Products

The classroom classic: a coding robot for primary and secondary students, programmed with Scratch blocks or Python, with sensors for line-following and more.

An FPV drone flown with goggles and motion control — immersive first-person flying with built-in propeller guards.

Under 249 g but with omnidirectional obstacle sensing and a 1/1.3-inch sensor — the most capable drone in the sub-250 g class.

Under 249 g with a 4K camera and three-axis gimbal — the lightweight entry drone for travel and everyday shooting.

The Autel EVO Max 4T is a folding enterprise drone with a four-sensor gimbal — combining a 48 MP wide camera, up to 160× hybrid zoom, 640×512 thermal imaging, and a laser rangefinder — designed for inspection, public safety, and mapping operations where DJI hardware is not an option.

A folding, fully-guarded drone with subject tracking and one-tap shots — designed for creators who want safe, simple flying.

The most affordable way in: an Arduino-based robot car kit you assemble yourself, with line-tracking, obstacle avoidance and app control.

The DJI Mavic 3 Enterprise is a compact, foldable drone built for professional mapping, surveying, and inspection workflows, combining a 20 MP 4/3 wide camera, 56× hybrid zoom, and optional RTK module for centimeter-level positioning accuracy in a sub-kilogram airframe.

The NVIDIA Jetson Orin Nano Super Developer Kit is a compact edge AI platform delivering up to 67 TOPS of compute within a 7–25 W power envelope, designed for developing and running AI workloads — including small language models, vision transformers, and robotics applications — entirely on-device without cloud connectivity.

An educational robot built around real engineering: 46 programmable components, FPV camera, Scratch and Python — learn robotics by driving and coding it.

The easiest way to start flying: palm-sized, takes off from your hand, with full propeller guards — no controller needed for basic shots.

A Raspberry Pi robot kit for makers and students: camera, sensors and Python examples covering vision, tracking and autonomous driving basics.

A palm-sized self-balancing robot dog for desktop learning — Python and Scratch coding, a camera and screen built in.

A Raspberry Pi powered quadruped robot dog built for teaching: open Python SDK, computer vision and gait control, ready for classrooms and clubs.

A small humanoid robot for STEM courses: 16 servos, vision recognition and Python programming, used to teach walking, balance and AI basics.

The Unitree Go2 is a consumer and education-grade quadruped robot featuring 4D LiDAR perception and an open SDK, designed for research, development, robotics education, and light inspection tasks at a significantly lower price point than industrial quadrupeds.

The Pudu BellaBot is a commercially deployed food delivery robot designed for hospitality environments, capable of carrying up to ~40 kg across four trays and navigating autonomously using a dual-SLAM (LiDAR + visual) system.

The Unitree G1 is a 1.32 m, 35 kg bipedal humanoid robot with up to 43 degrees of freedom, designed as an accessible, configurable platform for robotics research, embodied AI development, and motion experimentation.

The Unitree B2 is an industrial-grade quadruped robot designed for demanding field operations, combining a walking payload capacity of over 40 kg, speeds beyond 6 m/s, IP67 all-weather sealing, and a range of up to 30 km for heavy-duty inspection, logistics, and autonomous navigation over rough terrain.

The NVIDIA Jetson AGX Orin 64GB is a high-performance edge AI compute module delivering up to 275 TOPS, designed for autonomous machines, multi-camera perception systems, and industrial robotics that require data-center-class inference directly on the device.

The DJI Agras T50 is a professional agricultural drone designed for autonomous crop spraying and spreading, combining a 40 L tank, dual atomizing sprinklers, and onboard radar-plus-vision sensing to cover up to ~52 acres per hour across varied terrain.