TITAN - Robot Details, Use Case and Specifications

TITAN is the pioneer of the operationalization of "Robo-Labor" by providing versatile, highly precise mobile manipulator capable of autonomously executing tasks deemed complex, repetitive, hazardous or physically demanding within unstructured outdoor and harsh industrial environments. This product is strategically positioned to address acute global labor shortages and pervasive safety concerns in core industrial sectors such as solar energy, mining and large-scale logistics. The design's mandate is fundamentally about transitioning advanced robotic deployment from the historically controlled factory floor to high complex, real-world industrial landscapes. Physically, the TITAN is a heavy-duty, modular manipulation platform , distinguished by a robust, field-ready base that is available in both wheeled and tracked configurations.

Use Cases

Pick:
Successfully grasping and detaching components, materials or specialized tools from a given location.
Place:
TITAN is able to handle the careful alignment and exact installation of industrial parts, at high accuracy of 1 mm precision rate.
Press:
This involves the controlled application of sustained force. It is fundamental for processes like forcing tight-fitting components together during complex assembly, operating high-force stamping equipment, or executing specific contact-based non-destructive testing (NDT) procedures.
Twist:
Able to tightening or loosening bolts and nuts, operating industrial valves, or securely connecting and disconnecting large fluid or electrical industrial connectors.

Industries

Energy Sector:
This sector utilizes the TITAN’s heavy-duty capability for the construction and continuous maintenance of large-scale solar farms. These sites are often remote, exposed to harsh environmental factors, and require precise alignment of heavy components. Initial pilot deployments have commenced in this sector.
Mining:
TITAN addresses severe safety risks and labor intensity by operating in dangerous, dirty, and often highly remote mine sites. The availability of a tracked base is essential for reliable locomotion across the typically unstable ground conditions encountered in mining operation.

Specifications

Length

Width

Height (ResT)

Height (Stand)

2100

Height (Min)

Height (Max)

Weight (With Batt.)

Weight (NO Batt.)

Max Step Height

Max Slope

+/-

Op. Temp (min)

°C

Op. Temp (Max)

°C

Ingress Rating

No items found.

Intro

The RoboForce TITAN is engineered as a pioneering embodiment of "Physical AI-Powered Robo-Labor". The overarching goal is to elevate human workers by removing them from high risk, labor-intensive environments and processes categorized as "dull, dirty and dangerous". The core mission is to mitigate severe labor shortages and safety risks prevalent in heavy industrial environments by autonomously performing complex, high-precision operations. Integral to its design philosophy is the adherence to "AI Evolutionary Design". This means the robot is not simply a fixed automation tool but a continuous platform for Artificial Intelligence enhancement and comprehensive data collection, designed to learn and improve functionality perpetually through real-world deployment.

The TITAN platform is characterized by a robust, flexible, and highly modular hardware architecture built specifically for resilience and scalability:

Mobility:
It features a highly adaptable mobile base designed for demanding, unstructured industrial and outdoor environments. The system currently supports interchangeable wheeled and tracked locomotion variations, allowing customers to select the base best suited for their specific terrain, from smooth factory floors to uneven mine sites.
Manipulation:
The incorporate a powerful dual-arm assembly provided with a variety of end-effectors, which is necessary to achieve its high capacity. The manipulation system is rated for a substantial 40 kg payload , making it suitable for handling heavy industrial tooling and components.
Reach and Precision:
The manipulator arms offer 1,100 mm (43.3 in.) of operational reachability. Crucially, the system is specified to achieve an exceptional manipulation precision of 1 mm (0.03 in.) , a capability that is essential for fine-grained assembly and repair tasks where misalignment can lead to critical failures

The hardware utilizes "tight AI-hardware co-optimization" , ensuring the physical mechanics are perfectly tailored to maximize the efficiency and robust performance of the advanced AI software models, resulting in an assured 8-hour continuous production runtime.

Connectivity

WiFI, 5G available

Capabilities

Manipulation and Accuracy:
It achieves a superior manipulation precision of 1 mm for fine-grained tasks across the entire workspace.
Load Handling:
TITAN is able to supports a substantial 40 kg payload capacity.
Operational Reach:
The manipulator arms provide 1,100 mm of effective operational reach.
Endurance and Autonomy:
TITAN is capable of operating autonomously for a continuous production runtime of 8 hours on a single battery charge.
Adaptive Learning:
The platform is powered by "Domain Intelligence," which enables the system to continuously learn, optimize, and improve its operational processes across diverse industrial domains.
Advanced Spatial Understanding:
Utilizing the proprietary RF-Net 3D foundation model, the robot possesses advanced spatial comprehension, allowing it to function reliably and autonomously in highly complex and unstructured real-world environments.
Terrain Flexibility:
The modular hardware offers base variants (wheeled and tracked) optimized for deployment in diverse and demanding outdoor and industrial settings.