Veraxx, a By Light Company
Delivering Mission Readiness Through Excellence in Engineering
Training value is directly related to high fidelity and fully immersive experiences. Realism is vital to maximizing mission readiness.
Flight time is crucial to developing a pilot’s skill, turning reactions into reflexes and ensuring the safety of the aircraft and all onboard. But there is rarely enough flight time available to train every pilot exclusively in an actual aircraft, whether for basic flight skills or for multi-entity, networked tactical mission tasks.
That’s why training needs to reflect the range of systems and situations that could be encountered, even as requirements and technologies evolve. Platforms with limited fidelity can hinder these efforts. Pilots need training solutions that deliver a true-to-life experience to enhance their proficiency at all levels and increase their confidence, through realistic networked scenarios in immersive, synthetic tactical environments.
We design, develop and integrate high-fidelity systems that create a realistic training environment enabling complex networked mission tasks to be accomplished. And we do so on time, on schedule, and with the required system performance.
Our training systems can be implemented within a large building or containerized for outside placement and relocation flexibility, while retaining the capability to network and train collectively in fully integrated tactical environments.
Veraxx’s solutions are unparalleled in their realism, making them the training systems of choice for the most demanding organizations across the DoD, our Allies and for aircraft OEMs.
Veraxx Flight Simulators
Explore Simulation Training
Part Task Trainer (PTT)
Desktop or stand alone devices focused on training specific flight operational or maintenance tasks effectively and efficiently without the need for full-fidelity simulators.
Example training tasks include cockpit procedures, emergency procedures, maintenance procedures, threat scenario recognition, and recorded debriefing capability.
PTTs provide progressive skill enhancements for students at much lower costs than full fidelity simulators or actual aircraft.
Flight Training Device (FTD)
Includes aircraft instruments, equipment, panels, and controls in an enclosed aircraft flight deck replica.
Full range of capabilities of the systems installed in the device.
All controls & systems modeled / vibration system / visual system.
Containerized Flight Training Devices (CFTD)
FTD inside a very robust and specific container.
Full Flight Simulator (FFS)
Replica of a specific type/model/series aircraft.
Includes the equipment necessary to represent aircraft operations in ground and flight conditions.
6-degree-of-freedom motion / night, dusk & day visuals / dynamic control loading / highest fidelity.
Advanced Aircrew Training Device (AATD)
Designed to support the full range of training and readiness events. The AATD will support cockpit familiarization by incorporating both Level 3 and Level 4 fidelity into the design, simulating aircraft equipment and operation while allowing for the tactile feel of actual aircraft equipment. The AATD also supports Crew Chief and Plane Captain training with maintenance daily tasks and launch evolutions supported with a third Mixed Reality (MR) headset
H-1 Mission Rehearsal Trainer
Provides side-by-side seating for both AH-1Z and UH-1Y aircraft configurations, with the tandem seating of the Zulu configuration being depicted visually within the mVR headsets. The MRT was designed with one crew position being designated as the Pilot station and the other being the Sensor station. In the UH-1Y configuration the right seat is the Pilot (i.e., “flying”) station and the left seat is the Sensor station. The AH-1Z configuration retains this physical arrangement of Pilot/Sensor stations but has the additional capability of depicting either cockpit location (fore/aft) in either MRT physical seat.
Customer Kudos
Ready Never Waits
Let By Light prepare your team for whatever comes next. Contact us for more information.