Specifications:
Brand: IBM
Name: Buckling Spring
Type: Clicky
Stem: Buckling Spring
Actuation Force: 70 grams
Actuation Point: 2 millimeters
Bottom Out Force: 90 grams
Bottom Out Travel: 4 millimeters
What is the Actuation Force of IBM Buckling Spring?
The IBM Buckling Spring switch is a mechanical keyboard switch that is known for its tactile feedback and satisfying click sound. One of the key features of this switch is its actuation force, which is 70 grams. This means that a user needs to apply a force of 70 grams to the keycap in order to register a keystroke. This actuation force is considered to be on the higher side compared to other mechanical switches, which typically have an actuation force of around 50 grams. However, many users prefer the higher actuation force of the IBM Buckling Spring switch as it provides a more tactile and satisfying typing experience. Additionally, the higher actuation force also helps to reduce accidental keystrokes, making it a popular choice for typists and gamers alike.
What is the Actuation Point of IBM Buckling Spring Switches?
Actuation point refers to the distance a key must be pressed down before it registers a keystroke. The IBM Buckling Spring switch has an actuation point of 2 millimeters, which means that the key must be pressed down 2 millimeters before it registers a keystroke. This actuation point is important for typists who want to type quickly and accurately. A shorter actuation point allows for faster typing speeds, while a longer actuation point can lead to more errors and slower typing speeds. The IBM Buckling Spring switch is known for its tactile feedback and audible click, which makes it a popular choice among typists who prefer a mechanical keyboard.
What is the Bottom Out Force of IBM Buckling Spring?
Bottom out force refers to the amount of pressure required to fully depress a mechanical keyboard switch. The IBM Buckling Spring switch has a bottom out force of 70 grams, which means that it takes 70 grams of force to fully press down the key. This force is important because it affects the typing experience and can impact the speed and accuracy of typing. A higher bottom out force can make typing more difficult and tiring, while a lower force can result in accidental key presses. The IBM Buckling Spring switch is known for its tactile feedback and satisfying click sound, which is partly due to its bottom out force.
What is the Bottom Out Travel of IBM Buckling Spring Switches?
The bottom out travel distance on a computer keyboard refers to the distance that a key travels when it is fully pressed down. This distance can vary depending on the type of switch used in the keyboard. The IBM Buckling Spring switch, for example, has a bottom out travel distance of 70 millimeters. This means that when a key with this switch is pressed down, it will travel a total of 70 millimeters before it hits the bottom of the switch and registers the keystroke. This distance can affect the typing experience, as some users may prefer a shorter or longer bottom out travel distance depending on their typing style and preferences.
What Stem does the IBM Buckling Spring Switch Use?
The Buckling Spring key stem is a component of the IBM Model M keyboard switch mechanism. It is a metal spring that buckles when pressure is applied, creating a tactile and audible feedback. This feedback is what makes the IBM Model M keyboard so popular among typists and enthusiasts.
The IBM Buckling Spring switch is compatible with the Buckling Spring stem, meaning that it can be used as a replacement part for the IBM Model M keyboard or in custom keyboard builds that use the same switch mechanism. This compatibility ensures that the unique typing experience of the Buckling Spring switch can be enjoyed by a wider audience.
What Type of Switch is the IBM Buckling Spring?
The IBM Buckling Spring switch is a mechanical keyboard switch that has gained a cult following among keyboard enthusiasts. Known for its satisfying tactile feedback and distinct “clicky” sound, this switch is a favorite among typists who value precision and accuracy in their keystrokes. The Buckling Spring switch was first introduced in the IBM Model F keyboard in the 1980s and has since become a sought-after switch for those who appreciate the feel of a classic mechanical keyboard. In this review, we’ll take a closer look at the IBM Buckling Spring switch and see what makes it such a beloved switch among keyboard enthusiasts.
IBM Buckling Spring Reviews
1. Typing: The IBM Buckling Spring switch is known for its tactile feedback and audible click, making it a popular choice for typists who prefer a more tactile and responsive keyboard. It is particularly useful for touch typists who rely on the feedback from the keys to type accurately and efficiently.
2. Gaming: The IBM Buckling Spring switch is also popular among gamers who require a keyboard that can handle rapid and precise keystrokes. The tactile feedback and audible click of the switch can help gamers to feel more connected to their game and improve their reaction times.
3. Programming: Programmers often spend long hours typing code, and the IBM Buckling Spring switch can help to reduce fatigue and improve accuracy. The tactile feedback and audible click of the switch can help programmers to type more efficiently and reduce the risk of errors.
