Pack Under Cabinet Foot Pull

🦶 Pack Under Cabinet Foot Pull

A 3D-printable, heavy-duty foot pull designed to provide hands-free access to under-cabinet drawers and pull-out trash bins. This model provides a practical DIY solution for opening heavy base cabinets with your toe when your hands are full or messy.

The design features a compact, low-profile mounting plate with three screw holes and an ergonomically angled loop designed to comfortably catch your shoe without scuffing it.

Whether you're upgrading a kitchen trash pull-out, a workshop drawer, or a utility room cabinet, this toe-kick opener provides a simple, sanitary, and functional 3D-printable solution.

⚠ IMPORTANT: This is a functional 3D-printed plastic component subjected to mechanical pulling forces. Print orientation and wall thickness are highly critical for success. Always test the printed pull carefully before relying on it for heavy, heavily loaded drawers.

📑 Table of Contents

• 🧾 Technical Specifications

• 📐 Dimensional Overview

• 🛠 Design Features

• 🧵 Material Recommendations

• 📦 What's Included

• 🔩 Assembly & Installation

• 🧱 Cabinet Type & Mounting Hardware

• 💪 Strength & Load Considerations

• ⚠ Important Notes

• 🧪 Load Testing

• 🏠 Possible Uses

🧾 Technical Specifications

📐 Dimensional Overview

The pull is designed with specific clearances to balance a low profile with a comfortable foot catch:

• Mounting Plate: Sits exactly 10 mm high against the mounting surface.

• Horizontal Extension: Extends 20 mm straight out horizontally from the mounting plate.

• Angled Drop: Features a 20 mm long angled section that slopes downward.

• Clearance Height: The angled loop drops exactly 10 mm vertically from the horizontal plane to catch your shoe.

• Hole Placement: Three holes located 3.5 mm down from the top edge. The outer holes are 10 mm inward from the edges, with the third perfectly centered.

🛠 Design Features

🔩 Three-Point Mounting

The vertical mounting plate features three closely spaced screw holes to distribute pulling forces and provide a secure attachment to standard cabinet bases.

👟 Ergonomic Angled Catch

The transition from a straight horizontal extension to a downward angle creates a natural hooking point for your foot, keeping your toe away from the cabinet face.

💪 Reinforced Profile The entire model utilizes a uniform 5 mm thickness, prioritizing structural rigidity over delicate aesthetics to ensure it withstands daily use.

📦 Compact & Discreet At only 90 mm wide, it easily fits under almost any standard base cabinet or drawer without becoming a tripping hazard.

🧵 Material Recommendations

⭐ PLA — Great (Bright Orange Recommended)

PLA is excellent for this model due to its high rigidity, which prevents the pull from flexing when opening heavy drawers. Bright colors like orange ensure high visibility under shadowy cabinet overhangs.

⭐ PETG — Excellent Alternative

PETG provides a useful combination of:

• 🛡 Impact resistance (great if it occasionally gets kicked)

• 🔗 Superior layer adhesion

• 🧰 Long-term durability

🔥 ABS / ASA

Can also be used for demanding environments, though generally overkill for standard indoor kitchen use.

📦 What's Included

The package contains:

• 🧰 Pack Under Cabinet Foot Pull

• 🖨 Ready-to-slice 3D model

• 🚫 Support-free geometry (when oriented correctly)

🔩 Assembly & Installation

Installation Steps

1. 🖨 Print the pull laying on its side profile using heavy wall settings.

2. 📍 Position the 10 mm high mounting plate flush against the bottom edge of your drawer face or behind the toe-kick.

3. ✏ Mark the three screw-hole positions.

4. 🕳 Drill small pilot holes into your cabinet to prevent the wood from splitting.

5. 🔩 Secure the pull using suitable flat-head or countersunk wood screws. Do not overtighten and crush the plastic.

6. 👀 Check that the pull is seated firmly and does not flex excessively when tugged.

7. 👟 Test opening the drawer gently with your foot.

8. 🗑 Gradually apply more force to ensure the screws and print hold up to a full trash bin.

🧱 Cabinet Type Matters

The appropriate screws depend on your cabinet material.

• 🪵 Solid Wood / Plywood: Standard wood screws are perfect.

• 🗜 Particle Board / MDF: Use coarse-thread cabinet screws and ensure you pre-drill to avoid blowouts.

💪 Strength & Load Considerations

This is a 3D-printed plastic component subjected to repeated tension.

The actual load capacity can vary significantly depending on:

• 🖨 Print orientation (Side printing is mandatory)

• 🧱 Wall-loop count

• 🔳 Infill percentage

• 🔗 Layer adhesion

• 🔩 Screw type and bite depth

• 🪵 Cabinet material weight (a heavy wood drawer full of pots vs. a light trash bin)

For Higher Loads

Consider using:

• 🧱 5+ wall loops

• 🔳 50%+ infill

• 🧵 PETG or Tough PLA

⚠ Important Notes

This model is intended as a DIY 3D-printable hardware upgrade and is provided for personal use at your own discretion. Ensure your cabinet slides operate smoothly; a foot pull cannot overcome jammed or completely rusted drawer slides without breaking.

🧪 Load Testing

Before relying on this pull to rip open a sticky drawer, test the installation.

Check for:

• ❌ Cracks around the screw holes

• ❌ Layer separation along the 20 mm angled bend

• ❌ Excessive flexing of the 5 mm thick body

• ❌ Screws pulling out of the cabinet wood

If you notice excessive flex, you may need to reprint with higher wall counts or a more rigid filament.

🏠 Possible Uses

This model can be useful for:

• 🗑 Kitchen trash and recycling pull-outs

• 🧰 Workshop base tool drawers

• 🧼 Utility room / laundry base cabinets

• 🏥 Environments requiring sanitary, touchless access

• 🛠 DIY home improvement upgrades