Table of Contents
- 1 How far could a trebuchet shoot?
- 2 Why are trebuchets better than catapults?
- 3 Can a trebuchet work without a sling?
- 4 How does a trebuchet uses gravity to fire?
- 5 How long should the sling be on a trebuchet?
- 6 Why does a trebuchet have a sling?
- 7 What are the limitations of a trebuchet?
- 8 When was the last revision of the trebuchet?
- 9 What is a trebuchet projectile made of?
How far could a trebuchet shoot?
Based on historical designs, it stands 18 metres (59 ft) tall and throws missiles typically 36 kg (80 lbs) up to 300 metres (980 ft).
Why are trebuchets better than catapults?
Roughly speaking, a trebuchet has a few advantages over a catapult. First, it can handle heavier projectiles. A catapult’s maximum weight tops out at about 180 pounds; trebuchets top out at about 350. Lastly, for a given weight of stone, the trebuchet has a longer range.
How far could catapults throw?
Catapults can launch things a fair distance — 500 to 1,000 feet (150 to 300 meters) is common. It is surprising how much energy they can store. The gears are important, because they create a winch. The winch allows a person to put a great deal of energy into the catapult over a period of time.
Can a trebuchet work without a sling?
Trebuchets get their energy from gravity. The arm is off-center on an axle with the longer “launch” end (with or without a sling) holding the projectile and the shorter “load” end (locked in the “up” position before launch) loaded with something much heavier.
How does a trebuchet uses gravity to fire?
To launch a projectile, a trebuchet utilizes the transfer of gravitational potential energy into kinetic energy. A massive counterweight at one end of a lever falls because of gravity, causing the other end of the lever to rise and release a projectile from a sling.
How far can a trebuchet launch a stone?
Medieval soldiers winching down the arm of a trebuchet. Large trebuchets, powered by 10-ton counterweights, could hurl 300-pound (136-kg) wall-smashing boulders as far as 300 yards (270 metres).
How long should the sling be on a trebuchet?
The length of the long arm of the beam (on the payload side) is 3.75 times the length of the short arm of the beam (on the counterweight side). The length of the sling is equal to the length of the long arm of the beam (on the payload side).
Why does a trebuchet have a sling?
When the sling was added to the trebuchet it gave the tossed projectile more velocity. This meant the trebuchet could send a lighter projectile farther, providing more distance between those who fired the machines and deadly enemy archers at the castle. The sling is an extension of the beam’s reach.
How long should the arm be on a trebuchet?
The general ratio to start at is a sling length (arm connection to tip of pouch) 80\% the length of the throwing arm. Modifying the release pin angle will also affect the trajectory of the launch.
What are the limitations of a trebuchet?
There are limitations on how much weight a trebuchet can throw. Trebuchets can throw a shot to a significant distance, its range is higher than the catapult, but it is not as precise as a catapult. These trebuchets are the predecessor to counterpoise trebuchets.
When was the last revision of the trebuchet?
This is the latest accepted revision, reviewed on 3 November 2018. A trebuchet (French trébuchet) is a type of catapult, a common type of siege engine which uses a swinging arm to throw a projectile.
What is the difference between a catapult and a trebuchet?
Trebuchets are mainly made for throwing heavy objects as a projectile to break the walls of a castle or forts. There are limitations on how much weight a trebuchet can throw. Trebuchets can throw a shot to a significant distance, its range is higher than the catapult, but it is not as precise as a catapult.
What is a trebuchet projectile made of?
A trebuchet projectile can be almost anything, even debris, rotting carcasses, or incendiaries, but is typically a large stone. Dense stone, or even metal, specially worked to be round and smooth, gives the best range and predictability.