A traditional yoke, a horizontally mounted wheel or ‘ram's horn’, operates through a mechanical-driven system of cables and push-rods that run beneath the floor and out to the ailerons and elevator. Because the entire assembly is fixed to the panel, yokes take up more room than side-sticks and, in some narrow-cockpit designs, may even obscure some instruments. Yet the same bulk gives pilots a familiar, symmetrical reference: the yoke may be used comfortably with either hand, and its large displacement travel delivers fine, predictable feedback during slow-speed or instrument work. Cessna 182s and most other light singles still ship with this hardware, testimony to its rugged simplicity and to pilot habit.
Airbus and a growing list of modern builders have traded the wheel for a pivoting grip tucked against the side wall. Side-sticks have minimal cockpit intrusion, liberating knee space and even allowing inclusion of retractable tray-tables for charts or tablets. Cirruses exploit this to give front-seat occupants nearly car-like legroom. The device itself is only a sensor: side-sticks are used strictly in aircraft with augmented controls, so every motion is interpreted by computers that then send electronic commands to hydraulically powered surfaces. The arrangement saves weight and panel real estate, but some pilots contend that side-sticks are less precise because the short throw and spring-centering provide lighter, artificial feel.
What is the difference between a plane yoke and stick?
The difference between a plane yoke and a stick is that a stick is typically found in smaller aircraft like general-aviation planes, while a yoke - larger in size - projects from the instrument panel on a horizontal tube that serves as its pivot point. Both devices transmit the pilot's command to the control surfaces. In older aircraft these links are purely mechanical, so the pilot must supply all the force. With powered flying controls and fly-by-wire (FBW) systems, very large control forces can be generated, removing the need for both pilot and copilot to shove together on the controls.
A side-stick, called a side yoke, works like a compact yoke handle yet is similar to a joystick: it sits flush with the side wall, creating minimal cockpit intrusion and allowing the inclusion of retractable tray-tables. Because the arm movement gives a longer lever to operate, drawing the side-stick back and to the side becomes one smooth motion in a turn.
While the yoke allowed me to control the aircraft's command surfaces, the lever felt like an immediate extension of the jet itself, allowing efficiency and reducing workload.
Jim GoodrichPilot, Airplane Broker and Founder of Tsunami Air
Which provides better control: a yoke or a stick?
A stick provides better control than a yoke. A yoke is a device that most pilots regard as more natural because both hands share a single wheel. Most yokes are coupled, so the two wheels move together. A yoke's two-handed configuration helps seamless unified inputs, and its configuration provides delicacy that allows great command for departure, steering for touchdown, and helps big steady aircraft stay stable. A side stick is an alternative control method that can be worked with a particular hand; its shorter travel lets the arm stay nearly still, giving the pilot a cleaner look at the panel. A stick's shorter throw gives speedy command signals, and its natural unfiltered sense lets the pilot feel the airflow directly, making it well-suited for acrobatics and high-performance soldierly planes.
Citabrias, Diamonds and many others have control sticks rising through the seat, so the arm swings through a wider arc. Yet powered flying controls and fly-by-wire can generate very large control forces, making the light tap of a side stick enough to command the surface, so the pilot controls the plane with almost fingertip precision.
Thus, neither shape wins outright: the yoke feels familiar and united while the stick feels quick and uncluttered.
Which is easier for a beginner pilot to use: a yoke or a stick?
A stick is the easier option for a beginner pilot. Drawing the stick back and to the side becomes one smooth motion, while doing the same with a yoke is two motions. Because the interface is between pilot and airplane, this single-flow input lets newcomers feel immediate harmony. Pieces of maneuverability are designed for ease, comfort, and movement, so the beginner senses an artificially established association with the machine.
A yoke has a single track of mind: it needs clamp-type mounts on the desk, and that hardware adds friction to the first lessons. Side sticks sit to the side of the pilot, leaving the rest of the workspace clear. They are less convenient than moving the stick off to the side, yet in airborne trainers they free the panel view. For the first hours, the stick keeps the student's muscle workload low, letting attention stay on instruments rather than on coordinating separate pushes and pulls.
I think the yoke provides a natural feel for a novice because the steering-wheel-like configuration offers a known place of reference and the big, two-handed guidance inputs seem steady and intentional. I started my schooling on aircraft with yokes, and this immediate response can speed up the acquisition procedure for accurate command inputs.
Jim GoodrichPilot, Airplane Broker and Founder of Tsunami Air
What are the advantages and disadvantages of a yoke?
The advantages of a yoke include that a well-fitted yoke enables the flight crew to command the aircraft with solid pistol-grip quality and ample leverage, so maximum control power is available when it is needed most. The broad, linked hand-wheels move together and give instant visual feedback allowing both pilots to share the same input, a built-in cross-check that reduces error. Because the yoke sits low and forward, it frees the forward panel for large displays. In space-constrained cockpits the unit's compact form leaves room for other hardware, and its few exposed moving parts mean easier manufacturing, inspection, and maintenance.
Disadvantages of a yoke include that the lack of an upper arc becomes an issue when rapid, sharp reversals are required, because the hand must travel through a longer arc to reach the opposite stop. A poorly fitted or poorly sized yoke will cause discomfort during long cruises and will injure the crew through chronic strain. The mechanism can experience lateral forces and moment loads in high-impact turbulence, so considerable care must be taken to manage load distribution between crank and yoke, otherwise wear and tear increases and reliability falls.
I must admit the yoke can render a little delay in control response which can lead to a steady and fatiguing flying ordeal. Yet the two-handed function gives seamless coordinated movements and promotes steady, accurate guidance; I sense this benefit during movements like departure and arrival.
Jim GoodrichPilot, Airplane Broker and Founder of Tsunami Air
What planes use a yoke?
Boeing continues to use a yoke on every single one of its commercial planes. Embraer aircraft feature an M-type ‘ram's horn’ yoke and so does Concorde. Airbus, however, uses side sticks on all its current models, including the A350 and A350F, having introduced the side-stick concept with the A320 family as part of its fly-by-wire system.
Expert behind this article
Jim Goodrich
Jim Goodrich is a pilot, aviation expert and founder of Tsunami Air.