MIP737ICS3 MAX FULL

The MIP737ICS3 MAXFULL is a module that integrates the electronic and hardware to support the functions of the Main Instrument Panel of B737MAX simulator.
All switches, pushbuttons and annunciators are already installed and working, no more electronic component is needed.
Landing Gear Lever already included in this product

MIP737ICS3 MAX: include BELOW G/S P INHIBIT, TAKEOFF CONFIG, CABIN ALTITUDE SPEED BRAKE DO NOT ARM, STAB OUT OF TRIM, SPEED BRAKE ARMED and SPEED BRAKE EXTENDED korry annunciators.
All the Korry annunciators include the test function.
A/P, A/T and FMC P/RST button with test switch. Three position APEM switch for LIGHT TEST function.
Gear Annunciators.
Full operative LANDING Gear Lever. ( with petented Locking Lever mechanism ( Optional on request ))
MIP737ICS3 MAX FULL module is provided fully assembled with the connectors to plug cables coming from the other modules.
Connections are very simple and all connectors have a key to avoid reversed insertion.
The MIP737ICS3 MAX FULL connect to the CPflight daisy-chain through the provided 5 pole cable and the 12Vdc power supply.

The MIP737ICS3 system works with FS2020, FSX, P3D ( all Version ) using addon like Prosim737 MAX , PMDG737NGXu, iFly737, XP11 and XP12 ( Zibo737) and the most common FS add-on software.
The hardware supports all the MIP737 MAX functionality, the working functions are depending by the Add-on installed that have the logic of the flight.
To allow the MIP737ICS3 MAX function, the ( All models ) MCP737's firmware revision has to be updated to the last version.
All modules are provided with metal backplate and backlighted front panel.

Why choosing us?

MIP737ICS3 MAX FULL represents the state of the art in the evolutions and improvements of simulation systems, Like all CPflight modules MIP737ICS3 MAX FULL is a real plug&play system, no need of any configuration file or script.
You only need to connect the power adapter and the 5 poli cable to the MCP, EFIS, SIDE or any other point of the CPflight daisy-chain and it will automatically identify the modules and will start to communicate with the entire system.
If you have other modules (i.e. pedestal modules) you can connect them to the second socket of the MIP737ICS MAX using the BRT737DC board.