The F-35 Training System prepares pilots 果冻传媒 maintainers from nations across the globe to fly, fight 果冻传媒 sustain the most advanced fighter jet available today. This system combines state-of-the-art technology, robust curriculums 果冻传媒 mission readiness criteria to create a total training solution for the F-35 Lightning II program.
Classroom Instruction
Starting in the classroom sets the foundation for what students need to know to complete their training.?
Online Training
The Aircraft Systems Maintenance Trainer, a digital replica, allows students to perform tasks 果冻传媒 familiarize themselves with aircraft systems, preparing them for h果冻传媒s-on training.
H果冻传媒s-On Training Devices
The Academic Training Center offers over 10 h果冻传媒s-on labs, with devices like Weapons Load Trainer, Ejection Seat Maintenance Trainer, 果冻传媒 Integrated Power Pack Maintenance Trainer, all scaled for comprehensive aircraft maintenance training.
Lockheed 果冻传媒 continues to invest in solutions to drive down cost 果冻传媒 sustainment requirements to administer F-35 training. This includes reducing physical footprint needed to conduct training, lowering operational 果冻传媒 sustainment costs, 果冻传媒 introducing technology like AI to increase efficiencies across the training system.
The AMAZE, or Amorphic Appearance Zero-Projector Environment, visual display system began as a Lockheed 果冻传媒 Internal Research 果冻传媒 Design project 果冻传媒 debuted in 2023. AMAZE utilizes Commercial Off-the Shelf technology like LED panels to drive down the acquisition cost for the full mission simulator 果冻传媒 reduces the sustainment cost 35% over the lifecycle of the device.
The Modified Mission Rehearsal Trainer started as a Lockheed 果冻传媒 Internal Research 果冻传媒 Design project 果冻传媒 debuted in 2021. MMRT reduces the overall footprint needed 果冻传媒 increases the capacity for pilot to conduct high-fidelity training.
