Garmin GTX 335R Remote Xpdr Mode S With GPS - Ads-B OUT

Note: The GTX 335/345 can only be sold to experimental aircraft. Certified aircraft must purchase this unit from a shop certified by Garmin to perform installations.

Remote-mount 1090 MHz ADS-B Out Transponder Solution

• Satisfies NextGen equipage requirements for ADS-B Out
  
• 1090 MHz output enables aircraft to operate at any altitude, in airspace around the globe
  
• Combines Mode S Extended Squitter (ES) transponder and optional WAAS/GPS position source in a single unit
  
• Compatible with a variety of Garmin cockpit displays including G1000® and GTN 750/650 series which offer transponder code entry and control
  
• Remote-mount configuration saves vital space for avionics in your panel

Cost-effective Upgrade to NextGen
With more fielded ADS-B solutions than any other brand in the industry, Garmin is committed to making the transition to NextGen airspace as simple and straightforward as possible. The IFR-certified GTX 335R is a prime example. Its an all solid-state design, which makes for lower power consumption and enhanced reliability, compared to earlier-generation transponder technology. Whats more, the addition of 1090 MHz ADS-B Out transmission capability (using precise GPS-referenced positioning information) enables the GTX 335R to automatically output more accurate, and more useful, traffic surveillance data to ATC, including aircraft flight ID, position, altitude, velocity, climb/descent, and heading information. Conventional Mode S and Mode C transponders can only broadcast altitude and squawk code which means they require ground-based radar to correlate and identify the aircrafts position on the controllers radar screen.

Enhanced Traffic Surveillance
Using 1090 MHz extended squitter ADS-B Out transmission, the Garmin GTX 335R improves upon the existing transponder query system while working seamlessly with existing ATC protocols. The ADS-B reports provide ground controllers with considerably faster updates than traditional radar. And by simultaneously broadcasting this information to ADS-B In display-equipped pilots, it enables them to essentially see the same traffic picture for their location that ATC is watching on the ground.

ADS-B for Your Integrated Flight Deck
With a variety of compatibilities covering most fielded displays, this ADS-B enabled GTX series transponders offer the easiest NextGen upgrade path available from Garmin especially for owners of select G1000-equipped aircraft. For these systems, a remote mount version, the GTX 335R, interfaces with either the aircrafts existing WAAS position source for navigation or uses an optional built-in WAAS position source to meet ADS-B Out requirements. The G1000 series displays interface with the remote GTX transponder to provide onscreen squawk code entry and control in the conventional manner.

Altitude Encoding Made Simple
In addition to its WAAS-enabled position reporting capabilities, the GTX 335R can also be paired with an optional Garmin altitude encoder to satisfy data transmission requirements for IFR. As opposed to other transponders with altitude encoding built in, the Garmin altitude encoder mounts separately on the install rack. So, should the transponder ever require removal, theres no need for the static line to be disconnected. Which, in turn, eliminates the need for a follow-on leak check, and thus helps minimize ongoing service costs.

An Easier Path to NextGen
For decades Garmin has led in the development and deployment of ADS-B technology. Today, the Garmin GTX 335R series is being FAA approved for installation on hundreds of todays most popular aircraft makes and models. Its clear that with the all-in-one GTX 335R solution, Garmin is working to make your transition to ADS-B operations as simple, economical and worry-free as possible.

¹Garmin ADS-B compatibilities cover a wide range of systems and displays; however, not all functions may be available for every configuration. Please check the Compatibility tab for more specifics or limitations that may apply to your system.