• 1st FAA-approved FFS for UPRT uses StallBox

    Alaska Airlines' B737-800 simulator becomes the world’s first Full-Flight Simulator (FFS) to become FAA Qualified for Part 121 Upset Prevention & Recovery Training (UPRT) and Full Stall Training (April 2016).

    slide
  • U.S. Navy P-8 Trainers

    StallBox provides enhanced aerodynamic models for all of the U.S. Navy's P-8 training simulators.

    slide
  • Stall Modeling Expertise

    Since 1973, Bihrle Applied Research Inc has established its reputation as the industry leader in data acquisition, analysis and modeling of the most complex flight behaviors.

    Beginning with ground breaking work in the acquisition and application of dynamic test data for the prediction of aircraft spins, BAR has guided the commercial and military aircraft communities in the application of these data in high-fidelity, physically representative simulations of aircraft stall and post-stall behavior.

    slide
  • StallBox solutions meet FAA's UPRT requirements

    StallBox addresses the FAA recommendation for improved stall models and Upset Prevention and Recovery Training (UPRT).

    slide
  • Math model update and IOS solutions for flight simulators

    StallBox is an industry-proven hardware and software solution designed to provide airlines and training centers with the stall models and instructor displays necessary to conduct Upset Prevention and Recovery Training (UPRT).

    slide
  • icon

    Alaska Airlines Selects StallBox

  • icon

    U.S.Navy Selects StallBox

  • icon

    Bihrle Stall Modeling Expertise

  • icon

    Meets FAA UPRT Requirements

  • icon

    Proven UPRT Stall Model Solution

Math model upgrade solution for flight simulators

StallBox is an industry-proven hardware and software solution designed to provide airlines and training centers with the stall models and instructor displays necessary to conduct Upset Prevention and Recovery Training (UPRT).

The StallBox solution minimizes computational and schedule impacts on the host device by off-loading flight model execution to an external computer that communicates with the existing host simulator system.

image

iconThe StallBox Process

The StallBox Process
  • Model Development

    Depending on the aircraft type, Bihrle will provide a stall model from its existing library of models or develop a representative model for the specific aircraft type. If a model needs to be developed, Bihrle will use a process recognized by the FAA to develop the type-representative stall model, leveraging computational and empirical methods and its 40+ year experience in high angle-of-attack aerodynamics.
  • Installation

    The stall models are hosted on the external "StallBox" which connects to the existing simulator and requires only a lightweight code interface on the simulator host computer for communication. Using a Bihrle-provided API and check cases, the device operator will establish the communication interface with the StallBox computer and verify it's operation.
  • Qualification

    Using a process recognized by the FAA, the type-representative (aka "Exemplar") stall model will be verified by a qualified Subject Matter Expert (SME) and adjusted as necessary. Upon successful evaluation of the model by the regulatory authorities, the simulator will receive an FAA endorsement for upset prevention and recovery training.

icon Key Features

StallBox is designed as a cost-effective solution for providing UPRT capabilities in existing simulators.

  • Representative stall model
  • No OEM data required
  • Meets ICAO and FAA recommendations
  • Optional UPRT instructor displays
  • Easy installation ensures minimal downtime
  • Does not impact existing simulator certification
  • Will not interfere with future baseline simulation updates
Learn more »
image

Provide UPR Training today with StallBox!

  • Contact us to discuss how StallBox can help to meet your training objectives.