This website uses cookies
More information
Fortem International Ltd.
Fortem International Ltd.
The monthly news publication for aviation professionals.
See more information from the Business Air News Handbook...
The monthly news publication for aviation professionals.

Request your printed copy

Read our latest feature:   FBO Survey: Europe, Middle East and Africa
ACI Jet gains all-round IntuVue RDR-7000 competence
Passenger safety and comfort always comes first for ACI Global XRS pilot Stephen Hartley. That’s why he thinks choosing Honeywell’s breakthrough IntuVue RDR-7000 weather radar system seems like a no brainer.
Radar image of mounted RDR-7000 in place of former radar system on left, and a WX image of storm cell with lightning 45 nm south of Reno, Nevada on right.

California-based business jet maintenance provider, Honeywell channel partner and Bombardier authorised service facility ACI Jet has become the first repair station to complete the aftermarket installation and entry into service of Honeywell's new and technologically advanced IntuVue RDR-7000 weather radar system on a Global-series aircraft.

The first article aircraft for development of Honeywell's supplemental type certificate (STC), a Global Express XRS operated by ACI Jet, was completed last year by AeroTEC at ACI Jet's San Luis Obispo, California facility. The first RDR-7000 installation after STC development followed in February of this year and was completed by ACI Jet's FAA FAR Part 145 repair station on another Global Express XRS operated by the company.

"There are only two Globals on the planet currently flying with aftermarket installations of this system, and both are operated Part 135 by ACI Jet, flown by ACI Jet pilots, maintained by ACI Jet and their weather radars were installed using engineering certifications that were completed right here on our hangar floor," says avionics manager and technical sales director Brian Ford. "That's not only an impressive milestone for the company, but it also means that right now nobody has more aftermarket installation experience with this cutting-edge platform than we do."

The IntuVue RDR-7000 weather radar system is the next evolution in weather radar technology, providing a step-change in functionality, usability and reliability over legacy magnetron-based weather radars. Using 3-D volumetric scanning techniques, the system analyses storm clouds and looks for conditions that could potentially produce lightning, hail, turbulence or windshear and display them for the flight crew. The RDR-7000 also can determine if a second storm front is lurking behind the initial system. Conventional weather radars scan only a portion of the sky, but the RDR-7000 scans the entire volume of air in front of the aircraft from the ground to 60,000 ft and up to 320 nm along and adjacent to the flight path.

"It's a 'no-brainer'," says Stephen Hartley, aircraft and crew manager for the Global XRS first article airframe. "The RDR-7000 is hands-down better than conventional weather radar systems I've flown."

Due to increasing obsolescence and decreasing demand of magnetron-based weather radars, Honeywell has stopped taking orders and will be phasing out support for Primus 660/880 weather radars by the end of June 2023 or sooner, except where contractual obligations apply.

Other News
 
StandardAero sets record for 1,000 HTF7000 engines
June 26, 2022
StandardAero Augusta site employees celebrated the induction of its 1,000th HTF7000 engine with a catered lunch and ceremony, which included invited guests from Honeywell Aerospace.
Duncan Aviation calls for FMS updating
June 14, 2022
Customers with a Honeywell FMS must upgrade to at least version 6.1 of the software or risk losing access to the nav database. And three MROs are now Authorised Service Centers for battery manufacturer Saft America.
ABS Jets weathers IntuVue RDR-7000 selection
June 11, 2022
The ABS Jets fleet of Embraer Legacy aircraft are to be retrofitted with an advanced weather radar system. It will allow pilots to focus on flying while reducing diversions and delays.