control stick

简明释义

操纵杆

英英释义

例句

1.The pilot adjusted the control stick to maneuver the aircraft through the turbulence.

飞行员调整了控制杆以使飞机穿过颠簸。

2.To perform a barrel roll, the pilot pulled back on the control stick sharply.

为了执行滚筒翻转，飞行员猛地拉回了控制杆。

3.He gripped the control stick tightly during the flight simulation.

在飞行模拟中，他紧握着控制杆。

4.The drone's control stick is very sensitive, making it easy to fly.

无人机的控制杆非常灵敏，使其易于飞行。

5.In video games, the control stick allows players to navigate their characters smoothly.

在视频游戏中，控制杆使玩家能够顺畅地导航他们的角色。

作文

In modern aviation, the pilot's ability to control an aircraft is largely dependent on various instruments and controls within the cockpit. One of the most crucial instruments is the control stick, which plays a vital role in maneuvering the airplane during flight. The control stick is essentially a joystick that allows the pilot to steer the aircraft by tilting it in different directions. This device translates the pilot's movements into control inputs for the aircraft's ailerons and elevators, which are responsible for rolling and pitching, respectively.The significance of the control stick cannot be overstated. It provides the pilot with the tactile feedback necessary to gauge the aircraft's response to their commands. For instance, when a pilot pushes the control stick forward, the aircraft's nose dips down, allowing for descent. Conversely, pulling the control stick back raises the nose, enabling ascent. This immediate reaction is critical for maintaining altitude and navigating through various weather conditions.Moreover, the control stick is not just used for basic maneuvers; it is also essential during complex flying situations such as aerobatics or emergency landings. Skilled pilots can execute intricate maneuvers by deftly manipulating the control stick, showcasing their expertise and understanding of aerodynamics. The precision offered by the control stick allows for greater control over the aircraft, making it possible to perform stunts or avoid obstacles in mid-air.In addition to its practical applications, the control stick symbolizes the relationship between human intuition and technology in aviation. While modern aircraft are equipped with advanced autopilot systems, the control stick remains a fundamental tool for pilots, emphasizing the importance of human oversight in flying. Pilots must be trained extensively to use the control stick effectively, as improper handling can lead to dangerous situations.Training programs often include simulator sessions where aspiring pilots practice using the control stick under various scenarios. These simulations help them develop muscle memory and improve their reflexes when responding to unexpected changes in flight conditions. The control stick becomes an extension of the pilot's body, allowing for seamless interaction with the aircraft.In conclusion, the control stick is an indispensable component of aircraft operation. It enables pilots to navigate their planes with precision and confidence. Whether ascending through clouds or descending for landing, the control stick is the pilot's primary means of control, bridging the gap between human intent and mechanical response. As technology continues to evolve, the control stick will undoubtedly remain a key aspect of aviation, symbolizing the blend of skill, technology, and the thrill of flight.

在现代航空中，飞行员控制飞机的能力在很大程度上依赖于驾驶舱内的各种仪器和控制装置。其中最关键的仪器之一就是控制杆，它在飞行过程中操纵飞机方面发挥着至关重要的作用。控制杆本质上是一个操纵杆，允许飞行员通过倾斜它来引导飞机朝不同方向移动。这个装置将飞行员的动作转化为飞机的副翼和升降舵的控制输入，分别负责滚转和俯仰。控制杆的重要性不容小觑。它为飞行员提供了必要的触觉反馈，以评估飞机对其指令的反应。例如，当飞行员向前推控制杆时，飞机的机头会向下倾斜，从而实现下降。相反，拉动控制杆则会抬起机头，使飞机上升。这种即时反应对于维持高度和在各种天气条件下导航至关重要。此外，控制杆不仅用于基本操作；在复杂的飞行情况下，如特技飞行或紧急着陆时，它也是必不可少的。熟练的飞行员可以通过灵活操控控制杆来执行复杂的机动，展示他们的专业技能和对空气动力学的理解。控制杆提供的精确控制使得飞行员能够更好地掌握飞机，从而能够进行特技表演或在空中避免障碍物。除了实用应用外，控制杆也象征着航空中人类直觉与技术之间的关系。虽然现代飞机配备了先进的自动驾驶系统，但控制杆仍然是飞行员的基本工具，强调了人类在飞行中的监督重要性。飞行员必须经过广泛的培训才能有效使用控制杆，因为不当操作可能导致危险情况。培训项目通常包括模拟器课程，未来的飞行员在各种场景下练习使用控制杆。这些模拟训练帮助他们培养肌肉记忆，提高他们在应对意外飞行条件变化时的反应能力。控制杆成为飞行员身体的延伸，使他们能够与飞机无缝互动。总之，控制杆是飞机操作中不可或缺的组成部分。它使飞行员能够自信、精准地导航飞机。无论是在云层中上升，还是准备着陆时下降，控制杆都是飞行员的主要控制手段，架起了人类意图与机械响应之间的桥梁。随着技术的不断发展，控制杆无疑将继续作为航空的关键方面，象征着技能、技术与飞行刺激的结合。