Industrial Applications
Industrial/logistics focus, large load and long endurance are application-series claims. The brochure names this line but does not map it to Basic, biped developer or wheeled configurations.
This editorial assessment concerns industrial buyer readiness. It is not an independent performance test.
| EU regulatory fit | Unknown |
|---|---|
| Cybersecurity fit | Unknown |
| Serviceability fit | Unknown |
| Supply chain fit | Unknown |
Manipulation and Perception
Confirm arm rating, extension curve, end-effector and total-versus-active joint definition for the exact delivered revision.
Manufacturer family perception/autonomy claims do not establish exact delivered sensors or offline capability.
SDK and Integration
Application-line brochure is not a hardware/software BOM. Industrial/logistics focus, large load and long endurance are application-series claims.
| API type | K2 MotorApi plus ROS2 perception, planning and application examples |
|---|---|
| Languages | Needs verification |
| ROS support | K2 public ROS2 documentation exists; this series entitlement not verified. |
| Simulation | Manufacturer demonstrated Isaac Gym and MuJoCo at IROS2 025; exact downloadable robot/controller package and licence not established. |
| Offline operation | Local ROS2 and motor execution documented; cloud model/speech dependencies and full offline feature entitlement unverified. |
| Teleoperation | Specification names VR/motion-capture; remote controller optional. Exact delivered hardware requires quotation. |
| Software updates | OTA claimed; exact update signing, approval, rollback and maintained firmware compatibility matrix unverified. |
| Documentation | Open documentation |
| Code examples | Open repository |
| Integration constraints | Application-line brochure is not a hardware/software BOM. Industrial/logistics focus, large load and long endurance are application-series claims. |
Safety Notes
No signed exact-model conformity declaration, independent collaborative envelope or safety-rated interface inspected. Model instructions and cell-level integration must be confirmed.
Commercial Readiness
| Pricing | No current manufacturer exact-configuration export quote verified. |
|---|---|
| Price range | Quote-based or unverified |
| Lead time | Needs verification |
| Availability regions | China by manufacturer inquiry, International configuration/export acceptance must be confirmed |
| Spare parts | No exact parts-stock location, inventory or repair turnaround verified. Public developer Repair Manual section returned no content. |
| Warranty | No distinct IND/SPE/EDU warranty verified; do not transfer Basic/developer table automatically. |
| Configuration and pricing basis | Exact configuration and regional quotation required |
| Distributors and service | RBTX and UK EnduX list K2; no automatic K3 or historical variant supply entitlement. |
Indicative listing and event appearance are not proof of exact stock or contract delivery.
Specifications
| Height | Unknown |
|---|---|
| Weight | Unknown |
| Payload | Unknown |
| Runtime | Unknown |
| Battery and runtime conditions | Exact configuration pack, charger and workload-qualified runtime not established. |
| Degrees of freedom | Unknown |
| Max speed | Unknown |
| Series scope | Industrial/logistics focus, large load and long endurance are application-series claims. Source ↗ |
Sources and Further Reading
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Kepler K2 manufacturer exhibitor brochure ↗
Kepler / World Robot Conference · Accessed Nov 2, 2026
Complete brochure read, including image/table pages: 1750 mm/75 kg/52 DOF/100 TOPS; 25–30 kg combined and 15 kg single-hand; 1 h charge/8 h claim. Names IND, SPE, EDU series with no exact SKU mapping; EDU promises API/Sim2Real. 25 tactile points/finger and 4 force sensors differ from other sources. Component 8000/8200 N and 200/220 Nm are separate ratings, not robot payload.
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K2 motor and force/tactile APIs ↗
Kepler Robotics · Published Apr 13, 2026 · Accessed Nov 2, 2026
Open Interfaces > Motor API updated April 13. C++ MotorApi supports degree/radian commands, position/torque modes, 14 arm joints, 12 finger motors, 2×5×25 tactile samples and 12 wrist force/torque channels. Core interface uses ROS2 JointState and Eigen. Not a safety-rated control interface or proof all passive DOF are independently actuated.
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K2 tabletop grasping development example ↗
Kepler Robotics · Published Mar 30, 2026 · Accessed Nov 2, 2026
Development Cases > Tabletop Grasping updated March 30. Ubuntu 22.04/ROS2 Humble, Python/C++, RGB-D Orbbec Gemini335, hand-eye calibration, TensorRT and LangGraph/ROS2 example. Installation references SSH GitLab repository; anonymous source access and redistribution licence not established. Some embedded figures unavailable outside Feishu.
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K2 debugging and network connection guide ↗
Kepler Robotics · Published Mar 22, 2026 · Accessed Nov 2, 2026
Quick Start > Debugging, updated March 22. Ubuntu PC via rear Ethernet or supplied WiFi; published default WiFi credentials require replacement and network isolation. Credentials not copied into catalog. No signed-update/rollback or robot-wide data residency guarantee established.
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Kepler K2 developer ecosystem at IROS2025 ↗
Kepler / PR Newswire · Published Oct 27, 2025 · Accessed Nov 2, 2026
Manufacturer describes Motor API, vision/navigation/voice modules, Nebula microkernel, Kepler Studio and Isaac Gym/MuJoCo demonstrations. Future skill marketplace is not currently delivered entitlement. Full stack openness is a claim without a public complete source licence inspected.