a reliable glass cockpit system that can grow with your needs without overstretching your budget.

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GPS/NAV/COM

By investing in a GPS/NAV/COM installation, you equip your aircraft with cutting-edge avionics technology that enhances situational awareness, communication efficiency, and navigation accuracy. Enjoy the benefits of seamless integration, improved flight operations, and enhanced safety as you navigate the skies with confidence.

Garmin GTN 750 Xi Garmin GTN 650 Xi Garmin GPS 175 Garmin GNC 355A Garmin GNX 375

Transponder/ADS-B

The installation of a transponder/ADS-B system enables aircraft to meet current airspace regulations, as numerous countries now require ADS-B Out capability for specific airspace categories. This advanced technology plays a crucial role in enhancing safety by enabling better traffic separation and providing air traffic controllers with more precise and reliable aircraft positioning information.

Garmin GTX 335/345 Garmin GTX 335R Garmin GTX 345R

Audio Panel

During the installation process, experienced avionics technicians carefully integrate the Garmin GMA 350 into the aircraft's existing avionics system. They ensure proper wiring connections and compatibility with other avionics components, performing thorough testing to ensure optimal performance.

Garmin GMA 345 Garmin GMA 342 Garmin GMA 350c Garmin GMA 35c

Autopilot

By installing an autopilot system, pilots can alleviate their workload during long flights, reducing fatigue and allowing them to focus on other critical tasks. The autopilot can accurately hold a desired altitude, track a selected course, and perform precise navigation functions, freeing up the pilot's attention for monitoring and decision-making.

Garmin GFC 500

DME

With its user-friendly interface and intuitive controls, the KN-63 DME is easy to operate, enhancing pilot efficiency and reducing workload. It is compatible with a variety of navigation systems, including VOR, ILS and GPS, further expanding the aircraft's navigation capabilities.

Bendix King KN-63

Standby Instrument

Standby instrument installations can include redundant systems for vital functions such as flight instruments, communication systems, navigation aids, and power supply. For example, aircraft may have duplicate sets of flight instruments, such as an attitude indicator, airspeed indicator, and altimeter, to provide pilots with essential flight information in case the primary instruments malfunction.

Garmin GI 275 Garmin G5

Engine

When selecting an Engine Indication System (EIS) for your aircraft, prioritize compatibility, precision in real-time data monitoring, and user-friendly interfaces. A top-tier EIS will optimize engine performance, enhance safety, and extend engine life through timely insights.

Garmin GI 275 EIS Garmin EIS for G500 TXi

Weather Systems

Aircraft weather systems provide real-time weather data, displayed on the cockpit's multifunction display. They show radar imagery, storm locations, turbulence, and wind data, helping pilots avoid hazardous conditions and plan safer routes. These systems offer visual and auditory alerts for proactive weather management.

Garmin GSR 56

Traffic Systems

Aircraft traffic systems use ADS-B technology to provide real-time data on nearby air traffic. Displayed on the cockpit's multifunction display, they show the location, altitude, and speed of other aircraft, helping pilots avoid collisions and make informed decisions with visual and auditory alerts.

Garmin GTS 800 AIR Traffic

Connectivity

Explore the future of aviation with our advanced connectivity solutions. Modern aircraft connectivity encompasses real-time data links, integrated cockpits, and seamless communication channels, ensuring pilots have instant access to vital information.

Garmin GDL 60 Garmin FlightStream 510 Garmin GSR 56

Other

If you're considering a cockpit upgrade, investing in a new panel and incorporating night avionics panel LED lighting strips is a smart choice. Consult with qualified professionals to discuss your specific requirements and explore the options available for your aircraft.

Custom Avionics Panels Night Avionics Panels

LED Lighting

Illuminate your aircraft and enhance its visibility with a range of exterior lighting installation options. Whether you're looking to upgrade your landing lights, wingtip lights, or anti-collision lights, there are several choices available to meet your specific needs.

Exterior Face Lift

The exterior face lift not only enhances the appearance of the aircraft but also helps protect it against environmental factors such as UV radiation, corrosion, and weathering. It can extend the lifespan of the exterior surfaces and contribute to the overall value and marketability of the aircraft.

