GC Robotics S30 vs PA-AMR Extra High Capacity Model
GC Robotics vs Rapyuta Robotics — specs, price, and data-backed comparison.
GC Robotics S30
GC Robotics
Not announced
PA-AMR Extra High Capacity Model
Rapyuta Robotics
Not announced
QUICK TAKE
- GC Robotics S30 offers the higher payload (70 kg vs 39.2 kg).
- PA-AMR Extra High Capacity Model offers the faster top speed (4.32 km/h vs 3.6 km/h).
- GC Robotics S30 offers the longer runtime (600 min vs 480 min).
- GC Robotics S30 offers the lighter build (41 kg vs 63 kg).
SPECIFICATIONS COMPARED
| GC Robotics S30 | PA-AMR Extra High Capacity Model | |
|---|---|---|
| Company | GC Robotics | Rapyuta Robotics |
| Category | Mobile-Robots | Mobile-Robots |
| Price: | Not announced | Not announced |
| Weight | 41 kg | 63 kg |
| Payload | 70 kg | 39.2 kg |
| Speed | 3.6 km/h | 4.32 km/h |
| Battery Life | 600 min | 480 min |
| Connectivity | — | rapyuta.io cloud fleet management |
| Software / AI | GC Robotics software platform providing map building, autonomous navigation, task scheduling, system configuration, remote monitoring and OTA firmware updates, with ROS support, open APIs, SDKs and a web-based management platform | — |
Buying guides and prices
FREQUENTLY ASKED QUESTIONS
What is the difference between the GC Robotics S30 and the PA-AMR Extra High Capacity Model?
GC Robotics S30 is made by GC Robotics, while PA-AMR Extra High Capacity Model is made by Rapyuta Robotics. Both are mobile-robotss, so the differences come down to price and specifications.
Which has the higher payload, the GC Robotics S30 or the PA-AMR Extra High Capacity Model?
The GC Robotics S30 has the higher payload at 70 kg, compared to 39.2 kg for the PA-AMR Extra High Capacity Model.
Which is faster, the GC Robotics S30 or the PA-AMR Extra High Capacity Model?
The PA-AMR Extra High Capacity Model has the higher top speed at 4.32 km/h, compared to 3.6 km/h for the GC Robotics S30.
Which has the longer battery life, the GC Robotics S30 or the PA-AMR Extra High Capacity Model?
The GC Robotics S30 has the higher runtime at about 600 minutes, compared to about 480 minutes for the PA-AMR Extra High Capacity Model.