u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/McDredd
For the time and effort you are going to put into this I think I'd rather look for a "Narrow Pembroke Table".
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/kryptoniterazor
Your design as drawn is probably not possible without some large counterweights, as the force required to tip the whole table up on its from one edge would cause the whole unit to tip over an
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us
u/OR2482
First thought would be:
Linear actuator for the motion
Dc motor driver to control the actuator
Arduino or ESP32 to control the motor driver
Table itself as well as the “housing” out of whate
u/hjw5774
Sweet idea! I see it as two sequential problems:
1. Make a table.
2. Automate same table.
You mention living in a small apartment; so what sort of work area and tools do you have to us