ft-lbs to hp Conversion Calculator

RPM	100 ft lbs to hp	200 ft lbs to hp	300 ft lbs to hp
1000	0.1902 hp	0.3804 hp	0.5706 hp
2000	0.3804 hp	0.7608 hp	1.1410 hp
3000	0.5706 hp	1.1410 hp	1.7114 hp
4000	0.7608 hp	1.5212 hp	2.2816 hp
5000	0.9510 hp	1.9014 hp	2.8518 hp
6000	1.1412 hp	2.2816 hp	3.4220 hp
7000	1.3314 hp	2.6618 hp	3.9922 hp
8000	1.5216 hp	3.0420 hp	4.5624 hp
9000	1.7118 hp	3.4222 hp	5.1326 hp
10000	1.9020 hp	3.8024 hp	5.7028 hp

FAQs

1. Converting ft lbs to hp: Foot-pounds (ft lbs) and horsepower (hp) are different units. Foot-pounds are a unit of torque, while horsepower is a unit of power. The conversion between them depends on the rotational speed (RPM) at which the torque is being applied. The formula is: hp = (torque in ft lbs * RPM) / 5252.
2. How many ft lbs is 1 hp: The conversion factor between horsepower and foot-pounds of torque at 5252 RPM is approximately 550 ft lbs.
3. Converting lbs of thrust to HP: Thrust and horsepower are not directly convertible without more information about the engine or propulsion system. Thrust is a force, while horsepower is a measure of power.
4. How many pounds is a horsepower: Horsepower is a measure of power and is not directly convertible to pounds. It’s a measure of how much work can be done per unit of time.
5. Converting HP to torque: As mentioned earlier, horsepower and torque are related by the RPM at which they are measured. The formula to convert horsepower to torque at a given RPM is: torque in ft lbs = (hp * 5252) / RPM.
6. Is HP the same as lbs of thrust: No, horsepower and pounds of thrust are not the same. Horsepower measures power, while pounds of thrust measure force.
7. How much torque is 1 HP: At 5252 RPM, 1 horsepower is equivalent to 550 foot-pounds of torque.
8. Is 10 lbs per hp good: This doesn’t provide enough context to determine its significance. However, a lower pounds per horsepower ratio indicates better performance, as it means less weight for a given amount of power.
9. Difference between hp and ft lbs: Horsepower (hp) measures the rate at which work is done, while foot-pounds (ft lbs) measures the amount of rotational force (torque) applied.
10. What is 1lb of thrust: One pound of thrust is the force required to accelerate a mass of one pound at a rate of one foot per second squared.
11. How fast is 1lb of thrust: The speed at which 1 pound of thrust will move an object depends on the mass of the object being accelerated. Using Newton’s second law (F = ma), where F is force, m is mass, and a is acceleration, you can determine the acceleration produced by 1 pound of thrust on a given mass.
12. What does 30 lbs of thrust mean: It means that a force of 30 pounds is being exerted in one direction, typically by a propulsion system such as a motor or engine.
13. What is a horsepower equal to: Horsepower is equal to approximately 745.7 watts.
14. How much does a hp all in one weigh: It seems like you’re asking about the weight of an all-in-one computer or a similar device with a certain amount of horsepower. The weight of such a device can vary widely depending on its specifications and components.
15. Converting power to thrust: Power and thrust are related, but the conversion depends on the specific propulsion system. It’s not a straightforward conversion without additional information.
16. Torque of a 100 hp motor: The torque output of a motor depends on its design and operating conditions. You can calculate the torque using the formula mentioned earlier, but you’ll need the RPM at which the horsepower is measured.
17. Can HP and torque be the same: No, horsepower and torque are related but not the same. They represent different aspects of an engine’s performance.
18. Does torque matter more than HP: Both torque and horsepower are important. Torque affects an engine’s ability to accelerate from lower speeds, while horsepower influences top speed and overall performance.
19. How much HP is one thrust: Thrust is not directly convertible to horsepower. They measure different aspects of a system’s performance.
20. How fast is 50 lbs of thrust: The speed at which 50 pounds of thrust will move an object depends on the mass of the object being accelerated. You’d need to use Newton’s second law to calculate the acceleration and resulting speed.
21. How many lbs of thrust do I need: The amount of thrust needed depends on the application, the mass of the object you’re trying to move, and the desired acceleration or speed. It’s specific to the context.
22. How does torque work with HP: Torque and horsepower are related through the formula mentioned earlier. Torque contributes to the engine’s ability to accelerate, while horsepower combines torque and rotational speed to describe overall power.
23. Torque of a 3 hp motor: Like previous answers, you’ll need the RPM at which the horsepower is measured to calculate the torque.
