Discover source-linked robot profiles, compare published specifications, see how robots are used, and learn engineering concepts with interactive tools.
Move from a robot or application you’re curious about to specifications, context, and hands-on engineering concepts.
Browse documented systems by architecture, manufacturer, or application.
Open the robot directory 02 / COMPAREReview published capabilities side by side, with configuration and source notes.
Compare robot specifications 03 / APPLYExplore industrial, logistics, inspection, agriculture, and clinical use cases.
Browse applications 04 / EXPERIMENTAdjust a two-link arm and inspect its forward-kinematics coordinates and workspace.
Enter the Robotics LabStart with four well-represented architectures, then browse the full category index. Profile counts reflect what is currently documented—not the size of the robotics field.
Bipedal robotic platforms engineered to operate in human-structured environments, climb stairs, and manipulate industrial totes or tools.
2 documented robot profilesFour-legged dynamic locomotion platforms capable of traversing stairs, grated catwalks, gravel, and unstructured industrial terrain.
2 documented robot profilesFixed and mobile-mounted articulated manipulators (4-DOF to 7-DOF) built for high-repeatability machine tending, palletizing, welding, and assembly.
1 documented robot profileWheeled Autonomous Mobile Robots (AMRs), goods-to-person shuttles, and automated tote handlers designed for high-throughput intralogistics.
1 documented robot profileEach link opens its category overview. Where a profile count is zero, the page explains the current coverage gap.
These examples come from the existing directory. Specifications are labeled by source status and can vary by model, configuration, or operating conditions.
Boston Dynamics · United States
Documented use: Industrial Inspection
Unitree Robotics · China
Documented use: Embodied AI Research
Universal Robots · Denmark
Documented use: Machine Tending
Choose two or three robots and review published payload, movement, runtime, dimensions, software access, applications, and limitations. The comparator links back to robot profiles and flags when architectures or figures are not directly equivalent.
Compare Spot and Unitree Go2Variant, mission load, and test conditions matter. Read each specification beside its source and context.
See how articulated arms are used for machine tending, palletizing, and packaging—and why workcell safety assessment matters.
Read the overview 02 / LOGISTICSExplore wheeled mobile robots and bipedal systems designed for different stages of fulfillment operations.
Read the overview 03 / INSPECTIONLearn how mobile platforms can carry sensors through facilities, and what environment and safety limits to check.
Read the overview 04 / AGRICULTUREReview agricultural aerial robotics, payload considerations, and the operating rules that vary by region.
Read the overview 05 / HEALTHCAREUnderstand the role of surgeon-controlled systems and the distinction between teleoperation and autonomy.
Read the overviewChange joint angles and link lengths in the browser-based planar simulator. Watch the arm move, inspect end-effector coordinates, and explore the reachable workspace. It demonstrates idealized geometric forward kinematics—not dynamics, collision safety, or a physical robot’s performance.
A practical explanation of why a robot arm's payload rating depends on the gripper, workpiece, centre of gravity and the manufacturer's load limits.
How to interpret published battery-runtime figures for quadruped robots and what to measure before planning an inspection or research mission.
Profiles identify whether a figure is manufacturer-published, independently documented, context-dependent, or not disclosed. Model variants and operating conditions can change what a number means; a missing value is not estimated to fill a gap.
Skyrocket Robotics is an independent information resource, not a robot manufacturer or physical test lab. Report a correction or review how sources and claims are handled.