SERVING THE WORLD WITH OUR VERTICALLY INTEGRATED ROBOTICS PLATFORM
Our systems are built on a fully integrated stack, from motion hardware to perception AI, giving us complete control over every layer of performance. Each Kinisi platform is designed, assembled, and tuned in-house, ensuring mechanical precision, seamless software alignment, and unmatched reliability in the field.
At the core of every Kinisi robot is real-time intelligence. Our edge-deployed AI models process sensory data at millisecond speeds, mapping environments, predicting motion, and adapting instantly to change. This tight feedback loop between sensing, reasoning, and actuation enables balanced, fluid movement across any task or terrain.
BUILT FOR REAL WORK
Designed to take on the world’s toughest logistics and manufacturing tasks — safely, autonomously, and with precision.
Every movement, every action, powered by real-time AI.
- Precision Handling
- Autonomous Navigation
- Dynamic Balance
- Connected Intelligence
Top Speed: 2.4 m/s (adaptive speed control for confined spaces)
Payload Capacity: 25 kg dynamic / 40 kg static load
- Suspension: Active damping for terrain variation and load shifting
- Arm Actuation: Compact wave gear modules with integrated encoders
- Gripper System: Modular quick-swap interface. Supports vacuum end-effectors
Turning Radius: Zero-turn omnidirectional base
Primary Vision: Stereo depth cameras
Spatial Awareness: 180° LiDAR array with SLAM integration
Depth Accuracy: ±2 mm at 2 m rang
Main Processor: NVIDIA Jetson
Model Integration: Real-time transformer inference for navigation and manipulation
Battery System: Hot swappable 48 V Li-ion (20 Ah modular pack)
Runtime: 6 to 8 hours under typical industrial duty cycles
Charging: Rapid charge to 80% in 90 minutes using CC/CV smart charger
Power Management: Integrated BMS with thermal and current protection
Remote Link: Encrypted cloud telemetry via Kinisi Mission Control
Edge Sync: Real-time task updates and over-the-air firmware
Control Modes: Autonomous, semi-autonomous, and tele-operated (Shadow Play mode)
System Redundancy: Dual safety controllers and watchdogs
Emergency Stop: Hardware and software-linked with multiple access points
Health Monitoring: Continuous thermal and current diagnostics
Fail-Safe Behaviors: Automatic deceleration and posture lock on critical alerts
- Featured