24. Does HP increase torque: Increasing horsepower doesn’t directly increase torque, but it can be a consequence of increasing power output, depending on the engine’s design and tuning.
25. How many pounds can 1 hp pull: The ability of 1 horsepower to pull a weight depends on many factors, including the efficiency of the system, friction, and other resistances. There’s no simple conversion without more context.
26. How much hp will 10 psi add: Adding 10 psi (pounds per square inch) of pressure to an engine’s intake can potentially increase its power output, but the exact increase depends on the engine’s design and tuning.
27. Is 200 hp strong: A power output of 200 horsepower can be considered moderate to strong, depending on the context. It’s generally more than enough for daily driving and reasonable acceleration.
28. What is considered good torque in a car: Good torque depends on the application and vehicle type. For passenger cars, torque in the range of 200-300 lb-ft can be considered good for most driving scenarios.
29. What is 1 foot-pound of torque: One foot-pound of torque is the amount of rotational force required to produce a torque of 1 pound-force at a distance of 1 foot from the axis of rotation.
30. Fast HP to weight ratio: A fast horsepower-to-weight ratio means there’s a high amount of power for a relatively low vehicle weight. The lower the ratio, the faster the acceleration and potential top speed.
31. Thrust of a 747 engine: The thrust of a Boeing 747 engine varies depending on the specific engine model and configuration, but they can produce around 50,000 to 60,000 pounds of thrust each.
32. How fast is 36 pounds of thrust: The speed produced by 36 pounds of thrust depends on the mass being accelerated and other factors. You’d need to calculate acceleration and speed using Newton’s second law.
33. How much thrust is a trolling motor compared to horsepower: There’s no direct conversion between thrust and horsepower for trolling motors, as they are different types of measurements. Thrust measures the pushing force, while horsepower measures power output.
34. What size trolling motor for a 16-foot boat: The size of the trolling motor you need for a 16-foot boat depends on factors like boat weight, conditions, and desired performance. A common guideline is about 1-2 pounds of thrust per 100 pounds of boat weight.
35. How much torque per hp: The torque per horsepower depends on the RPM at which the measurement is taken. As mentioned before, torque and horsepower are related by RPM in the formula: torque (ft lbs) = (hp * 5252) / RPM.
36. Balancing torque and horsepower: Balancing torque and horsepower depends on the specific application. A well-tuned engine should have a balanced power curve that delivers good torque at lower RPMs for acceleration and horsepower at higher RPMs for top speed.
37. Converting torque to horsepower: Torque and horsepower are related through RPM. You can convert torque to horsepower using the formula: hp = (torque in ft lbs * RPM) / 5252.
38. Torque of a 1 hp motor: The torque of a 1 horsepower motor depends on its RPM. Using the formula, at 5252 RPM, it would be around 550 ft lbs.
39. Increasing torque without horsepower: Increasing torque without increasing horsepower often involves modifying the engine’s components, optimizing the intake and exhaust systems, and retuning for better low-end performance.
40. Weight capacity of a 25 hp tractor: The weight capacity of a tractor depends on its design, traction, and other factors. Horsepower alone doesn’t determine weight capacity.
41. Horsepower needed to pull 80,000 lbs: The horsepower needed to pull 80,000 pounds depends on the terrain, rolling resistance, and other factors. It’s not solely determined by weight.
42. HP increase from 20 psi of boost: The increase in horsepower from adding 20 psi of boost depends on the engine’s design, efficiency, and other factors. Forced induction (like turbocharging) can significantly boost horsepower.
43. Is 1 HP really 1 horsepower: The definition of 1 horsepower is based on mechanical power, and it’s equivalent to approximately 745.7 watts.
44. Why is one horse 15 horsepower: The term “horsepower” was introduced by James Watt, who compared the power output of steam engines to the work done by horses. He estimated that a horse could do 33,000 foot-pounds of work per minute, which is equivalent to about 1 horsepower. The factor of 15 likely refers to the typical ratio of a horse’s power output compared to the steam engines of his time.
45. How fast is 1 hp: Horsepower is a measure of power, not speed. The speed a vehicle can achieve with 1 horsepower depends on its weight, aerodynamics, and other factors.
46. Does weight matter for HP: Yes, weight affects a vehicle’s performance. A lighter vehicle with the same horsepower will generally accelerate faster and handle better than a heavier one.
47. Does weight change horsepower: Weight doesn’t change horsepower directly. However, a lighter vehicle may feel more responsive and faster due to reduced inertia.
48. Weight of HP 700: It’s not clear what “HP 700” refers to. If it’s a computer or device model, the weight can vary.
49. Thrust and power: Thrust is a measure of force, while power is the rate at which work is done. They are related but not the same.
