TITAN
Titan by RoboForce is a rugged, AI-powered industrial mobile manipulator engineered to automate challenging tasks in demanding outdoor and industrial environments. Built with modular hardware, dual arms, and a robust wheeled or tracked base, Titan delivers precision to within 1 mm and supports heavy payloads up to 40 kg. Its advanced Domain Intelligence enables autonomous navigation, spatial understanding, and adaptive task execution across sectors like solar, mining, manufacturing, and logistics. With an 8-hour runtime and a scalable design, Titan combines durability, versatility, and cutting-edge AI to elevate industrial automation beyond traditional fixed systems.
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RoboForce's TITAN Secures 11,000 Orders as NVIDIA Spotlight Accelerates Physical AI Adoption
RoboForce has achieved a significant milestone in the race to deploy autonomous industrial labor, securing over 11,000 robot orders through letters of intent as the company transitions from research and development into commercial production. The achievement gained prominence when NVIDIA CEO Jensen Huang highlighted TITAN during his GTC keynote address, positioning the humanoid robot as a breakthrough in Physical AI. With pilot deployments already active in the energy sector and expansions underway across data centers, shipping, logistics, mining, and manufacturing, TITAN represents the first credible pathway toward scaling autonomous workforce solutions across multiple industries simultaneously.
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Frequently Asked Questions
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Q1. What are TITAN's primary capabilities?
TITAN delivers five essential primitive capabilities—Pick, Place, Press, Twist, and Connect—designed for general-purpose industrial manipulation tasks. These core functions enable the robot to perform diverse operations across unstructured and semi-structured environments, from equipment handling to system integration and repetitive field operations in demanding industrial settings.
Q2. How to operate TITAN?
TITAN operates autonomously through its proprietary Domain Intelligence framework, which combines sensor fusion, motion planning, and learned task policies. The robot can be deployed with minimal human intervention once configured for specific tasks, continuously learning and adapting to varied industrial contexts through its AI-powered perception and planning systems.
Q3. What is the maximum carrying capacity of TITAN?
TITAN has a maximum payload capacity of 40 kilograms (88.1 pounds). This substantial load-handling capability makes it suitable for managing heavy industrial tooling, components, and equipment such as solar panels and mining apparatus.
Q4. How long can TITAN operate on a single charge?
TITAN provides an 8-hour continuous production runtime. This full-shift operational capability allows the robot to complete demanding industrial work cycles autonomously without requiring mid-shift recharging or downtime.
Q5. What safety features does TITAN have?
Specific safety feature details aren't extensively documented. However, TITAN is engineered with field-grade reliability for demanding outdoor environments. The robot's design prioritizes reducing human exposure to hazardous conditions through autonomous operation in dangerous industrial settings like mining and solar installations.
Q6. How to maintain TITAN?
Specific maintenance protocols aren't detailed in available documentation. However, TITAN's modular hardware design enables upgradeability and component replacement. Regular inspections of the dual-arm assembly, end-effectors, and mobile base (wheeled or tracked variants) are recommended to ensure optimal performance in harsh industrial environments.
Q7. What surfaces can TITAN navigate?
TITAN features interchangeable wheeled and tracked locomotion bases designed for demanding, unstructured industrial and outdoor environments. The robot can traverse smooth factory floors, uneven mine sites, rugged terrain, and complex outdoor landscapes, with additional base variants in development for specialized applications.
Q8. How does TITAN handle obstacles?
TITAN utilizes the proprietary RF-Net 3D foundation model for advanced spatial comprehension, enabling reliable autonomous navigation in highly complex and unstructured real-world environments. This AI-powered perception system allows the robot to detect, assess, and navigate around obstacles intelligently.
Q9. What is TITAN's maximum speed?
Maximum speed specifications are not provided in available documentation. TITAN is optimized for precision industrial tasks rather than high-speed operations, prioritizing accuracy and payload handling over rapid movement.
Q10. What are common use cases for TITAN?
TITAN is actively deployed across solar, mining, manufacturing, space, and logistics sectors. Primary applications include equipment handling, system integration, repetitive field operations, assembly tasks, repair work, and hazardous environment operations where human safety is a concern.
Q11. How to reset TITAN?
Specific reset procedures aren't documented. Users should consult RoboForce's technical documentation or contact support for proper reset protocols, which likely involve software reinitialization through the robot's control interface or dedicated diagnostic tools.
Q12. How to control TITAN?
TITAN operates through its Domain Intelligence software framework with autonomous capabilities. The robot supports WiFi and 5G connectivity for remote monitoring and control. Control is managed through RoboForce's proprietary software interface, enabling operators to configure tasks, monitor performance, and adjust parameters remotely.
Q13. How to connect TITAN to Wi-Fi?
TITAN supports both WiFi and 5G connectivity options. Connection procedures likely involve accessing the robot's network settings through its control interface or dedicated mobile application, then selecting available networks and entering credentials—specific steps should be referenced in the user manual or RoboForce support documentation.
Q14. What is TITAN's warranty?
Warranty details are not specified in available documentation. Interested customers should contact RoboForce directly for information regarding warranty coverage, duration, and terms, as these details are typically provided during the sales and deployment process.
Q15. How to update TITAN's software?
TITAN's software updates are managed through RoboForce's proprietary platform, designed for modularity and upgradeability. Updates likely occur over-the-air through WiFi or 5G connectivity, allowing the robot to receive Domain Intelligence improvements, new task policies, and performance enhancements without requiring physical intervention or downtime.
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