SwiftBot, the innovative service robot from Autorobotics.io, takes human-robot interaction to a new level. With its industry-leading collision detection technology and advanced control algorithm developed by Pudu, SwiftBot sets new standards in the world of commercial delivery robots.
REDEFINING THE HUMAN-ROBOT RELATIONSHIP
SwiftBot, the innovative service robot from Autorobotics.io, takes human-robot interaction to a new level. With its industry-leading collision detection technology and advanced control algorithm developed by Pudu, SwiftBot sets new standards in the world of commercial delivery robots.
Autorobotics.io presents the Pudu SwiftBot:
FEATURES & FUNCTIONS
Passerby Detection: SwiftBot is programmed to detect people in its surroundings and actively avoid collisions.
Highly dynamic environments: Even in complex and rapidly changing environments, SwiftBot masters its tasks effortlessly.
Multifunctionality: It surprises with its versatility and ability to carry out different tasks efficiently.
Reliability: SwiftBot is a reliable partner in any commercial environment.
Safety: Robots can also be used in dangerous, contaminated environments, in isolation wards, in areas contaminated with viruses and bacteria.
APPLICATIONS:
Welcome & Accompaniment: Perfect for welcoming and guiding guests.
Serving: Ideal for restaurants and catering services.
Clearing: Efficient clearing of tables or areas.
Advertising screen: Ability to display advertising or information.
ADVANTAGES:
Saving time and reducing personnel costs
Filling staffing gaps and simplifying staff planning
Improved service efficiency
Increased sales potential
TECHNICAL SPECIFICATIONS
Dimensions: 488 x 593 x 1281 mm
Weight: Standard model 59 kg, model without doors 49 kg
Charging time: 4.5 hours
Battery life: 10-24 hours
Speed: 0.5-1.2m/s
Loading capacity: 35kg
Headroom: 80 cm
TWO MODELS FOR DIFFERENT SCENARIOS
SwiftBot offers two model variants to cover a wide range of uses and meet the specific needs of customers.
For more information and to contact us, please visit Autorobotics.io.
Contact us now and arrange a consultation appointment.