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Promobot V.4

Promobot V.4

Promobot V.4 is an autonomous humanoid service robot with face recognition, document scanning, payment processing, and interactive touchscreen for business and public service.
Available
Russia
Humanoid
2024
Specifications
Dev Doc
Website
Made by
Promobot Corp.
Software Type
Closed Source
Software Package
Runs on Linux OS with proprietary software for face and speech recognition, navigation, third-party system integration, e-queue management, and payment processing.
Actuators
Two robotic arms with 6–7 degrees of freedom enabling gestures and interaction; head and torso rotation for expressive communication.
Compiute
Onboard processors support real-time face recognition, speech synthesis, navigation control, and integration with external systems.
Sensors
Includes 16 ultrasonic sensors, 3D sensor, omnidirectional microphone array, face recognition cameras, and touch sensors on the head and arms.
Max Op. time
480
mins

Robot Brief

Promobot V.4 is an autonomous service robot designed for business and public interaction, capable of communicating with people, navigating autonomously, and integrating with third-party software systems. It features a humanoid form with a height ranging from approximately 1.49 m to 2.06 m depending on torso extension, and weighs up to 130 kg. The robot is equipped with dual manipulators (arms) with 6 to 7 degrees of freedom, a rotating head and torso, and a 10.1-inch touchscreen for interactive information display. Promobot V.4 includes advanced face recognition cameras, omnidirectional microphone arrays, speakers, and a 3D sensor for environment perception and obstacle avoidance. It supports document scanning, e-queue management, payment processing, and can print photos, receipts, and guest passes. The robot autonomously searches for and docks with its charging station, enabling up to 8 hours of continuous operation. Promobot V.4 is widely used as a consultant, promoter, administrative assistant, and guide in hotels, banks, clinics, museums, business centers, and events, enhancing customer engagement and automating routine tasks.

Use Cases

Promobot V.4 autonomously interacts with people by recognizing faces, answering questions, and chatting on various topics. It navigates public spaces safely by avoiding obstacles and can integrate with external systems to manage queues, scan and auto-complete documents, issue keycards, accept payments, and print documents. It serves as a receptionist, tour guide, promoter, and administrative assistant, improving service efficiency and customer experience.

Industries

  • Hospitality: Reception, navigation assistance, and customer service in hotels.
  • Banking & Finance: Document scanning, customer consultation, and queue management.
  • Healthcare: Medical assistance and patient interaction in clinics.
  • Museums & Exhibitions: Tour guiding and information provision.
  • Business Centers: Concierge services including access key issuance.
  • Events & Conferences: Promotion and customer engagement.

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Specifications

Length
mm
Width
mm
Height (ResT)
1485
mm
Height (Stand)
1585
mm
Height (Min)
1485
mm
Height (Max)
2060
mm
Weight (With Batt.)
kg
Weight (NO Batt.)
130
kg
Max Step Height
mm
Max Slope
+/-
°
Op. Temp (min)
°C
Op. Temp (Max)
°C
Ingress Rating
No items found.

Intro

Promobot V.4 measures between 1485–1585 mm in height (extendable up to 2060 mm), 740–2060 mm in width, and 716 mm in length, weighing up to 130 kg. It moves on a two-wheel drive platform with support wheels and includes two robotic arms with 6–7 degrees of freedom for gesture and interaction. The head rotates with 2 degrees of freedom, and the torso can rotate with 2–3 degrees of freedom and adjust height. The robot features a 10.1-inch touchscreen, omnidirectional microphone array, 25-watt stereo speakers, and multiple sensors including 16 ultrasonic sensors and a 3D sensor for obstacle avoidance. It has a face recognition camera capable of 25–30 fps at HD resolution. Promobot V.4 supports document scanning, photo and receipt printing, card dispensing, and payment terminal integration. The robot is designed with plastic body parts, fireproof materials, and RGB LED face matrix for expressive communication.

Connectivity

  • WiFi (dual-band 2.4 GHz and 5 GHz)
  • USB ports for uploading materials
  • Payment terminal integration (e.g., PAX D200)
  • Microphone array for audio capture
  • Cameras for face recognition and navigation
  • Charging station with autonomous docking

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Capabilities

  • Autonomous navigation with obstacle avoidance
  • Face recognition and memory for personalized interaction
  • Voice interaction and speech synthesis
  • Document scanning and auto-completion
  • E-queue system integration
  • Payment acceptance and card dispensing
  • Photo, guest pass, and receipt printing
  • Multilingual communication capability
  • Touchscreen interface for user interaction
  • Autonomous charging station docking
  • Safety sensors including ultrasonic and 3D sensors

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