Switch Comparisons:
IBM Buckling Spring vs. Topre 30
IBM Buckling Spring and Kailh Blue keyboard switches are two popular types of mechanical switches used in keyboards. Here are some of the key differences and similarities between the two:
1. Tactile Feedback: Both switches offer tactile feedback, which means that users can feel a physical bump when they press a key. However, the IBM Buckling Spring switch has a more pronounced tactile feedback than the Kailh Blue switch.
2. Actuation Force: The IBM Buckling Spring switch requires a higher actuation force of around 60g, while the Kailh Blue switch requires a force of around 50g. This means that the IBM switch may be more suitable for users who prefer a heavier typing experience.
3. Noise Level: Both switches are relatively loud, but the IBM Buckling Spring switch is known for its distinctive “click” sound, which can be quite loud and may not be suitable for quiet environments. The Kailh Blue switch is also loud, but it has a more muted sound compared to the IBM switch.
4. Durability: Both switches are durable and can withstand heavy use. However, the IBM Buckling Spring switch is known for its exceptional durability and can last for decades with proper maintenance.
5. Availability: The IBM Buckling Spring switch is no longer in production, and keyboards that use this switch are considered rare and expensive. On the other hand, the Kailh Blue switch is widely available and can be found in many mechanical keyboards.
In summary, the IBM Buckling Spring switch offers a more pronounced tactile feedback and exceptional durability, but it is no longer in production and can be expensive. The Kailh Blue switch offers a lighter typing experience, a more muted sound, and is widely available.
IBM Buckling Spring vs. Topre 35
The IBM Buckling Spring and Topre 35 keyboard switches are two popular mechanical switches used in keyboards. Here are some of their characteristics and features:
1. Tactile feedback: Both switches provide tactile feedback, which means that users can feel a physical bump when they press a key. However, the IBM Buckling Spring switch has a more pronounced tactile feedback than the Topre 35 switch.
2. Actuation force: The IBM Buckling Spring switch requires a higher actuation force than the Topre 35 switch. The Buckling Spring switch requires around 60 grams of force to actuate, while the Topre 35 switch requires around 45 grams of force.
3. Sound: The IBM Buckling Spring switch is known for its loud and distinctive “click” sound when a key is pressed. The Topre 35 switch, on the other hand, is much quieter and has a more subdued sound.
4. Durability: Both switches are known for their durability and can withstand millions of keystrokes. However, the IBM Buckling Spring switch is generally considered to be more durable than the Topre 35 switch.
5. Price: The IBM Buckling Spring switch is generally more expensive than the Topre 35 switch. This is partly due to the fact that the Buckling Spring switch is no longer in production and is considered a vintage switch.
In summary, the IBM Buckling Spring switch and Topre 35 switch are both high-quality mechanical switches with their own unique characteristics and features. The Buckling Spring switch provides a more pronounced tactile feedback and a loud “click” sound, while the Topre 35 switch is quieter and requires less actuation force. Both switches are durable and can withstand millions of keystrokes, but the Buckling Spring switch is generally more expensive due to its vintage status.
IBM Buckling Spring vs. Topre 45
IBM Buckling Spring and Topre 45 keyboard switches are two popular mechanical switches used in keyboards. Here are some of the key differences and similarities between the two:
1. Tactile Feedback: Both switches offer tactile feedback, but the IBM Buckling Spring switch has a more pronounced tactile bump than the Topre 45 switch.
2. Actuation Force: The IBM Buckling Spring switch requires more force to actuate (around 60g) compared to the Topre 45 switch (around 45g).
3. Sound: The IBM Buckling Spring switch is known for its loud and satisfying click sound, while the Topre 45 switch is quieter and has a more muted sound.
4. Durability: Both switches are highly durable and can withstand millions of keystrokes. However, the IBM Buckling Spring switch is known for its robustness and longevity.
5. Typing Experience: The IBM Buckling Spring switch offers a more tactile and satisfying typing experience, while the Topre 45 switch is smoother and more comfortable for extended typing sessions.
6. Price: The IBM Buckling Spring switch is generally more expensive than the Topre 45 switch.
In summary, the IBM Buckling Spring switch is a more tactile and robust switch that offers a satisfying typing experience, while the Topre 45 switch is smoother and more comfortable for extended typing sessions. Both switches are highly durable and offer excellent performance, but the choice ultimately comes down to personal preference and typing style.