50. Thrust and lift: Thrust is the force produced by engines or propulsion systems to overcome drag and move forward. Lift is the force generated by wings to counteract gravity and enable flight.
51. Thrust with an electric motor: Yes, electric motors can produce thrust by using propellers or other mechanisms, especially in applications like electric aircraft or drones.
52. Formula for converting horsepower to torque: The formula is: torque (ft lbs) = (hp * 5252) / RPM.
53. HP and torque at what RPM they meet: Horsepower and torque meet at 5252 RPM when using the standard formula.
54. More horsepower for faster acceleration: Generally, more horsepower leads to faster acceleration, but it’s not the only factor. Torque, weight, gearing, and traction also play significant roles.
55. Torque needed for towing: The torque needed for towing depends on the weight of the load, the terrain, and the vehicle’s design. Higher torque at lower RPMs is often beneficial for towing.
56. Importance of HP vs. torque for towing: Both are important for towing. Torque helps with initial acceleration and overcoming resistance, while horsepower is necessary for maintaining speed on inclines and at higher speeds.
57. 260 lbs of torque good: 260 lb-ft of torque is generally considered good for a variety of vehicles and driving conditions.
58. Torque vs. horsepower for acceleration: Torque is more relevant for acceleration from a standstill, while horsepower becomes more important at higher speeds.
59. Average torque of a car: The average torque of a car varies widely based on the vehicle’s type, engine size, and purpose. It could be anywhere from 100 lb-ft to 300 lb-ft or more.
60. 200 lb-ft of torque good: Yes, 200 lb-ft of torque is considered good for many everyday driving scenarios.
61. Speed of 1 lb of thrust: The speed produced by 1 lb of thrust depends on the mass being accelerated and the conditions. You’d need to calculate acceleration and speed using Newton’s second law.
62. HP from 55 lbs of thrust: Thrust and horsepower are not directly convertible without additional information about the propulsion system.
63. What is 1 lb of thrust: One pound of thrust is the force required to accelerate a mass of one pound at a rate of one foot per second squared.
64. Speed of a 100 lb thrust trolling motor: The speed of a boat with a 100 lb thrust trolling motor depends on boat weight, hull design, and water conditions.
65. Thrust compared to horsepower for trolling motor: Thrust and horsepower are not directly interchangeable for trolling motors, as they represent different aspects of performance.
66. 30 lbs of thrust meaning: It means that a force of 30 pounds is being produced in one direction, typically by a propulsion system.
67. Pound thrust to horsepower: There’s no direct conversion between pound thrust and horsepower without additional information.
68. Trolling motor size for a 16-foot boat: A general guideline is around 40-55 pounds of thrust for a 16-foot boat, but the specific size depends on factors like boat weight, conditions, and desired performance.
69. Torque per hp: The torque per horsepower depends on the RPM at which the measurement is taken. As mentioned before, torque and horsepower are related by RPM in the formula: torque (ft lbs) = (hp * 5252) / RPM.
70. Balancing torque and horsepower: Balancing torque and horsepower depends on the specific application. A well-tuned engine should have a balanced power curve that delivers good torque at lower RPMs for acceleration and horsepower at higher RPMs for top speed.
71. Converting torque to horsepower: Torque and horsepower are related through RPM. You can convert torque to horsepower using the formula: hp = (torque in ft lbs * RPM) / 5252.
72. Torque of a 1 hp motor: The torque of a 1 horsepower motor depends on its RPM. Using the formula, at 5252 RPM, it would be around 550 ft lbs.
73. Increasing torque without horsepower: Increasing torque without increasing horsepower often involves modifying the engine’s components, optimizing the intake and exhaust systems, and retuning for better low-end performance.
74. Weight capacity of a 25 hp tractor: The weight capacity of a tractor depends on its design, traction, and other factors. Horsepower alone doesn’t determine weight capacity.
75. Horsepower needed to pull 80,000 lbs: The horsepower needed to pull 80,000 pounds depends on the terrain, rolling resistance, and other factors. It’s not solely determined by weight.
76. HP increase from 20 psi of boost: The increase in horsepower from adding 20 psi of boost depends on the engine’s design, efficiency, and other factors. Forced induction (like turbocharging) can significantly boost horsepower.
77. Is 1 HP really 1 horsepower: The definition of 1 horsepower is based on mechanical power, and it’s equivalent to approximately 745.7 watts.
78. Why is one horse 15 horsepower: The term “horsepower” was introduced by James Watt, who compared the power output of steam engines to the work done by horses. He estimated that a horse could do 33,000 foot-pounds of work per minute, which is equivalent to about 1 horsepower. The factor of 15 likely refers to the typical ratio of a horse’s power output compared to the steam engines of his time.
