YOUR INVISIBLE
PERSONAL
CHAUFFEUR
ELEVATE YOUR TRAVEL EXPERIENCE WITH THE WORLD'S MOST AUTONOMOUS SELF-DRIVING WHEELCHAIR. NOT ONLY DOES IT IMPROVE PASSENGER EXPERIENCE, BUT IT ALSO HELPS REDUCE OPERATIONAL COSTS AND MINIMIZE DELAYS, ENSURING OUR CLIENTS ARE SATISFIED.
Seamless
Navigation
Choices
Choose between Smart Manual-Assist and Full Self-Driving modes to match your preferences. Our Automated Wheelchairs seamlessly navigate through crowds, safely driving around unexpected obstacles.
Effortless
Installation
Our fleet installation process is swift and efficient. By manually driving one chair through the airport, we enable automatic path calculations for all chairs, eliminating the need for beacons or QR tags.
ADVANCED FEATURES OF OUR MOBILITY POD
Visibility Strobe Lighting
Joystick and Retractable Touchscreen
Ample Luggage Space
Rear Lights
Front Headlamps
Retractable Footrest
Navigation Camera
Compact Footprint for Optimal Agility and Storage
Choose from a wide range of driving modes from manual Advanced Driving Assistance Systems (ADAS) to fully autonomous self-driving modes.
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Flip between ADAS modes and full self-driving modes on the go.
FULL
SELF-DRIVING AND
ADVANCED DRIVING ASSISTANCE MODES
AVIATION -GRADE
PREDICTIVE
DIAGNOSTICS
Our aviation-grade diagnostics monitor components
continuously, predicting maintenance needs before failures.
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Ensuring passenger safety by detecting mistakes in
installation and mapping before deployment.
Utilizing a black box recorder to record and repair
intermittent failures before they become catastrophic.
Having the ability to detect and automatically recover from
hardware failures.
Communicating with WiFi-enabled elevators; or prompting manual elevator button presses if WiFi is unavailable.
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Automatically guiding the passenger back onto the route if he/she gets lost during manual ADAS mode.
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Navigating (a) from the Arrival Gate to the Connecting Gate and (b) from the Arrival Gate to the Baggage Claim.
MULTI-FLOOR
NAVIGATION
INTELLIGENT
OBSTACLE
AVOIDANCE
Our advanced obstacle detection predicts obstacle behavior, ensuring efficient avoidance and minimal delays.
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Navigating through crowds safely.
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Navigating up/down jetway ramps.
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Navigating on multiple floors through elevators.
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Ensuring the ability to avoid getting stuck behind static obstacles.
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Detecting the correct initial starting location every day without relying on artificial markers on walls, and promptly notifying airport staff if the location is incorrect.
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Defining “No-Go” zones and glass barriers during initial installation.
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Distinguishing hazardous and benign obstacles when navigating empty and responding accordingly.
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When the chair is occupied in full self-driving mode, motion sickness-inducing maneuvers are suppressed.
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High-speed safe operation (e.g. minimum 1m/s)
We Interface with PRM Flight Info Systems for timely chair positioning.
Traversing TSA in manual ADAS mode
PRM FLIGHT
INFORMATION
SYSTEMS
COMPREHENSIVE SOLUTION
Fleet Management System & API
We offer real-time monitoring, KPI tracking, API integration, dispatch, and provide remote manual control for chairs across facilities.
Our cloud-based Fleet Management dispatch system and remote-control teleoperation are in place to respond to user distress.
Unmatched Quality
Cyberworks Robotics Navigation technology was developed in partnership with Linamar, a global auto parts manufacturer with 30,000+ employees across 19 countries, known for quality.
Quick and easy initial installation
Rapid Nationwide Field Service And Support
In a rapid-replacement box, the navigation compute and I/O module can be easily replaced in less than five minutes, with field assistance available on-site.
SEE IT LIVE IN ACTION
Pilot at University Health Network (UHN) in Toronto, Canada for in-patient transport.
Passenger Mobility Vehicle (RAVS-W100) operating at Toronto General Hospital.
Demonstrating autonomous navigation & obstacle avoidance in a crowded environment.