Draft:RISE Robotics

industrial technology From Wikipedia, the free encyclopedia

RISE Robotics is an American industrial technology company founded in 2011 that develops electromechanical actuators. The company's technology is a fluid-free alternative to hydraulic actuation, and its products have been used in United States Department of Defense projects. In 2025, a robotic arm prototype using its technology was certified by Guinness World Records as the strongest robotic arm prototype...[1]

  • Comment: The article is definitely improved and less promotional, thank you for the work on that. I think we are now down to two issues.
    a) Can the submitter clarify what connection they have with the subject. If this is under WP:COI then we need to get that documented according to the protocols shown that link.
    b) The other issue is WP:SIRS and the example below it for the fictional ACME Inc company. It's not easy for companies to get an article. What we do have is clear material on the World Record, and the defense contracts, so that's fine. But what I can't see is something like a company overview by a reliable independent source (newspaper, magazine). Forbes doesn't count nor does material in Linkedin. The Robotics247 article is clearly heading in the right direction, but we need something else, like a company profile. The OEM article is too short. It's not about lots of sources, just a few good ones. In that respect see WP:THREE, which is an essay, but explains the issue. ChrysGalley (talk) 18:12, 15 October 2025 (UTC)


History

RISE Robotics was established in 2011 by Blake Sessions and Arron Acosta, graduates of the Massachusetts Institute of Technology (MIT). The company initially focused on mechanical systems for human augmentation. In 2014, its focus shifted to industrial and commercial applications. The company’s "Cyclone" prototype won the "Best in Hardware" award at the 2015 Launch Festival[2]. In 2015, co-founders Acosta[3] and Sessions[4] were included on the Forbes 30 Under 30 list for Manufacturing and Industry.

Investment and Funding

RISE Robotics has received funding from private investors and venture capital firms since its founding. Early backing included support from angel investors such as Bill Warner, and the company later joined accelerator programs including Techstars and The Engine[5], a venture fund launched by MIT. Additional institutional investment came from Fortistar[6] and the Gates Corporation.

In 2025, RISE opened a Regulation Crowdfunding (Reg CF) round via Wefunder, filing an offering statement with the SEC[7]

RISE has also generated over $9 million in commercial and government revenue, including contracts with the U.S. Department of Defense.

Technology

Beltdraulic System

RISE Robotics’ core product is the Beltdraulic System, a linear actuator that operates without hydraulic fluid, using steel-reinforced belts. According to DesignFax, the system can reach rod speeds over 2 meters per second and achieves transmission efficiencies above 90 percent. The system has been used in military equipment, industrial lifting, and mobile machinery. Coverage in Power Progress noted that the system delivers the force density and responsiveness of hydraulics without the use of oil or lubricants, enabling zero-emission operation and reduced maintenance requirements. [8]. According to Machine Design, the system enables “quick, seamless integration” and provides precise electric force control in applications where traditional hydraulics are typically used.[9] The technology has been described as part of a broader industry shift toward electrification and digitally controlled motion systems.

Applications

The Beltdraulic actuator[10] developed by RISE Robotics is designed for use in a variety of sectors, including construction, mining, defense, maritime, agriculture, logistics, and transportation. Its design is intended to serve as a drop-in replacement for traditional hydraulic cylinders in medium- and heavy-duty machinery. According to Rubber News[11], the system's compatibility with existing equipment and its fluid-free operation make it applicable in settings where hydraulic systems present environmental or maintenance challenges.

As of 2022, RISE Robotics held over 20 patents related to its actuator and belt-drive technologies[12]. These include U.S. Patent Nos. US11835132B2[13], US11255416B2[14], US11535498B2[15], US11654816B2[16], and US11746860B2[17]

Guinness World Record

In March 2025, a robotic arm powered by RISE Robotics’ Beltdraulic system, known as the "SuperJammer Arm", was certified by Guinness World Records as the strongest robotic arm prototype[18]. The device lifted 3,181.95 kilograms (7,015 pounds)[19] without the use of hydraulic components. The record was officially recognized and covered by outlets such as Interesting Engineering[20], The Robot Report[21], and New Atlas[22] among others[23].

Defense Contracts

RISE Robotics has received several contracts and grants from the U.S. Department of Defense (DoD) for research and development projects. These include a Phase I Small Business Innovation Research (SBIR) award from the U.S. Army to explore collapsible lightweight cranes for field use[24] and a TACFI award valued at $1.7 million for modernization of the MHU-083 Jammer system[25]. Other contracts include an award of $1.25 million by AFWERX for the development of electric munitions handling systems[26], $1.55 million to deliver Common Lifting Devices to the U.S. Air Force Life Cycle Management Center [27] and $1.25 million SBIR Phase II award to design ultra-light aircraft loading systems[28]. The company was also selected for the Eglin Wide Agile Acquisition Contract (EWAAC) On-Ramp IV, part of a $46 billion Indefinite Delivery/Indefinite Quantity contract vehicle for the U.S. Air Force [29]

Media and Recognition

RISE Robotics has received coverage in engineering, business, and regional media outlets.

Machine Design (engineering analysis of Beltdraulic system) Power Progress (industrial applications and commercialization) The Boston Globe (regional startup coverage)[30] Startup Boston (robotics industry overview)[31]

References

Related Articles

Wikiwand AI