MOZA MTLP Panel
The MOZA MTLP Panel is a high-fidelity multi-function landing panel, designed for precision control and immersive flight simulation. Modeled after the F/A-18 landing panel, it features an intuitive 25-switch signal layout for seamless aircraft operation. The authentic parking brake lever replicates real fighter jet mechanics, while high-precision Hall sensors ensure smooth, long-lasting performance. With programmable panel lights, telemetry-driven indicators, and modular compatibility with the MOZA MTP Throttle Panel, the MTLP delivers unmatched realism, durability, and customizability for professional-grade flight simulation.
Overview >
Original: $159.24
-65%$159.24
$55.73More Images
MOZA MTLP Panel
The MOZA MTLP Panel is a high-fidelity multi-function landing panel, designed for precision control and immersive flight simulation. Modeled after the F/A-18 landing panel, it features an intuitive 25-switch signal layout for seamless aircraft operation. The authentic parking brake lever replicates real fighter jet mechanics, while high-precision Hall sensors ensure smooth, long-lasting performance. With programmable panel lights, telemetry-driven indicators, and modular compatibility with the MOZA MTP Throttle Panel, the MTLP delivers unmatched realism, durability, and customizability for professional-grade flight simulation.
Overview >
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The MOZA MTLP Panel is a high-fidelity multi-function landing panel, designed for precision control and immersive flight simulation. Modeled after the F/A-18 landing panel, it features an intuitive 25-switch signal layout for seamless aircraft operation. The authentic parking brake lever replicates real fighter jet mechanics, while high-precision Hall sensors ensure smooth, long-lasting performance. With programmable panel lights, telemetry-driven indicators, and modular compatibility with the MOZA MTP Throttle Panel, the MTLP delivers unmatched realism, durability, and customizability for professional-grade flight simulation.
Overview >
