Motorized, Wall-Mounted, Fold-Down Table for Compact Living Spaces

Product Opportunity Analysis:

1. User Need Identification: The user mentions, "I want a small table (about 2 feet by 3 feet) that can be motorized to go from vertical (stored against the wall) to horizontal." This is because they live in a small apartment.

2. Product/Service Type: This is clearly a demand for a physical product.

3. Specific Product Suggestion: Motorized, Wall-Mounted, Fold-Down Table

  • Description: A compact table (approximately 24 inches x 36 inches) designed to be mounted on a wall. It would use a small electric motor and mechanism to smoothly transition from a vertical, stored position (flat against the wall) to a horizontal, usable tabletop position with the press of a button or a remote control.
  • Key Features:
    • Space-saving design (folds flat against the wall).
    • Motorized deployment and retraction for ease of use.
    • Dimensions: 24 inches x 36 inches.
    • Sturdy locking mechanism in both vertical and horizontal positions.
    • Material options: Lightweight but durable materials like engineered wood, aluminum, or high-quality laminate.
    • Power source: Could be battery-operated (rechargeable) or require a wall outlet.
    • Optional: Integrated LED lighting under the table, USB charging ports.

4. Target Audience:

  • Individuals living in small apartments, studios, or tiny homes.
  • Students in dorm rooms.
  • Anyone looking to maximize space in compact living or working environments.
  • Users who desire convenience and a modern, automated solution.

5. Value Proposition:

  • Maximizes Space: Frees up valuable floor space when the table is not in use.
  • Convenience & Ease of Use: Motorized operation eliminates the manual effort of folding and unfolding, making it accessible for people with limited strength or mobility.
  • Modern & Innovative: Offers a sleek, tech-integrated solution for everyday furniture.
  • Multi-functional: Can serve as a dining table, desk, or utility surface.

6. Expected Benefits & Revenue Potential:

  • Benefits for Customers:

    • Improved functionality and livability in small spaces.
    • Effortless transition between stored and usable states.
    • Aesthetic appeal of a modern, automated furniture piece.
    • Reduced clutter.
  • Revenue Potential (Illustrative):

    • Manufacturing Cost Estimate: $70 - $150 per unit (depending on motor quality, materials, electronics, and scale).
    • Potential Retail Price: $199 - $399 per unit (allowing for a healthy margin, considering the motorized feature adds value over manual alternatives like IKEA's NORBERG/NORBO which are around $40-$60).
    • Market Size: The market for space-saving furniture is growing, especially with urbanization and the trend towards smaller living spaces.
    • Sales Channels: Direct-to-consumer (DTC) via an e-commerce website, online marketplaces (Amazon, Wayfair), partnerships with furniture retailers specializing in compact living solutions.
    • Estimated Profitability:
      • Assuming a conservative retail price of $249 and a cost of $100.
      • Gross Profit per unit = $149.
      • If 1,000 units are sold in the first year: Gross Profit = $149,000.
      • If 5,000 units are sold: Gross Profit = $745,000.
      • This is before marketing, shipping, and operational overheads. The key is the perceived value of the motorization and sleek design justifying the premium over manual alternatives.

7. Why it's a good opportunity:

  • Directly addresses an articulated user need.
  • Solves a common problem (lack of space).
  • The motorized aspect is a clear differentiator from existing manual fold-down tables, offering enhanced convenience and a premium feel.
  • Feasible technology: Small motors and linear actuators are readily available and can be integrated into furniture design.
  • Growing target market: Urbanization and micro-living trends support demand for such products.

This product offers a practical, easily deployable dining or work surface, significantly improving livability and functionality in compact urban dwellings by automating a space-saving solution.

Origin Reddit Post

r/maker

How do I accomplish this? Sitting Table

Posted by u/InevitableAside20905/27/2025
Hey there! I have a small apartment and usually eat on the floor on a small table. I want to have a small sit down table (2 foot by three foot) that uses some time of motor to go from vertic

Top Comments

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

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