Ceramic Coating

By opting for ceramic coating, you can protect your aircraft's exterior surfaces, prolong its aesthetic appeal, and simplify the cleaning process. Enjoy the benefits of a glossy, hydrophobic finish that repels contaminants and preserves the aircraft's appearance for years to come. Trust in the expertise of professional aircraft detailers to apply a high-quality ceramic coating and give your aircraft the ultimate protection it deserves.

Minor paint repairs & detailing

Minor paint repairs and detailing not only improve the aircraft's visual appeal but also help protect its surfaces from weathering, UV damage, and corrosion. The process ensures that the aircraft maintains a professional and well-maintained appearance, which can positively impact its resale value and overall perception.

Placards and Aileron Gap Seals Replacement

Placards, which provide crucial operational information, must be replaced according to the aircraft manufacturer's specifications. This involves removing old placards, cleaning the surface, and applying new ones in the correct locations. The new placards should meet the regulatory standards for visibility and durability.

Wing Tip Lenses Replacement

Replacing wing tip lenses is an important maintenance task that ensures proper functionality and visibility of aircraft navigation lights.

Wing Walks Replacement

Wing walks are essential for safe and secure footing when boarding or performing maintenance on aircraft.

Landing Gear & Breaks

The STC-004 Wheel & Brake Kit is an innovative upgrade that brings improved performance and reliability to your aircraft's landing gear and braking system. This STC approved kit replaces the original equipment with state-of-the-art components, enhancing safety and operational efficiency.

Engine Preheater

Installation of the Engine Preheater is simple and does not require extensive modification to the aircraft. It is a cost-effective solution that can be utilized in various aircraft models and engine types.

SureFly Ignition System

The SureFly Ignition System is an innovative electronic ignition system designed for piston aircraft engines. It offers a modern and reliable alternative to traditional magnetos, providing improved engine performance, fuel efficiency, and overall ignition reliability.

Yokes

Ergonomic yokes with easy-to-use controls help pilots operate the aircraft and using high-quality materials and precise engineering ensures the yokes are durable and reliable. These features make the cockpit more user-friendly and visually appealing, enhancing the overall flight experience.

Seat Upholstery/Armrest

High-quality seat upholstery and well-designed armrests not only provide passenger comfort but also contribute to the overall impression of the aircraft's interior. They play a significant role in creating a welcoming and visually appealing cabin environment.

Carpets

These specialized carpets are designed to meet the unique requirements of aviation, considering factors such as durability, flame resistance, weight, and ease of maintenance.

Sunvisors

Sunvisors are typically made of durable materials with a non-reflective surface to effectively block sunlight and reduce eye strain. They are designed to be adjustable, allowing pilots and crew members to position them according to their specific needs, such as blocking the sun's rays from different angles or adjusting for varying cockpit configurations.

USB chargers

USB chargers in aircraft are typically installed in passenger seating areas, including the cabin seats or seatback pockets. They offer passengers the convenience of keeping their devices powered and charged throughout the flight, ensuring they stay connected and entertained.

Cabin Environmental Control System

The ECS consists of several subsystems working together to achieve optimal cabin conditions. These subsystems include the air conditioning system, heating system, ventilation system, and pressurization system. Each subsystem performs specific functions to create a controlled and comfortable cabin environment throughout the flight.

Mixture Guard

The Mixture Guard is typically installed in the cockpit or engine compartment and is connected to the aircraft's engine control system. Its primary function is to safeguard the engine by preventing the pilot from inadvertently operating with an excessively lean fuel mixture. A lean mixture can lead to engine overheating, reduced power output, and potential damage.

Oxygen Systems

The installation process involves several key components. These include oxygen cylinders, regulators, masks, delivery systems, and associated plumbing and fittings. The oxygen cylinders, which store compressed oxygen, are securely mounted in designated areas of the aircraft. The regulators control the flow and pressure of the oxygen being delivered to the users. Masks, equipped with supply hoses, are strategically placed to provide quick and easy access for passengers and crew in case of an emergency.