KUKA KR 8 R1620 is a six-axis articulated robot in the KR CYBERTECH nano family. The official English datasheet lists a rated payload of 8 kg, 1620 mm maximum reach, ±0.04 mm pose repeatability (ISO 9283), and IP54 protection.
Standard specifications
| Product model | KR 8 R1620 |
|---|---|
| Robot structure | articulated |
| Number of axes | 6 |
| Rated payload | 8 kg rated payload; rated total load 18 kg including 10 kg rated supplementary load on the arm |
| Maximum reach | 1620 mm |
| Repeatability | ±0.04 mm (ISO 9283) |
| Maximum joint speed | 492 °/s maximum at axis A6 with rated payload |
| Mounting | floor|wall|ceiling|inclined |
| Controller model | KR C4 smallsize-2 or KR C4 compact |
| Ingress protection | IP54 |
Additional manufacturer specifications
| Rated load scope | KUKA lists 8 kg rated payload, 10 kg rated supplementary load on the arm, and 18 kg rated total load. The 18 kg total is not the robot payload rating. |
|---|---|
| Axis motion ranges | A1 ±170°; A2 −185° to +65°; A3 −137° to +163°; A4 ±185°; A5 ±120°; A6 ±350°. |
| Axis speeds | Maximum speeds with rated payload: A1 220°/s; A2 210°/s; A3 270°/s; A4 381°/s; A5 311°/s; A6 492°/s. |
| Footprint and mass | Installation footprint 333.5 × 307 mm; robot mass approximately 165 kg. |
| Environment and wrist protection | Operating ambient temperature 5–45 °C; robot protection rating IP54; in-line wrist protection rating IP54. |
| Image scope | Localized official KUKA KR CYBERTECH family image; illustrative family representative, not an image identified by KUKA as exclusive to the KR 8 R1620 variant. |
| Model source scope | Specifications transcribed from KUKA official English KR 8 R1620 datasheet (document 0000-255-785, V30.1, dated 06 Feb 2021). Confirm configuration and lifecycle with KUKA for procurement. |
Official sources: KUKA KR CYBERTECH English product family page; KR 8 R1620 English datasheet; KR CYBERTECH nano family brochure. The localized image is an official KR CYBERTECH family representative; it is not presented as a model-exclusive render.
