Características principais
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Ergonomic Two-Hand Grip: Specifically designed to reduce fatigue during extended research or development sessions. The layout mirrors professional gaming controllers for a shallow learning curve.
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High-Precision Hall Joysticks: Dual rockers provide ultra-fine resolution for 3-axis posture and 3-axis position control, essential for balancing and complex humanoid movements.
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Dedicated Function Keys: Features programmable buttons (F1–F3) and shoulder triggers (L1/L2, R1/R2) to trigger pre-set routines like “Get Up,” “Stand,” or “Dance.”
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Dual-Mode Connectivity: Combines a proprietary high-speed data transmission module for low-latency control with Bluetooth for versatile pairing options.
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Feedback em tempo real: Equipped with a multi-LED array to monitor battery status, Bluetooth signal strength, and data link stability at a glance.
Especificações técnicas
| Recurso | Especificações |
| Communication Range | >= 100m (Ambiente Aberto) |
| Horário de funcionamento | Up to 5 Hours (Continuous) |
| Charging Interface | USB Type-C (5V / 700mA) |
| Capacidade da bateria | 780 mAh Lithium Battery |
| Graus de Liberdade | 2 Main Rockers (4-axis) + 16-button interface |
| Peso | Aproximadamente 300 g – 400 g |
Precision Control for Humanoid Tasks
Unlike standard quadruped controllers, the R1 remote is optimized for the 24–40 Degrees of Freedom (DOF) found in the R1 humanoid. It allows for:
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Dynamic Locomotion: Controlling walking speed, direction, and height in real-time.
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Manipulação Destra: When paired with the R1 EDU, the controller can be used to manually guide the robot’s three-fingered or five-fingered hands for grasping tasks.
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Emergency Interventions: Instant “damping” or “stop” commands to prevent damage during experimental falls.
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