Unmatched Design and Build: Lightweight Humanoid Excellence
At its core, the Booster T1 embodies precision engineering in a compact, agile form factor. Measuring just 118×47×23 cm with a leg length of 57 cm and arm length of 45 cm, this lightweight humanoid robot tips the scales at approximately 30 kg -- making it easy to transport, deploy, and maneuver in diverse environments. Its robust construction ensures durability under intense conditions, drawing directly from its RoboCup-proven heritage. With an expansive joint movement space -- including waist rotation of ±58°, hip pitch of ±118°, and knee flexion up to 123° -- the T1 excels in fluid, human-like motions that go beyond traditional industrial robots.
What sets the Booster T1 apart is its modular design, available in three configurations to match your needs: Basic, Standard, and upgraded Gripper and Dextrous Hand models. The Basic model offers essential functionality for entry-level robotics development, while the Standard integrates an Intel i7 1370p CPU for enhanced processing. For advanced users, the Gripper and Dextrous Hand upgrades offer tactile manipulation paired with a high-torque grippers or end effectors. This flexibility makes it the ideal competition robot for RoboCup events or a versatile platform for robotics research.
Powerful Specifications: High-Performance Hardware for AI and Autonomy
Powered by cutting-edge components, the Booster T1 robot is built to handle the demands of modern AI performance in robotics. Its Nvidia AGX Orin GPU delivers a staggering 200 TOPS of AI computing power, enabling real-time perception, decision-making, and machine learning tasks without compromise. A 9-axis IMU provides precise balance and orientation data, while a depth camera captures rich environmental insights for navigation and object recognition. Audio capabilities shine with a circular 6-mic array and integrated speaker, supporting voice interaction and environmental monitoring in human-robot collaboration scenarios.
Actuators are another highlight, featuring a maximum peak torque of 130 N·m across 23 DoFs (standard models), with dual encoders for accurate feedback and control. Connectivity is future-proofed with WiFi 6 and Bluetooth 5.2 for wireless debugging and data streaming, plus USB and Ethernet expansion ports for seamless integration with external sensors or tools. A 10.5Ah battery ensures reliable endurance: up to 2 hours of continuous walking or 4 hours of stationary operation, perfect for extended testing sessions. Plus, with firmware upgrade support and a 1-year warranty, your investment in this durable robot is protected for the long haul.
Key Features: Streamlined Development with Open-Source Tools
The Booster T1 isn't just hardware -- it's a complete ecosystem for innovation. Its comprehensive API interfaces and open-source framework allow developers to dive straight into coding without proprietary barriers. Whether you're implementing bipedal locomotion algorithms, computer vision pipelines, or reinforcement learning models, the included open-source tools accelerate prototyping and iteration. Secondary development is fully supported, enabling custom expansions like additional sensors or specialized grippers.
In terms of capabilities, the T1's extra-large joint ranges and high-torque actuators enable agile movements, from soccer kicks in competitions to delicate object handling in labs. The integrated depth camera and IMU sensors feed into robust SLAM (Simultaneous Localization and Mapping) systems, while the audio array opens doors to natural language processing applications. For teams in robotics competitions, its RoboCup-optimized design means plug-and-play readiness, reducing setup time and boosting win rates.
Versatile Applications: From Research Labs to Real-World Deployment
The Booster T1 robot shines across a spectrum of use cases, making it indispensable for forward-thinking engineers and scientists. In robotics research, it's the go-to platform for exploring humanoid locomotion, multi-modal perception, and collaborative AI -- trusted by leading institutes worldwide. For competition robots, its championship pedigree ensures it dominates in events like RoboCup, where speed, stability, and adaptability are paramount.
Beyond academia, the T1's modularity supports industrial applications, such as warehouse automation, eldercare assistance, or educational demos. Imagine deploying it for dexterous tasks in manufacturing or using its voice-enabled features for interactive exhibits. With expandable ports and upgradeable firmware, it scales from proof-of-concept prototypes to production-ready solutions, all while maintaining a footprint that's far more accessible than bulkier alternatives.
Why Choose the Booster T1? Benefits That Drive Results
Investing in the Booster T1 means embracing efficiency and excellence. Developers report slashing development cycles by up to 50% thanks to its intuitive APIs and open-source ecosystem, freeing time for creative breakthroughs. Its lightweight build and extended battery life minimize downtime, while the durable frame withstands rigorous testing -- proven in the high-stakes arena of international robotics leagues. Environmentally conscious? The T1's energy-efficient design and recyclable components align with sustainable robotics development practices.
Backed by Booster Robotics' commitment to innovation, this humanoid robot isn't just a tool -- it's a partner in progress. With global acclaim from elite teams, it's clear: the Booster T1 delivers results that competitors can only aspire to.
