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Mobility inside facilities requires safety, precision, and consistency. HelloMobility delivers reliable movement through autonomous navigation and real-time system control.
Up to 10 hours continuous operation
Safe navigation at speeds up to 1.8 m/s
Supports users up to 120 kg (265 lbs)
Autonomous recharge and continuous operation
Make Mobility Predictable and Scalable
Manual transport in facilities depends on staff availability and coordination, often leading to delays and inconsistent service.
A system-led approach replaces manual effort with autonomous wheelchairs that navigate environments, transport users safely, and operate within a coordinated system.
The result is more reliable movement, reduced wait times, and consistent service across facilities.
How HelloMobility Works
HelloMobility combines navigation, sensing, and system coordination into a unified mobility solution. Autonomous wheelchairs navigate to destinations, avoid obstacles, and adjust in real time, ensuring safe and efficient transport. The system supports continuous operation with up to 10 hours of runtime, controlled movement speeds, and stable weight handling for real-world usage. Using cameras and LiDAR, the system maps environments and plans routes without collisions.
Autonomous Navigation
Moves users across predefined and dynamic routes within facilities
Obstacle Detection and Avoidance
Uses sensors to detect people, objects, and changes in the environment
Point-to-Point Transport
Allows users to select destinations and travel without manual control
Built for Safe and Reliable Movement
HelloMobility combines autonomous wheelchair hardware with centralized system control to ensure consistent operation across real environments.
Turn Movement into a Managed Service
Connect all wheelchair activity into a single system where teams can monitor usage, track movement, and manage operations across locations.
This allows mobility to be treated as a coordinated service instead of a manual task. Teams gain visibility into demand, optimize usage, and maintain consistent service levels.
From Setup to Continuous Operation
HelloGard supports deployment and ongoing operation to ensure systems are configured correctly and perform reliably over time.
Facility assessment and planning
Environment mapping and configuration aligned with real workflows.
System configuration and setup
Training for operational coordination
and system supervision.
Deployment and onboarding
Continuous evaluation of utilization and system contribution.
Staff training and support
Diagnostics, updates, and lifecycle
management.
From Deployment to Continuous Optimization
HelloGard supports organizations across the full lifecycle of hybrid automation, ensuring systems are deployed effectively and continue to perform over time.
Operational Setup
Environment mapping and configuration aligned with real workflows.
Team Enablement
Training for operational coordination
and system supervision.
Performance Optimization
Continuous evaluation of utilization and system contribution.
Ongoing Support
Diagnostics, updates, and lifecycle
management.
Resources
Explore articles, case studies, and technical resources designed to help teams deploy, manage, and scale autonomous systems effectively.
Resources
Explore articles, case studies, and technical resources designed to help teams deploy, manage, and scale autonomous systems effectively.
Technical Specifications
Component | Specification |
|---|---|
Integration | Connected to HelloGard Intelligence Platform |
Fleet Capability | Multiple units coordinated across locations |
Data Logging | Tracks trips, usage, and operational activity |
Connectivity | Wireless communication with central system |
Safety System | Controlled speed with collision avoidance |
Control Interface | Destination selection via onboard or remote interface |
Charging | Autonomous docking and charging |
Charging Time | Approx. 3 hours |
Battery Life | Up to 10 hours of operation |
Weight Capacity | Up to 120 kg (265 lbs) |
Speed | Up to 1.8 m/s |
Obstacle Handling | Detects and avoids people and objects in real time |
Sensors | LiDAR + 3D vision with proximity sensing |
Navigation | Autonomous navigation with real-time mapping and localization |
What This Enables
Measurable gains across merchandising, service, and facility operations.
Provide consistent assisted mobility without manual coordination
Reduce dependency on staff for transport tasks
Improve response times and service reliability
Ensure safe and predictable movement across facilities
Scale mobility services across multiple locations
How Mobility Operates on the Ground
Destination Selection
User or operator selects a destination within the facility
Route Planning
The system generates a safe path based on layout and real-time conditions
Autonomous Movement
The wheelchair navigates while avoiding obstacles and adjusting speed
Arrival and Handover
The system completes the trip and prepares for the next request
Designed for Real-World Mobility Environments
Hospitals and Healthcare Facilities
Transport patients between departments and support assisted mobility
