The SAFE-Cue system effectively mitigates loss of control in aircraft by detecting unique pilot behaviors, such as "bang-bang" techniques and maintaining desired performance without PIO.

Exposing Unique Pilot Behaviors from Flight Test Data

Pilot testing is a crucial step in the instructional design process for corporate training and development, but its implementation is often influenced by multiple factors.

Systematic Pilot Testing as a Step in the Instructional Design Process of Corporate Training and Development.

Pilot testing strategies in online research methods courses can improve questionnaire and interview development skills, reduce bias, and prepare students for psychological and technical challenges in future research.

Pilot Testing as a Strategy to Develop Interview and Questionnaire Skills for Scholar Practitioners

The paper presents a method for defining the scope of pilot tests in ERP systems using network programming and dichotomous programming, reducing the original problem to simpler evaluation tasks.

About the mechanism of ERP-system pilot test

The Empire Test Pilots' School has trained 595 test pilots since 1943, with 34% coming from 26 Commonwealth and Foreign Air Forces.

The Training of Test Pilots

Test pilot training is now a crucial part of the aviation industry, with the training of pilots being crucial for the success of modern high-speed missiles and aircraft.

Training of Test Pilots

Six categories of Test Batteries (Accquired Knowledge, Perceptual Processing, Motor Abilities, Controlled Attention, General Ability, and Work Sample) are valid predictors of overall pilot performance, with at least five of them likely to generalize across selection contexts.

Multiple Test Batteries as Predictors for Pilot Performance: A Meta‐Analytic Investigation

Haptic feedback on rudder pedals and control stick slightly improves pilot-aircraft interaction, with potential for improved human pilot performance through training and personal settings.

Pilot-aircraft haptic feedback tests

Test Flying is a distinct activity from Flight Testing, involving only pilots and observers, and is a crucial part of aircraft development and testing.

Test Flying

Test pilots play a crucial role in managing risk during experimental aircraft development, balancing technological gains with acceptable pilot risk levels.

Risk Management: A Test Pilot’s Perspective

The Q-Q test effectively evaluates pilot ergonomics in aircraft cockpit design, facilitating human-centered design and optimizing human-centered design processes.

Q–Q Test for Pilot Evaluation of Ergonomics in Aircraft Cockpit

Test 2 is the best test for controlling test size in internal pilot designs, providing simple power calculations and aligning with modification rules.

Controlling Test Size While Gaining the Benefits of an Internal Pilot Design

The two-step subjective rating technique effectively refines and validates pilot responses in Q-Q tests for aircraft cockpits, providing valuable data for problem diagnosis and improvement suggestions.

Two-Step Subjective Rating Technique of Pilot Evaluation in Q–Q Test for Aircraft Cockpit

The hydraulic ejection method effectively solves space limitations and non-reusability in traditional methods, while ensuring pilot safety during head impact tests.

Design, Analysis and Testing of a Component Head Injury Criterion Tester for Pilot

The Optionally Piloted Aircraft (OPA) effectively serves as a surrogate for Remotely Piloted Vehicles, enhancing flight test training and evaluating various ground control station interfaces.

Flight Test Evaluation of Pilot Control Interfaces for Remotely Piloted Vehicles

Experimental test flying involves weighing, balancing, and carefully testing the flying controls to ensure that the aircraft performs as expected during its first flight.

Experimental test flying

The new flight test technique effectively collects high-quality aerodynamic and structural data on the highly maneuverable aircraft technology (HiMAT) vehicle, aiding in design verification.

The application and results of a new flight test technique

Internal pilots in UK NIHR clinical trials often don't meet progression criteria, but committees still recommend continuing the trial, often with changes in recruitment design.

A review of current practice in the design and assessment of internal pilots in UK NIHR clinical trials

Pilot studies are essential in clinical research to evaluate the feasibility of novel interventions and identify modifications needed for larger hypothesis testing studies.

The role and interpretation of pilot studies in clinical research.

Pilot trials and repeat pivotal trials can influence bioequivalence testing, but sequential design methods may be superior when the true geometric mean ratio is controlled to 0.95.

Pilot and Repeat Trials as Development Tools Associated with Demonstration of Bioequivalence

These studies suggest that pilot testing is essential in various fields, including aviation safety, corporate training, online research methods, ERP systems, and aircraft development, with specific strategies and tools enhancing performance and reducing risks.