• Cyberstars Cyber1 Dev Robotic Dog (Tech Gray)
• Developer-focused quadruped robot with full SDK access and second-generation development support
• 12 DoF with peak joint torque of 45 N.m for agile, dynamic movement
• 8-core ARM CPU with 6 TOPS computing power for real-time motion control and perception
• 1920×1080 ultra-wide-angle front camera paired with front and rear ultrasonic radar
• 9600 mAh smart battery with automotive-grade BMS for extended operational runtime
• Connectivity via 4G, WiFi 2.4G, and Bluetooth with OTA update support

Cyberstars Cyber1 Dev Robotic Dog (Tech Gray) is a quadruped robot platform developed by Hangzhou Cyberstars Intelligent Technology Co., Ltd., designed specifically for robotics developers and technical researchers seeking hands-on access to motion control and embedded systems. Built on a self-developed hardware architecture, the Cyber1 Dev features twelve degrees of freedom across its four limbs, enabling a wide range of dynamic behaviors including jumping, handstands, and multi-directional locomotion. Its high-torque joint motors deliver the mechanical performance required for real-world deployment across uneven terrain, steps, and inclines. The platform is purpose-built for those who need direct access to the robot’s control layer rather than a consumer-ready experience.

The Cyber1 Dev unlocks full SDK access and second-generation development capabilities, giving developers the tools to build, test, and iterate custom motion algorithms and behavioral programs directly on the hardware. Its onboard perception system combines a high-resolution wide-angle camera with dual ultrasonic radar sensors for reliable environmental awareness, supporting autonomous obstacle avoidance and visual feedback pipelines. Connectivity options including 4G, WiFi, and Bluetooth enable flexible integration into research networks and remote monitoring workflows. With OTA update support and an open development framework, the Cyber1 Dev is positioned as a capable entry point for robotics professionals, academic labs, and technical teams building on a commercial-grade quadruped platform.

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Why Buy From Robqo

Official Authorized Distributor

Genuine products with manufacturer-approved warranty coverage.

Locally Managed Logistics

Customs, inspection, and prep handled locally before shipment.

Single Point of Contact

Sales, support, and returns managed by one team.

FAQ & Knowledge Base

Docs, tutorials, and community answers to move faster.

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Model Features

Discover the hardware technologies that define the Cyber1 Pro’s performance, perception, and power delivery.

Dual
Perception →

Dual
Perception

Sensing System

Front Camera: 1920×1080, 120° ultra-wide-angle

Radar Coverage: Front and rear ultrasonic

Effective Range: Up to 4.5 meters

Function: Autonomous obstacle avoidance

LED Strip: Dynamic state display

High-Torque
Joints →

High-Torque
Joints

Peak Torque: ~45 N.m

Degrees of Freedom: 12 total

Hip Range: -30° to 30°

Thigh Range: -25° to 204°

Lower Leg Range: -114° to 17°

Power
System →

Power
System

Battery: 9600mAh (28.8V / 276.48Wh)

BMS: Automotive-grade power management

Max Working Power: 3000W

Supply Voltage: 28V to 33.6V

Runtime approx. 2 to 4 hours depending on activity.

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Capabilities

The Cyber1 Dev combines open development access with robust onboard intelligence, giving technical users a platform that is ready for custom algorithm development, real-world perception tasks, and connected deployment scenarios.

Dual Perception System

A 1920×1080 ultra-wide-angle front camera paired with front and rear ultrasonic radar provides comprehensive environmental awareness. The combined sensing pipeline enables autonomous obstacle detection and avoidance across dynamic environments.

Full SDK and Development Access

The Cyber1 Dev includes complete SDK support and second-generation development functionality, allowing developers to write, test, and deploy custom motion programs directly on the hardware. OTA updates continuously expand the platform’s capabilities without hardware changes.

Multi-Protocol Connectivity

Integrated 4G, WiFi 2.4G, and Bluetooth modules enable seamless communication across a range of network configurations. This connectivity stack supports remote monitoring, live video streaming, and integration into research or deployment infrastructures.

High-Performance Compute

An 8-core ARM processor delivering 6 TOPS of computing performance powers real-time motion control and perception processing onboard. Combined with an automotive-grade BMS and a 9600 mAh smart battery, the platform sustains operational sessions of two to four hours.

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Use Cases & Application Scenarios

The Cyber1 Dev is built for teams and individuals who need a programmable quadruped platform, from custom algorithm prototyping to interactive field demonstrations and connected deployment scenarios.

Custom Motion Development

Developers can leverage the Cyber1 Dev’s full SDK to build and test proprietary motion sequences, gait algorithms, and behavioral programs directly on the robot hardware. The open platform eliminates the gap between simulation and real-world execution, accelerating the iteration cycle for motion research projects.

Interactive Demonstrations

The Cyber1 Dev’s expressive action library, including jumps, handstands, and gesture-based interactions, makes it well-suited for live demonstrations at exhibitions, tech events, and science outreach programs. The robot’s fluid movement and voice interaction capabilities engage audiences effectively in public-facing settings.

Connected Field Deployment

With 4G, WiFi, and Bluetooth connectivity, the Cyber1 Dev can be remotely operated and monitored across a variety of field environments. Its dual-perception system supports autonomous navigation tasks, making it applicable to lightweight inspection, patrol, or environmental sensing workflows.

Development & Experimentation

Academic labs and independent researchers can use the Cyber1 Dev as a hardware-in-the-loop platform for testing perception algorithms, locomotion strategies, and human-robot interaction prototypes. The combination of onboard compute, open SDK, and OTA update support provides a stable and evolving foundation for ongoing research programs.