Medical Mobility & Hospital Logistics
Autonomous transport, hospital logistics, and patient-support mobility modules.
One platform. Multiple mission packages.
XTY3 is approaching robotic mobility as a platform problem: suspension, payload, autonomy, terrain response, and mission adaptation are integrated into one architecture.
Common Platform Architecture
XTY3 is developing a shared autonomous robotic mobility base that can be adapted through mission-specific payloads, bodies, software configurations, and application modules.
This keeps the core engineering reusable while allowing each deployment market to receive a specialized configuration.
Explore the platform →Adaptive suspensionFour independently controlled air-ride suspension corners with closed-loop stabilization and ride-height control.
Onboard pneumaticsIntegrated compressor architecture supporting regulated pneumatic suspension and auxiliary air-driven functions.
High-payload chassisModular electric platform designed around rugged payload movement, mission equipment, and application-specific bodies.
Autonomy-ready controlsRobotic control architecture designed for sensor fusion, navigation, supervision, and mission-specific software layers.
Platform Applications
The same core mobility, suspension, autonomy, and payload architecture can be adapted across high-value markets through mission-specific packages.
Industrial Automation & Material Handling
Warehouse automation, material handling, facility support, and robotic payload movement.
Defence / UGV Mobility
Unmanned ground vehicle mobility for reconnaissance, logistics, and rugged autonomy.
Disaster Response & Rescue
Search, rescue, relief operations, and all-terrain deployment in challenging environments.
Smart City & Last-Mile Delivery
Urban delivery, infrastructure support, and smart-city autonomous logistics.
Space & Extreme-Terrain Robotics
Rugged robotic mobility concepts for extreme-terrain and off-world surface logistics.
Technical Direction
Public-facing specifications are intentionally high level. Detailed engineering, drawings, and financial materials are available only under appropriate confidentiality arrangements.
4-cornerindependently controlled air-ride suspension with closed-loop feedback
130 PSIonboard compressor system with regulated pneumatic circuits
21700lithium-ion cell architecture with integrated battery management
ROS 2robotics software direction for autonomy and sensor integration
Development Status
XTY3 is in active prototype completion, validation planning, and strategic-partner development.
Build
Prototype completion phase underway.
Validate
Controls, suspension, payload, and operational validation planning.
Demonstrate
Field demonstration and application-specific proof-point development.
Convert
Strategic partner, lender, and investor conversion work.
Engineering
A multidisciplinary robotics development effort supported by mechanical, electrical, software, manufacturing, finance, and production-management experience.
Engineering team: approximately 13 full-time, part-time, and contract engineers supporting design, controls, mechanical systems, electrical systems, software, manufacturing planning, and prototype completion.
About XTY3 Robotics →Investor & Strategic Partner Inquiries
Materials available by request.
For qualified investors, lenders, strategic partners, and institutional groups, XTY3 Robotics can provide additional technical and commercial materials under appropriate confidentiality arrangements.