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TurtleBot4 Standard
ROBOTIS
Not yet assessed
- Height
- —
- Payload
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- Verified autonomy
- not assessed
- Real deployment
- not assessed
- Status
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- Price
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TurtleBot4 Standard
ROBOTISThe TurtleBot 4 Standard is a ROS 2-based open-source mobile robot platform developed through a partnership between Clearpath Robotics and Open Robotics, built on the iRobot Create 3 base. It is designed primarily as a research and education platform, priced at approximately $1,850 USD, and features a Raspberry Pi 4B, RPLIDAR-A1, OAK-D-PRO camera, and autonomous docking capability. The extracted facts contain significant contamination from unrelated systems (ROBOTIS GAEMI delivery robot, Standard Bots funding) that do not pertain to the TurtleBot 4 Standard. As a research/development tool, the TurtleBot 4 Standard provides autonomous navigation capabilities (SLAM, auto-docking) but is fundamentally a platform for humans to program and direct tasks, not an autonomous task-performing product in the commercial sense.
Availability
Specification
- dimensions and weight (Standard)
- 342 × 339 × 351 mm (L×W×H); ~3.9–3.945 kg
- maximum speed
- 0.31 m/s (safe mode); 0.46 m/s (without safe mode)
- maximum payload
- 9 kg (default); 15 kg (custom configuration)
- battery / operating time
- 2.5–4.0 hours (load dependent)
Price
No public price — contact the supplier for a quote.
Good · Bad · Ugly
Evidence-graded claims from the ROBOTIS deep report
Real-world industrial deployment of robots like GAEMI requires years of autonomous reliability validation; research demos that work for minutes/hours do not translate directly to production-grade performance.
Independent robotics practitioners on Reddit forums [16][18] explicitly state that industrial deployment demands years of reliability, that failures require costly on-site engineer visits, and that backwards compatibility and remote hardware issue resolution are major post-deployment challenges — directly contextualising ROBOTIS's unverified autonomy claims.
from ROBOTIS deep report →
GAEMI indoor robot achieves up to 24 hours of continuous operation on a single charge.
The 24-hour figure appears on ROBOTIS's official spec sheet [2] only; no independent endurance tests or customer-reported runtime data are present in the dossier to corroborate this figure under real-world load conditions.
from ROBOTIS deep report →GAEMI indoor robot supports deployment in hotels, hospitals, and high-rise buildings as a commercially available product.
ROBOTIS lists the GAEMI indoor robot with firm pricing (~$43,000 purchase or ~$1,200/month RaaS) on its US storefront [1][5], confirming commercial availability, but no independent customer deployments, case studies, or named facilities are cited in the dossier to confirm actual at-scale deployment in these target verticals.
from ROBOTIS deep report →DYNAMIXEL actuators are production-grade, commercially available components spanning a wide price range (entry models from ~$25 to premium industrial units), with the DYNAMIXEL-P series offering up to 1,000,000 pulses/rev encoder resolution.
Pricing and specifications are confirmed by ROBOTIS's own US storefront [1][6], but no independent benchmarks, third-party performance tests, or customer reliability reports are present in the dossier to validate the claimed encoder resolution or production-grade reliability in deployed systems.
from ROBOTIS deep report →
GAEMI indoor robot autonomously interacts with existing human-centric infrastructure (elevators, doors) via an integrated manipulator arm — without requiring facility redesign.
The claim originates solely from ROBOTIS's official product page [2]; no independent teardowns, customer reports, or third-party tests in the dossier confirm reliable real-world arm operation across diverse infrastructure, and community practitioners explicitly warn that real-world robotic reliability is extremely difficult to achieve [16][18].
from ROBOTIS deep report →GAEMI outdoor robot supports multiple use cases beyond delivery: autonomous security patrol and garbage collection in cooperation with sanitation workers.
These use cases are stated only on ROBOTIS's official product page [3] with lower internal confidence (0.85); no independent pilots, customer testimonials, or third-party reports confirm the robot has been deployed or validated for security patrol or sanitation tasks in any real-world setting.
from ROBOTIS deep report →
About the company
Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.
