Moving an object over predetermined trajectory

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In summary, the discussion focused on finding a motor that can reach 50 m/s over a distance of 20 meters while controlling movement on three axes. The options considered were using three motors on a jig or looking into a magnetic tunnel, but the latter was deemed too expensive. A suggestion was made to use a model rocket motor instead.
  • #1
andyasky
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Need some guidance on how to approach the following scenario

Object : 200 grams

movement axis : x, y, z

distance : 20 meters

speed : 70 to 150 kmph adjustable.

The plan is to have 3 motors on a jig to control the movement on 3 axis.
The issue is to reach 50 m/s speeds and braking.

alternatively is to look at magnetic tunnel but the power requirement
adn control seems expansive.


Any suggestion on a motor that is available that can reach 50 m/s
over 20 meters? the Y axis and z axis motors will be driven by the
x axis motor hence the object weight will be more when it
comes to the x-axis motors which moves the jig across 20mts
at 50 m/s

appreciate any guidance on the same
 
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  • #2
andyasky said:
Need some guidance on how to approach the following scenario

Object : 200 grams

movement axis : x, y, z

distance : 20 meters

speed : 70 to 150 kmph adjustable.

The plan is to have 3 motors on a jig to control the movement on 3 axis.
The issue is to reach 50 m/s speeds and braking.

alternatively is to look at magnetic tunnel but the power requirement
adn control seems expansive.


Any suggestion on a motor that is available that can reach 50 m/s
over 20 meters? the Y axis and z axis motors will be driven by the
x axis motor hence the object weight will be more when it
comes to the x-axis motors which moves the jig across 20mts
at 50 m/s

appreciate any guidance on the same

Welcome to the PF.

Maybe use a model rocket motor?
 

1. What is the definition of predetermined trajectory?

Predetermined trajectory refers to a specific path or course that an object is expected to follow based on predetermined calculations or instructions.

2. How can an object be moved over a predetermined trajectory?

An object can be moved over a predetermined trajectory by applying a consistent force or energy in a specific direction, such as through the use of a propulsion system or by setting up a series of checkpoints for the object to pass through.

3. What factors can affect the accuracy of moving an object over a predetermined trajectory?

There are several factors that can affect the accuracy of moving an object over a predetermined trajectory, including external forces such as air resistance or gravity, as well as internal factors like the object's weight, shape, and stability.

4. How is the trajectory of an object calculated?

The trajectory of an object is typically calculated using mathematical equations and principles, such as Newton's laws of motion, that take into account various factors such as the object's initial velocity, acceleration, and external forces acting upon it.

5. Can an object's trajectory be changed once it has been set?

Yes, an object's trajectory can be changed even after it has been set, through the application of additional forces or by adjusting the object's path through external means. However, changing the trajectory of an object may also require recalculating its trajectory and taking into account any new factors or forces.

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