Custom 24-Hour Visual Tabletop Slider Creation
Budget: $250 – $750 USD
Build a Custom Tabletop Linear Slider for a 24-Hour Visual Timer
Job Description:
I need a custom-built tabletop linear slider that moves an object (such as a small figure) from one end to the other over a 24-hour period. This will serve as a visual representation of time for my autistic son.
Project Requirements:
Length: 6 feet (72 inches) total.
Movement Speed: The object should travel the full 6-foot length over exactly 24 hours, moving at a steady rate of 3 inches per hour (0.05 inches per minute).Drive Mechanism:
Can be a lead screw, timing belt, or linear actuator (open to other slow-speed solutions).
Needs smooth and quiet movement.
Motor & Control:
Should use a low-RPM motor or stepper motor with precise speed control.
Can be plug-in powered (preferred) or battery-powered.
Programmable controller (Arduino, Raspberry Pi, or another timer-based system) to ensure precise 24-hour movement.
Structure:
Should be compact and stable to sit on a tabletop.
Can be made from metal, wood, or durable plastic.
The moving platform should be able to hold a small object (~LEGO figure size) securely.
User-Friendly:
Simple ON/OFF switch or automatic daily reset option.
If using programmable control, I should be able to adjust the speed slightly if needed.Ideal Freelancer:
Experience with mechanical engineering, automation, or robotics.
Skilled in linear motion systems and motor control.
Ability to source parts and assemble the device before shipping.
Deliverables:
Fully assembled tabletop linear slider, ready to use.
Instructions for setup and minor adjustments.
Source files & component list (if custom-built or programmed).Budget: Open to quotes, but please provide an estimated cost for materials and labor.
Shipping: I am located in the U.S., so shipping costs should be considered.
If you're interested, please send a proposal detailing your approach, experience, estimated timeline, and cost. Photos or links to similar past projects would be a plus.
Job Description:
I need a custom-built tabletop linear slider that moves an object (such as a small figure) from one end to the other over a 24-hour period. This will serve as a visual representation of time for my autistic son.
Project Requirements:
Length: 6 feet (72 inches) total.
Movement Speed: The object should travel the full 6-foot length over exactly 24 hours, moving at a steady rate of 3 inches per hour (0.05 inches per minute).Drive Mechanism:
Can be a lead screw, timing belt, or linear actuator (open to other slow-speed solutions).
Needs smooth and quiet movement.
Motor & Control:
Should use a low-RPM motor or stepper motor with precise speed control.
Can be plug-in powered (preferred) or battery-powered.
Programmable controller (Arduino, Raspberry Pi, or another timer-based system) to ensure precise 24-hour movement.
Structure:
Should be compact and stable to sit on a tabletop.
Can be made from metal, wood, or durable plastic.
The moving platform should be able to hold a small object (~LEGO figure size) securely.
User-Friendly:
Simple ON/OFF switch or automatic daily reset option.
If using programmable control, I should be able to adjust the speed slightly if needed.Ideal Freelancer:
Experience with mechanical engineering, automation, or robotics.
Skilled in linear motion systems and motor control.
Ability to source parts and assemble the device before shipping.
Deliverables:
Fully assembled tabletop linear slider, ready to use.
Instructions for setup and minor adjustments.
Source files & component list (if custom-built or programmed).Budget: Open to quotes, but please provide an estimated cost for materials and labor.
Shipping: I am located in the U.S., so shipping costs should be considered.
If you're interested, please send a proposal detailing your approach, experience, estimated timeline, and cost. Photos or links to similar past projects would be a plus.