3D printing for Databot banner with a 3D printed robot Databot holder.

Makers Rejoice!

Welcome makers, designers, and 3D printing enthusiasts to the wild world of Databot integration! Databot’s compact size and portable sensor platform make it perfect for creating custom mounts, adapters, experiment rigs, wearables, and just about anything else you can imagine.

This page brings everything you need to start designing in one place. You’ll find Databot dimensions, design tips, a full-size printable model for testing fit and clearances, and a growing gallery of ready-to-print designs and downloadable 3D files. Existing creations range from LEGO and Sphero integrations to wall and monitor mounts, drone attachments, science experiment fixtures, wrist-worn holders—and even Databot earrings.

Many of these designs have been created and shared by members of the Databot community. If you’ve built something useful, clever, or completely unexpected, we’d love to see it and add it to the collection.

Databot Specifications and Helpful Hints

Ready to design your own Databot creation? Whether you’re making a simple holder, a LEGO adapter, a wearable, or a completely new experiment rig, these basic specifications will help you get started.

Databot Specifications
  • Length: 42.5 mm (1.67″)
  • Width: 42.5 mm (1.67″)
  • Height: 20 mm (0.78″)
  • Weight: 34 g
Helpful Design Hints
  • Leave a little clearance so Databot can be easily inserted and removed from holders and enclosures.
  • Keep the sensors accessible — avoid covering sensor openings, buttons, indicators, or the USB port.
  • Think about stability when designing mounts for robots, vehicles, or moving projects.
  • Keep it lightweight for accessories that will be mounted on moving platforms.
  • Design for 3D printing by avoiding unnecessary overhangs and using appropriate wall thicknesses.
  • Test your design with the Databot 3D model before printing the final version.

Mount for Tello EDU

Designed by: Databot
Year: 2026
About: A lightweight 3D-printed mount designed to securely attach a Databot to a quadcopter for aerial experiments and data collection. Its compact design keeps the sensor stable during flight.

Lego Holder

Designed by: Arseniuk Igor
Year: 2026
About: A 3D-printed adapter that lets you securely attach your Databot to LEGO and other compatible construction systems. Perfect for building custom models, robots, and STEM projects with Databot.

Screen Holder

Designed by: Arseniuk Igor
Year: 2026
About: A 3D-printed holder designed to securely attach Databot to a computer monitor. It keeps Databot easily accessible for experiments, measurements, and STEM projects while working at your desk.

Robot Holder

Designed by: Arseniuk Igor
Year: 2026
About:A fun 3D-printed desktop stand designed to hold Databot in the shape of a friendly robot. Perfect for displaying Databot on your desk and keeping it ready for experiments, projects, and everyday use.

Wrist Mount

Designed by: Arseniuk Igor
Year: 2026
About:A 3D-printed wrist mount designed to wear Databot like a watch. It keeps Databot securely on your wrist, making it easy to carry, monitor, and use during experiments and hands-on STEM activities.

Goes Fashion

Designed by: Arseniuk Igor
Year: 2026
About:A creative 3D-printed holder designed to wear Databot like an earring. A fun and unique way to carry Databot while exploring, experimenting, or adding a playful touch to STEM activities.

Mount for Dash and Dot

Designed by: Arseniuk Igor
Year: 2026
About: A 3D-printed adapter designed to securely attach Databot to Dash and Dot robots. It makes it easy to combine Databot’s sensors with Dash and Dot for creative experiments, and STEM projects.

Wall Mount-Case

Designed by: Databot
Year: 2026
About: A 3D-printed outdoor mount designed to securely attach Databot outside a window. It keeps the sensor stable and protected while allowing you to collect real-world environmental data such as temperature.

Pi-top Mounting

Designed by: Arseniuk Igor
Year: 2026
About: A 3D-printed adapter designed to securely attach Databot to the pi-top construction system. It makes it easy to combine Databot’s sensors with pi-top projects, robots, and experiments.

Rotational Platform

Designed by: Arseniuk Igor
Year: 2026
About:A fun 3D-printed ball-shaped enclosure designed to hold Databot securely inside. Perfect for creative experiments, interactive STEM projects, and exploring motion, acceleration, and other sensor data.

Databot Sphero

Designed by: Arseniuk Igor
Year: 2026
About: A 3D-printed adapter designed to securely attach Databot to a Sphero robot. It allows you to combine Databot’s sensors with Sphero for experiments, robotics projects, and real-world data collection.

Stand For HP Monitors

Designed by: Databot
Year: 2026
About: A 3D-printed stand designed to securely attach Databot to HP monitors. It keeps Databot easily accessible and ready for experiments, measurements, and STEM projects while working at your desk.

Databot Stand

Designed by: Databot
Year: 2026
About: A 3D-printed stand designed to securely hold Databot on a laptop display. It keeps Databot easily accessible for experiments, measurements, and STEM projects while working or learning at your computer.

Dji Mini Mount

Designed by: Arseniuk Igor
Year: 2026
About: A lightweight 3D-printed mount designed to securely attach Databot to a DJI Mini drone. Its compact design keeps the sensor stable during flight, making it ideal for aerial experiments.

Mount For The Rocket

Designed by: Databot
Year: 2026
About: A lightweight 3D-printed mount designed to securely attach Databot to a homemade rocket. It keeps the sensor firmly in place during launch, making it ideal for STEM experiments involving acceleration.