RISE Robotics Timeline

Events

• 2026-02-24 - Demonstration - RISE Robotics exhibits Beltdraulic actuator technology at CONEXPO-CON/AGG 2026 - Announced booth presence at CONEXPO 2026 construction equipment trade show Showcased electromechanical actuator platform to heavy equipment OEM audience Signals continued industrial engagement in machinery electrification - source: riserobotics.com
• 2025-08-15 - Award - Rise Robotics receives $3M AFWERX TACFI award - The $3M award was made through AFWERX's TACFI programme. Rise Robotics disclosed the award on 2025-08-15. Develops electromechanical linear actuation systems using a belt-and-pulley architecture as an alternative to traditional hydraulic cylinders. - source: riserobotics.com
• 2025-04-22 - Funding - Rise Robotics raises $1.5M Regulation Crowdfunding - Rise Robotics completed a Regulation Crowdfunding financing of $1.5M. The financing was disclosed on 2025-04-22 in USD. Develops electromechanical linear actuation systems using a belt-and-pulley architecture as an alternative to traditional hydraulic… - source: riserobotics.com
• 2025-03-16 - Demonstration - RISE Robotics unveils Superjammer high-force electric robotic arm - Public demonstration of high-force electric robotic arm powered by Beltdraulic actuation Designed as non-hydraulic alternative for extreme-load industrial systems Showcases scalability of RISE's electromechanical actuator architecture - source: electrek.co
• 2022-05-10 - Partnership - Danfoss Power Solutions and RISE Robotics sign collaboration agreement to validate electromechanical actuator technology - Danfoss and RISE formalized a collaboration to validate RISE's electromechanical actuator technology Partnership framed around accelerating electrification of heavy machinery (hydraulics replacement pathway) Validates RISE's actuation approach with a major… - source: danfoss.com
• 2020-04-13 - Funding - Rise Robotics raises $3M Funding round - Rise Robotics completed a Funding round financing of $3M. The financing was disclosed on 2020-04-13 in USD. Develops electromechanical linear actuation systems using a belt-and-pulley architecture as an alternative to traditional hydraulic cylinders. - source: builtinboston.com