Booster Robotics T2 Humanoid Robot - Edu Dex Hand
Maintenance & Warranty
Maintenance & Warranty
All products are covered by the applicable manufacturer's warranty, with full details provided at the time of purchase. We also offer ongoing maintenance, servicing and technical support to keep your equipment running at its best. Our team is on hand to help with repairs, firmware updates and warranty claims whenever you need us.
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Flexible finance options may be available for qualifying purchases, helping spread the cost of your investment. Our team can talk through the right payment solution for your organisation, whether you're a business, research institution or public sector body. Get in touch with our team here to find out more.
FREE Delivery
FREE Delivery
Free Delivery to UK addresses (NI £30 supplement). Most products are supplied to order, with typical UK delivery taking 4–5 weeks. Find out more here.
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The Booster Robotics T2 Edu Dex Hand is an advanced humanoid robotics platform designed for education, research and the development of next-generation embodied AI. Standing approximately 1.4 metres tall, the T2 combines highly articulated movement, dexterous manipulation and powerful onboard computing in a compact humanoid platform.
With 43 degrees of freedom (DoF), including 6-DoF legs, 7-DoF arms, a 3-DoF waist, 2-DoF head and 6-DoF dexterous hands, the T2 is capable of sophisticated whole-body movement and fine-motor manipulation.
Each arm supports a 5 kg horizontal payload, while a battery life of approximately 2 hours enables extended demonstrations, development and research sessions.
Advanced Perception & AI
The T2 features a comprehensive sensor suite including head, waist and wrist depth cameras, a microphone array, speaker and 9-axis IMU. These sensors provide the perception and feedback required for robotics research, human-robot interaction and AI development.
With 350 TOPS of AI computing power, the T2 provides substantial onboard processing capability for advanced robotics and AI workloads, supporting research into Vision-Language-Action (VLA) models, imitation learning, reinforcement learning and embodied AI.
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