Thursday, April 24, 2025

Close to Earth Autonomy to ship miniaturized autonomy techniques for U.S. Marines

Close to Earth Autonomy to ship miniaturized autonomy techniques for U.S. Marines

Close to Earth Autonomy’s Firefly Miniaturized Autonomy System on the TRV150. | Supply: Close to Earth Autonomy

In help of the U.S. Navy, SURVICE Engineering at the moment awarded Close to Earth Autonomy a $790,000 contract. Below the contract, Close to Earth will ship and help miniaturized autonomy techniques underneath SURVICE’s prime contract for the U.S. Marine Corps Tactical Resupply Unmanned Plane System (TRUAS) program.

The autonomous UAS is a Group 3 TRV-150 platform supplied by SURVICE and its companion Malloy Aeronautics. The businesses designed it to ship crucial provides to small items in “austere,” limited-access areas.

The drone permits fast resupply and routine distribution with excessive pace and precision, in accordance with Close to Earth Autonomy. Following its supply this summer season, NAVAIR plans to make use of the built-in UAS to refine CONOPS in contested logistics.

“The Firefly autonomy system is designed to offer the U.S. Marine Corps a crucial edge in contested and complicated environments,” mentioned Sanjiv Singh, CEO of Close to Earth. “By enabling autonomous resupply with out the necessity for pre-mapped routes or clear touchdown zones, we’re lowering danger to personnel and making certain that important provides attain frontline items quicker and extra reliably than ever earlier than. This functionality enhances operational agility and strengthens the Marines’ capability to maintain missions in essentially the most difficult circumstances.”

This award is an element of a bigger contract, valued at $4.6 million, supporting integration and demonstration efforts.

Close to Earth mentioned its expertise permits plane to autonomously take off, fly, and land safely, with or with out GPS. Its techniques allow aerial mobility functions for companions within the business and protection sectors. The Pittsburgh-based firm goals to bridge the hole between aerospace and robotics with full techniques that enhance effectivity, efficiency, and security for plane starting from small drones to full-size helicopters.

Firefly offers autonomy for beforehand unknown websites

TRUAS offers frontline items with important provides whereas lowering danger to personnel, defined Close to Earth Autonomy. Conventional resupply strategies are challenged by tough terrain and unpredictable circumstances, requiring cautious route planning and expert dealing with.

The Firefly system overcomes these limitations, enabling mission planning with out prior information of the route or assurance that the touchdown web site is degree and clear, Close to Earth mentioned. The corporate’s light-weight Firefly system offers superior environmental notion and clever flight capabilities, enabling TRUAS to autonomously:

  • Detect hazards corresponding to bushes, buildings, rocks, autos, and ditches
  • Establish secure flight paths and touchdown zones, enabling mission planning with out prior information of obstacles
  • Keep excessive cargo capability and vary whereas rising mission assurance

Close to Earth’s miniaturized system integrates with the TRUAS platform to offer exact navigation and touchdown capabilities whereas sustaining excessive cargo payload capability. These capabilities allow TRUAS to function successfully in confined and contested environments, rising operational effectiveness whereas lowering danger to personnel.

This technique is a part of Close to Earth’s broader efforts to allow autonomous logistics throughout scale, from small UAS to massive helicopters.

Illustration of a UAS with Near Earth's Firefly system performing a delivery to a confined area.

The Firefly system permits a drone to make a supply to a confined space. Supply: Close to Earth Autonomy

Close to Earth builds on a decade of innovation

Close to Earth’s miniaturized techniques construct on over a decade of innovation in autonomous aerial logistics, beginning with helicopter techniques and adapting them for the load necessities of small UAS. The development started with the Autonomous Aerial Cargo/Utility System (AACUS), which pioneered rotorcraft autonomy for Marine Corps resupply and demonstrated the feasibility of autonomous helicopter operations in austere environments.

Constructing on this basis, Close to Earth miniaturized the system and utilized it to the Talon Joint Functionality Expertise Demonstration (JCTD) for Unmanned Logistics Techniques – Air (ULS-A), demonstrating autonomy for small, uncrewed plane able to working in confined areas.

The Firefly system is the most recent development on this development, offering autonomous capabilities in a type issue to allow small cargo UAS operations in contested and confined environments for the Navy and Marine Corps TRUAS program.

“We proceed to search for applied sciences that enhance warfighters capability to function in unpredictable, complicated environments, and designed standardized modular and open interfaces to our platform to help simpler integration of applied sciences corresponding to Close to Earth’s Firefly,” mentioned Mark Butkiewicz, vp of utilized engineering at SURVICE. “We’re excited to have the ability to present an added functionality that may enhance the warfighters capability to maintain operations in contested and confined battlespaces, serving to guarantee crucial provides attain the warfighter at any time when and wherever they’re wanted.”


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