Ameca Humanoid Robot

Specification	Value
Model	Ameca Gen 2
Actuated Movements	61
Electrical Specification	Power supply input: 110-240Vac, 50/60Hz, 400W Robot power supply: 2 x 24Vdc, 200W External communication: RJ45, Ethernet
Mass	62Kg
Motion Quality	Unmatched motion quality
Facial Expressions	Advanced and expressive, Custom made realistically hand painted eyes fitted with high resolution cameras
Operating System	Tritium 3
Connection	Cloud-connected
Head & Neck Movement	Head Pitch: +20 / -20 , Head Roll: +30 / -30, Head Yaw: +30 / -30, Neck Pitch: +24 / -24, Neck roll: +5
Arm Movement	Shoulder Pitch: +78, Elbow Pitch: +114, Shoulder Yaw: +49 / -59, Shoulder Roll: +0.5
Hand Movement	Wrist Pitch: 175, Wrist Roll: +9.5 / -9.5 Four Digits :5 ,Four Digits: +14 / -9.5
Torso Movement	Clavicle Roll: +30 / -30, Clavicle Yaw:+2 / -1 , Torso Pitch: +29 / -9, Torso Yaw: +18 / -18
Power Supply Input	110-240Vac, 50/60Hz, 400W
Electrical	2 x 24Vdc, 200W
External Communication	RJ45, Ethernet

Human-like Artificial Body (AI x AB): Human-like artificial intelligence needs a human-like artificial body (AI x AB).
AI-Powered Interaction: Integration of leading large language models creates the most compelling conversational AI experience
Advanced Human-Robot Interaction: Designed as a platform for development into future robotics technologies, and the perfect humanoid robot platform for human-robot interaction
Realistic Humanoid Robot : Representing the forefront of human-robotics technology.
Cloud Connectivity: Built from the ground up with a cloud-connected focus, all robots can benefit from the latest and greatest the tech community has to offer.
Modular Design: Both hardware and software are modular, making it easily upgradeable.
Natural Motion: Smooth, lifelike motion and advanced facial expression capabilities means Ameca can strike an instant rapport with anybody.
Tritium OS: is powered by our most advanced operating system with Development tools, Real-time visualization of thousands of parameters.
Easy customization: integration of new cloud, edge and local AI services such as large language model transformers, NLPs, automated speech recognition, text-to-speech engines, translators, visual object recognition, face recognition and many more

Ameca is designed to bridge the gap between humans and robots, making it suitable for a variety of applications:

AI and Robotics Research: A platform for development into future robotics technologies, test and refine AI and machine learning systems within a humanoid framework, enhance human-robot interaction
Brand Engagement and Marketing: Engaging clients with custom demonstrations.
Customer Service: Customer service applications
Event Entertainment: Creates waves of excitement wherever you place them at your theatre or trade show, on a live panel or TV show, in a room full of executives or a science park filled with visitors.
Metaverse: Interaction between us humans and any metaverse or digital realm.

Future AI Applications: Provides real physical presence, real body and embodiment to be the the voice, of the best artificial intelligence around.
Human Factors Research: Perform test to analyze how the Ameca can interact, perform with or assist humans on a range of applications.
Telepresence: Using the Tinman remote operation features built into Tritium, an operator can virtually inhabit Ameca from anywhere in the world
High-tech demo: Exhibit your high level of technology

Unparalleled Expressiveness: Displays a vast range of human emotions with smooth, lifelike movements.
Biomimetic Design: Custom made realistically hand painted eyes fitted with high resolution cameras,Eyeballs can move as fast as a human, 960 degrees per second.
Easy to Use: automated gesturing and gaze using face tracking technology anyone can learn to control a robot in minutes,Anyone can be the robot and interact with clients however you choose.
Custom built 3D scanning: to create accurate and unique models of subjects.
Modular and Upgradeable: Adaptable to future technological advancements and evolving needs.
Cloud-Connected: Access robot data, control remotely, and leverage cloud-based AI resources.

Integration: combines AI features, human factors and cloud technology .
Ease of Use: Tritium software and remote operability make Ameca easier to use than competitors.
Future-Proof: The modular architecture and upgradeable components provide a longer lifespan and better return on investment.
Versatile for a wide variety of commercial or entertainment set up

Key components:

Silicone skin is placed over the Ameca robotic head to complete final assembly
Liquid Polymer used to create the accurate mould
36 Nikon D3300 high resolution digital cameras take simultaneous photos at every angle of the subject used in the 3D mapping
The hardware is a development based on Engineered Arts' own research into humanoid robotics and built on advanced Mesmer technology. Ameca can be controlled using the Tinman software and also has been used by many AI organizations, like OpenIA and DeepMind.

Mesmer: A robot system capable of mimicking human appearances and behaviors for realistic interactions with biomimetic engineering.
RoboThespian: A full-sized humanoid robot designed for interactive public engagement and educational purposes with expressive capabilities, including speech, facial expressions, and body movements
Ami and Azi Desktop: A robot that have all the expressive facial capability of full-bodied robots, perfect for interactions where arms, hands and torso movements are not needed.
Quinn: A customer service robot that comes equipped with sensors and software for professional, interactive assistance
Ameca Desktop: Compact Expressive AI

Pricing: Check with Engineered Arts for specific pricing and availability, Ameca is available for purchase or event rental.
Demo Request: See how Ameca can help with AI interaction development, or serve as a high-tech demo of technological prowess. Contact Engineered Arts for more details.

Boston Dynamics Atlas: Known for its dynamic movements and acrobatic abilities, but primarily focused on research and development, less focus on realistic facial expressions and a lack of telepresence features for commercial use.
Agility Robotics Digit: Designed for logistics and warehouse applications, but lacks expressiveness and sophistication making it less useful for entertainment and public displays.
Hanson Robotics Sophia: With a more limited versatility and modular Design, primarily focused on public display and interviews with a more commercial focus and has more advanced AI and Cloud integration features.

Introduction