Charging your AirPods Max has never been easier or more secure.

This stand is designed to make charging simple, reliable, and clean. Just set your AirPods Max into the cradle, and the magnetic charging cable will automatically align and begin charging.

Thanks to the weighted base, there’s no need to hold the stand down like with most others on the market.

NOTE: If you notice the Airpods are not charging, remove the charging adapter and rotate it 180 degrees.

Please message us for any questions.

Thank you,
3Pitbull Studio

KEY FEATURES:

• Weighted for Stability

  Embedded internal weights totaling 13 ounces, this stand stays firmly in place. You can dock or remove your AirPods Max with one hand, without sliding or tipping.

• Integrated Magnetic Cable

  Comes pre-installed with a 3-foot magnetic Lightning charging cable. Both Lightning and USB-C magnetic tips are included, so you’re covered no matter which version of AirPods Max you have.

• Two Resting Modes

  Use the stand in charging mode by lining up the magnetic tip with your AirPods Max port. Or, flip your headphones around to use it as a sleep stand when you don’t want to charge.

• Replaceable Cable Design

  The magnetic cable is fully replaceable, so if it wears out or you prefer to swap it, you can do so easily—no tools required.

• Rubber Feet on the Bottom

  Built-in rubber pads help keep the stand steady and protect your surface.

• Available in Multiple Colors

  Printed in a variety of finishes to match your workspace or headphone color.

• 3D Printed in the USA

  Designed and manufactured in-house using high-quality materials.

WHAT’S INCLUDED:

• One weighted AirPods Max charging stand

• One 3-foot magnetic charging cable (pre-installed)

• One Lightning magnetic tip

• One USB-C magnetic tip

PLEASE NOTE:

• This stand is not compatible with covers or cases that block the AirPods Max charging port.

• A USB Type-A power source (wall brick, computer, etc.) is required and not included.

• AirPods Max are not included.

• Due to the nature of 3D printing, minor surface variations may be present.