#USA #Philadelphia #Industrial Safety #Bluetooth #FORT Robotics

FORT Robotics Launches Long-Range Bluetooth Capability

Pioneering New Heights in Industrial Safety Communication

In a significant advancement for industrial safety, FORT Robotics has announced the launch of its new Long Range Bluetooth (BLE) capability. This innovative implementation marks a transformative step in the realm of wireless communication, particularly tailored for Autonomous Mobile Robots (AMRs) and humanoid systems that operate in dynamic and crowded environments. With the global acceleration of automation and the increasing need for effective human-machine collaboration, this upgrade could drastically change how industries operate on a global scale.

Exceeding Traditional Standards

The new BLE 5.2 technology from FORT Robotics not only extends the range of wireless communication but also enhances the reliability of operations in high-density environments such as manufacturing floors and logistics centers. Providing a range of 100-300 meters—significantly more than typical BLE solutions—this new capability offers industrial operators the freedom to control machines over vast distances without compromising on safety.

With a transmission power that is tenfold greater than standard BLE devices (+17 dBm), this advanced solution addresses a critical pain point for many businesses that rely on robotics for operational efficiency. The improved performance ensures that machines can function safely even in the most congested environments.

Key Benefits for Industrial Users

The introduction of FORT's Long Range Bluetooth capability comes with three core advantages that are crucial for businesses engaged in high-stakes industries:

1. Extended Communication Range: Enabled by the robust BLE 5.2 technology, machines can be controlled reliably over considerable distances without interference, promoting operational flexibility.
2. Dense Deployment Capability: FORT’s technology is purposefully designed to minimize wireless interference, allowing multiple remote machine systems to operate in close proximity. This feature is particularly advantageous in busy environments where traditional wireless devices struggle.
3. Global Compliance: The adoption of a globally recognized Bluetooth standard streamlines compliance and certification processes, making it easier for businesses to deploy technology across various international markets without the cumbersome complexities of radio certification.

The Global Competitive Edge

Nathan Bivans, Chief Technology Officer at FORT Robotics, highlighted the importance of this launch in facilitating international expansion for machine builders. He mentioned, “For our customers scaling into new territories, radio certification is often the single biggest hurdle that delays their international expansion. By utilizing the universally accepted BLE 5.2 standard, we are eliminating a major friction point.”

This strategic innovation not only enables quicker deployment of technology across international markets but also ensures that fleets remain productive and globally compliant.

Empowering Machine Builders and Users

The Long Range Bluetooth capability is now available on FORT's advanced products, including the Safe Remote Control Pro and the Endpoint Controller. These devices help ensure enhanced operational safety, allowing manufacturers and operators to utilize robots and machines more effectively in their various applications. As industries such as warehousing, agriculture, and construction continue to evolve, FORT Robotics stands at the forefront, ready to equip companies with the tools they need to succeed while prioritizing safety and efficiency.

About FORT Robotics

Founded in 2018, FORT Robotics has gained acclaim as a leader in safe control solutions for robots and mobile machines. With over six hundred customers and approximately 12,000 deployed units, FORT aims to maximize human-machine collaboration while mitigating risks associated with automation. The company currently holds an impressive portfolio of 27 patents. For more information, please visit fortrobotics.com.