The Story
A dedicated AMPCD panel for carrier-aircraft cockpit layouts, pairing a true square display with an authentic bezel and flexible mounting support for clean integration into your simulator setup.
Key Features
True-to-Life 7.1â Square Displays
The AMPCD module features a true 7.1â square active display area with an 800Ă800 resolution, closely matching the proportions and viewing experience of the real aircraft. This provides a vastly superior sense of realism compared to conventional cropped or rectangular display solutions.
Magnetic Modular Quick-Swap System
An innovative magnetic mounting system and integrated Pogo Pin connectivity enable rapid swapping of frames and panel layouts. This allows users to effortlessly reconfigure their setup for different aircraft without the need for redundant, multi-function key layoutsâdramatically increasing flexibility while lowering the cost of multi-aircraft cockpit builds.
Universal VESA Mount Compatibility
The AMPCD module features standard VESA 75Ă75 mm rear mounting holes compatible with M4Ă10 mm screws. This design supports MOZA mounts and most third-party VESA mounting solutions, such as desk clamps, aluminium profile rigs, wall mounts, and suspended installations.
High-Precision Tactile Control Feedback
All buttons, rotary controls, and toggle switches are engineered to provide distinct tactile actuation feedback. This delivers clear input confirmation and significantly enhances cockpit realism during operation.
Extensive Software Configuration
MOZA Cockpit software supports complete button and rotary knob mapping customization. Users can freely configure left, centre, and right display assignments for flexible setup, streamlining integration into existing simulation environments.
Lightweight, Rigid Construction
The module is constructed from high-strength composite materials that reduce overall weight while maintaining excellent rigidity and structural durability. This lightweight design minimizes mounting stress, significantly reducing the structural demands on cockpit rigs and mounting hardware.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
A dedicated AMPCD panel for carrier-aircraft cockpit layouts, pairing a true square display with an authentic bezel and flexible mounting support for clean integration into your simulator setup.
Key Features
True-to-Life 7.1â Square Displays
The AMPCD module features a true 7.1â square active display area with an 800Ă800 resolution, closely matching the proportions and viewing experience of the real aircraft. This provides a vastly superior sense of realism compared to conventional cropped or rectangular display solutions.
Magnetic Modular Quick-Swap System
An innovative magnetic mounting system and integrated Pogo Pin connectivity enable rapid swapping of frames and panel layouts. This allows users to effortlessly reconfigure their setup for different aircraft without the need for redundant, multi-function key layoutsâdramatically increasing flexibility while lowering the cost of multi-aircraft cockpit builds.
Universal VESA Mount Compatibility
The AMPCD module features standard VESA 75Ă75 mm rear mounting holes compatible with M4Ă10 mm screws. This design supports MOZA mounts and most third-party VESA mounting solutions, such as desk clamps, aluminium profile rigs, wall mounts, and suspended installations.
High-Precision Tactile Control Feedback
All buttons, rotary controls, and toggle switches are engineered to provide distinct tactile actuation feedback. This delivers clear input confirmation and significantly enhances cockpit realism during operation.
Extensive Software Configuration
MOZA Cockpit software supports complete button and rotary knob mapping customization. Users can freely configure left, centre, and right display assignments for flexible setup, streamlining integration into existing simulation environments.
Lightweight, Rigid Construction
The module is constructed from high-strength composite materials that reduce overall weight while maintaining excellent rigidity and structural durability. This lightweight design minimizes mounting stress, significantly reducing the structural demands on cockpit rigs and mounting hardware.
