Lightweight, portable body
The 22 kg body is designed to be carried by one person, making it easy to relocate for mobile field applications.
QUADRUPED ROBOTS · GALILEO
GALILEO C1
Compact quadruped platform for narrow-aisle and indoor inspection.
GALILEO C1 is a compact quadruped platform designed for inspection tasks in narrow corridors and indoor facilities. Its lightweight body, IP67 joint protection, and wide operating temperature range enable it to operate in a variety of indoor and limited outdoor conditions.
- Transport
- 12 kg · Continuous payload
- Operating time
- 3-5 hours · Per charge
- Step
- 20 cm and above · Continuous step
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GALILEO C1
what is it evaluated for?
GALILEO C1 is a compact quadruped inspection platform developed for narrow corridors and indoor inspections. Its lightweight body can be carried by one person, and its payload capacity during continuous walking allows it to carry sensors and computing modules. IP67 joint protection and an operating range of -20°C to 55°C make the robot suitable for limited outdoor applications beyond indoor facilities. Autonomous charging support and a low-power standby mode allow it to wait at its station between missions. Its secondary development layer enables the addition of sensor and software components for water management, energy, security, or rail system integrations.
PRODUCT-SPECIFIC
Key features.
Features compiled from source product information; evaluate according to the model and configuration.
Payload capacity during continuous walking
The payload the robot can carry while walking continuously is suitable for carrying sensor masts and small computing modules.
IP67-protected joints
The joints are protected to IP67 standards, providing resistance to dust and water splashes.
Wide operating temperature range
An operating range of -20°C to 55°C enables operation in limited outdoor conditions beyond indoor facilities.
Autonomous charging support
After a mission, the robot can return to its charging station, facilitating uninterrupted inspection cycles.
Low-power standby mode
Standby for more than 365 days reduces energy consumption between missions and ensures long-term readiness.
Expandable architecture
The secondary development layer enables custom sensor and software integrations for water management, energy, security, and rail systems.
SOURCED PRODUCT DATA
Technical features.
Values are taken from the source product page. Confirm the package, software, and accessory contents against the manufacturer's current documentation before ordering.
| Feature | Value |
|---|---|
| Dimensions (standing) | 765 x 410 x 475 mm (length x width x height) |
| Weight | 22 kg |
| Payload while walking | 12 (during continuous walking) |
| Maximum speed | 0-3 m/s (adjustable) |
| Climbing angle | ≥30° |
| Obstacle and step | ≥20 cm continuous step |
| Battery capacity | 960 Wh |
| Battery | 48 V 20 Ah (960 Wh); supports autonomous charging |
| Battery voltage | 48 V |
| Operating time | 3-5 hours |
| Processor | ARM-based low-power processor (8 cores 8 threads, 8 GB RAM, 64 GB SSD) |
| Software features | Supports secondary development; dual-band Wi-Fi 6; low-power mode with remote wake-up (≥365 days) |
| Protection rating | IP67 (joint) |
| Operating temperature | -20°C to 55°C |
SEE THE PRODUCT IN ACTION
GALILEO C1 introduction.
The introduction video linked from the source product page opens when you press the play button.
PRODUCT INFORMATION SOURCES
Sources and documentation.
This catalog is intended to help explore product information. No commitments are made on behalf of Robotik Çözümler regarding stock, authorized dealers, pricing, warranty, or after-sales service terms.
FREQUENTLY ASKED QUESTIONS
Frequently asked questions.
How much payload can C1 carry?
It can carry 12 kg during continuous walking; this capacity is suitable for carrying a sensor mast and small computing modules at the same time.
Can it operate outdoors?
The joints are IP67-protected, and the operating range is -20°C to 55°C; it is suitable for limited outdoor inspection in rain and dust.
Can I run my own software?
Secondary development is supported, and additional sensor and software layers can be integrated into the body; integration is possible through external interfaces.
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