79. How fast is 1 hp: Horsepower is a measure of power, not speed. The speed a vehicle can achieve with 1 horsepower depends on its weight, aerodynamics, and other factors.
80. Does weight matter for HP: Yes, weight affects a vehicle’s performance. A lighter vehicle with the same horsepower will generally accelerate faster and handle better than a heavier one.
81. Does weight change horsepower: Weight doesn’t change horsepower directly. However, a lighter vehicle may feel more responsive and faster due to reduced inertia.
82. Weight of HP 700: It’s not clear what “HP 700” refers to. If it’s a computer or device model, the weight can vary.
83. Thrust and power: Thrust is a measure of force, while power is the rate at which work is done. They are related but not the same.
84. Thrust and lift: Thrust is the force produced by engines or propulsion systems to overcome drag and move forward. Lift is the force generated by wings to counteract gravity and enable flight.
85. Thrust with an electric motor: Yes, electric motors can produce thrust by using propellers or other mechanisms, especially in applications like electric aircraft or drones.
86. Formula for converting horsepower to torque: The formula is: torque (ft lbs) = (hp * 5252) / RPM.
87. HP and torque at what RPM they meet: Horsepower and torque meet at 5252 RPM when using the standard formula.
88. More horsepower for faster acceleration: Generally, more horsepower leads to faster acceleration, but it’s not the only factor. Torque, weight, gearing, and traction also play significant roles.
89. Torque needed for towing: The torque needed for towing depends on the weight of the load, the terrain, and the vehicle’s design. Higher torque at lower RPMs is often beneficial for towing.
90. Importance of HP vs. torque for towing: Both are important for towing. Torque helps with initial acceleration and overcoming resistance, while horsepower is necessary for maintaining speed on inclines and at higher speeds.
91. 260 lbs of torque good: 260 lb-ft of torque is generally considered good for a variety of vehicles and driving conditions.
92. Torque vs. horsepower for acceleration: Torque is more relevant for acceleration from a standstill, while horsepower becomes more important at higher speeds.
93. Average torque of a car: The average torque of a car varies widely based on the vehicle’s type, engine size, and purpose. It could be anywhere from 100 lb-ft to 300 lb-ft or more.
94. 200 lb-ft of torque good: Yes, 200 lb-ft of torque is considered good for many everyday driving scenarios.
95. Speed of 1 lb of thrust: The speed produced by 1 lb of thrust depends on the mass being accelerated and the conditions. You’d need to calculate acceleration and speed using Newton’s second law.
96. HP from 55 lbs of thrust: Thrust and horsepower are not directly convertible without additional information about the propulsion system.
97. What is 1 lb of thrust: One pound of thrust is the force required to accelerate a mass of one pound at a rate of one foot per second squared.
98. Speed of a 100 lb thrust trolling motor: The speed of a boat with a 100 lb thrust trolling motor depends on boat weight, hull design, and water conditions.
99. Thrust compared to horsepower for trolling motor: Thrust and horsepower are not directly interchangeable for trolling motors, as they represent different aspects of performance.
100. 30 lbs of thrust meaning: It means that a force of 30 pounds is being produced in one direction, typically by a propulsion system.
101. Pound thrust to horsepower: There’s no direct conversion between pound thrust and horsepower without additional information.
102. Trolling motor size for a 16-foot boat: A general guideline is around 40-55 pounds of thrust for a 16-foot boat, but the specific size depends on factors like boat weight, conditions, and desired performance.
103. Torque per hp: The torque per horsepower depends on the RPM at which the measurement is taken. As mentioned before, torque and horsepower are related by RPM in the formula: torque (ft lbs) = (hp * 5252) / RPM.
104. Balancing torque and horsepower: Balancing torque and horsepower depends on the specific application. A well-tuned engine should have a balanced power curve that delivers good torque at lower RPMs for acceleration and horsepower at higher RPMs for top speed.
105. Converting torque to horsepower: Torque and horsepower are related through RPM. You can convert torque to horsepower using the formula: hp = (torque in ft lbs * RPM) / 5252.
106. Torque of a 1 hp motor: The torque of a 1 horsepower motor depends on its RPM. Using the formula, at 5252 RPM, it would be around 550 ft lbs.
107. Increasing torque without horsepower: Increasing torque without increasing horsepower often involves modifying the engine’s components, optimizing the intake and exhaust systems, and retuning for better low-end performance.
108. Weight capacity of a 25 hp tractor: The weight capacity of a tractor depends on its design, traction, and other factors. Horsepower alone doesn’t determine weight capacity.
109. Horsepower needed to pull 80,000 lbs: The horsepower needed to pull 80,000 pounds depends on the terrain, rolling resistance, and other factors. It’s not solely determined by weight.