Maxcraft replaced much of the analog instrumentation in this regional airliner with the advanced Garmin G700 primary flight display system integrated with dual GTN 750 navigators, and a Genesys digital autopilot. All this advanced technology will ensure safety, even in the harshest conditions Alaska presents.
Alaskan Beech 1900C G700 Glass Install
1989 Beech 1900C
Aircraft & Owner:
The Beech 1900 was developed as a step up from the Super King Air. Introduced in 1982 the Beech 1900 was marketed towards smaller airlines and commercial carriers. With a pressurized cabin, and the ability to carry up to 19 passengers, the 1900 quickly became a popular choice for regional airlines. Shortly after production began, the 1900C was released with minor refinements including replacing the rear entry stairs with a larger cargo door. Alaska Central Express is Alaska’s largest scheduled cargo carrier serving many communities both remote and urban. Alaska Central Express operates a fleet, entirely comprised of Beech 1900Cs in both passenger and cargo configurations.
This project was part of a fleet wide upgrade, with the intention of standardizing their entire fleet with modern avionics and instruments. This air carrier is based in and flies entirely within the state of Alaska, often operating in remote and harsh environments safety was an important factor for this upgrade. A modern and reliable primary flight display system, dual GPS, and a traffic collision avoidance system were requirements. This upgrade resulted in almost all of the old instruments and avionics being removed and replaced with new technology.
FULL EQUIPMENT LIST
|Dual G700 PFD
Dual GTN 750
10.6” Primary Flight Display (Garmin)
Enhanced Autopilot Interface (Garmin)
Digital Radar Altimeter (Garmin)
Traffic Collision Avoidance System [TCAS I] (Garmin)
TCAS Directional Antenna (Garmin)
ADS-B In/Out Transponder (Garmin)
ADS-B Out Transponder (Garmin)
Digital Doppler Enabled Weather Radar (Garmin)
Dual Audio Panel System (PS Engineering)
Standby Attitude Module (MidContinent)
Digital Flight Control System & Autopilot (Genesys)
Custom Formed and Cut Instrument Panel (Maxcraft)
To maintain fleet commonality, we had to decide on an almost identical installation to their already upgraded aircraft. This entire installation revolves heavily around the G700 TXi glass cockpit retrofit. The G700 TXi is specifically designed for aircraft weighing over 12,500lbs and features Synthetic Vision Technology to enhance safety and situational awareness. The G700 TXi primary flight display (PFD) integrates with the pair of GTN 750s, which provide the G700 its source of GPS, radio navigation, along with acting as a multifunction display and radio communicator.
The Garmin GTS 855 is a traffic collision avoidance system (TCAS) which can track up to 75 different targets up to 80nm away. Combining active traffic with ADS-B traffic on the GTN 750, the GTS 855 will even provide advisories telling pilots verbally where nearby traffic is to “see and avoid”.
The GRA 5500 is an all-digital radar altimeter which meets the requirements for CAT II instrument landing system approaches. Interfacing with the G700 primary flight display the radar altimeter readout directly in the pilot’s main line of sight right next to the standard altimeter.
As this is a commercial aircraft certified under Part 23 (SFAR 41C) in the United States, we installed dual transponders for added redundancy. The GTX 345R and GTX 335R and both remote mounted ADS-B “in” and “out” transponders which are controlled entirely through the GTN 750. Everything from squawk code to ident is controlled using an easy to navigate touchscreen menu.
Operating in Alaska, where weather can change incredibly quickly, The GWX 75 digital doppler weather radar will give the flight crews the valuable information they need to navigate through severe weather systems. The radar information is displayed on the GTN 750 display and features a high definition colour palette to display more detail than traditional radar systems. The antenna mounted in the aircraft nose cone can scan up to 120 degrees ahead of the aircraft.
The PS Engineering PMA8000E audio panel is specifically designed for multicrew aircraft and allows for completely independent control for each crew member. Designed to be used in a dual audio panel environment, each crew member is able to isolate from the other, allowing the copilot to make radio calls, or address the passengers without distracting, or interrupting the pilot.
While the G700 PFD is incredibly reliable, the MD-302 standby attitude module from MidContinent will provide valuable redundancy displaying all the information needed to fly in instrument meteorological conditions, including attitude, altitude, and airspeed. In the event of a total electrical failure, the MD-302 can run for up to 60 minutes with its internal battery making sure the aircraft is able to make it to an airport safely.
The S-TEC 3100 digital autopilot is a highly advanced autopilot for both single and twin-engine aircraft. Offering many workload reducing and safety features, the S-TEC 3100 is precise in every phase of flight. With envelope protection and alerts, even if the autopilot is disengaged if the aircraft is put into a dangerous bank or attitude, the autopilot will notify the pilot and gently move the controls to correct the attitude back to straight and level flight.
This Beech 1900C came to us while the customer was in the process of obtaining a supplemental type certificate (STC) from the Federal Aviation Administration (FAA) to install the G700 primary flight displays, and the traffic collision avoidance system. By the time the STC was issued we were already done most of the other work, and already had harnesses prefabricated to install the equipment quickly. After the Beech 1900C left Maxcraft, it had a short flight to Chilliwack airport (CYCW) where it received new paint from Upper Valley Aviation, one of our Trusted Affiliates.