Question 1

What industries can Hacky be used in?

Accepted Answer

Hacky is ideal for a range of fields, including AI research, robotics development, STEM education, and automation prototyping. It’s frequently used in universities, R&D labs, and maker spaces as an accessible and powerful robotics development platform.

Question 2

How easy is Hacky to set up?

Accepted Answer

Hacky arrives fully assembled and pre-configured with ROS 2 and Ubuntu 22.04. The setup process is straightforward thanks to the included documentation, demo code, and Gazebo simulation support — making it an ideal educational robot even for first-time users.

Question 3

Can I customize Hacky for specific applications?

Accepted Answer

Absolutely. Hacky is built for flexibility. With USB ports, mounting plates, power breakouts, and support for micro-ROS, you can add external sensors, microcontrollers, payloads, or compute modules. It's a true robot development kit that grows with your projects.

Question 4

Is Hacky suitable for beginners?

Accepted Answer

Yes. While Hacky supports advanced robotics development, it’s also approachable for students and hobbyists. The pre-installed software stack and open-source documentation make it easy to learn ROS 2 and start programming immediately.

Question 5

What makes Hacky different from other programmable robots?

Accepted Answer

Hacky blends powerful sensors, an open-source architecture, and a rugged mobile base into one cohesive unit. Unlike toy-grade kits, it offers real Lidar mapping, stereo vision, and wheel encoders — giving you a professional-grade foundation to build on.

Question 6

Does Hacky support sensor data through ROS 2?

Accepted Answer

Yes. Every sensor on Hacky — from the 2D Lidar and stereo camera to bump sensors and IMU — is fully accessible through ROS 2. That means you can use real-time data for SLAM, navigation, AI training, and more.

Question 7

What’s the difference between Hacky and a typical educational robot kit?

Accepted Answer

Most educational kits offer limited functionality or closed software. Hacky, on the other hand, is a full-featured, open source robot with real sensors, a powerful onboard computer, and software support that mirrors industry-standard systems.

Question 8

How is Hacky powered and charged?

Accepted Answer

Hacky runs on an integrated 5000mAh battery and supports docked charging through its included base station. It charges via 19V DC input and is designed for continuous development without manual recharging interruptions.