US Marines to deploy pilotless helicopter lifting up to 2,500 lbs in combat zones

Autonomous Aircraft News

US Marines to deploy pilotless helicopter lifting up to 2,500 lbs in combat zones
Autonomous HelicopterCargo AircraftCargo Delivery

The U.S. Marine Corps has tapped Sikorsky and Robinson Unmanned to test a pilotless helicopter for risky resupply missions.

The U.S. Marine Corps has awarded Sikorsky and Robinson Unmanned a $15.5 million contract to proceed with a new unmanned cargo helicopter program. An autonomous aircraft intended to transport supplies into disputed regions without risking human crews will be tested as part of the project.

Announced on April 27, the contract supports the Marine Corps’ Medium Aerial Resupply Vehicle – Expeditionary Logistics Increment 2 effort. This program intends to field a reliable drone or pilotless helicopter capable of carrying supplies to forward units when traditional transport is unavailable or too dangerous. At the center of the project is the R66 Turbinetruck, an autonomous pilotless helicopter built on the Robinson Helicopter Company R66 platform.

The aircraft integrates Sikorsky’s MATRIX autonomy system, which allows it to fly missions without onboard pilots. The system is designed to carry between 1,300 and 2,500 pounds and reach a combat radius of about 115 miles. This system is intended to bridge a logistics gap between small drones and larger transport aircraft, giving Marines a flexible supply option in difficult environments. Pilotless helicopter design blends proven airframe with autonomyThe R66 Turbinetruck combines an existing commercial helicopter with advanced autonomous controls.

Sikorsky’s MATRIX system enables the aircraft to plan and execute missions using onboard sensors and software. Operators can input mission goals through a tablet interface. The system then creates a flight plan and manages navigation during the mission. This reduces the need for trained pilots in danger zones.

The design builds on technology developed for Sikorsky’s S-70 uncrewed helicopter program. However, the R66 version is smaller and expected to operate at a lower cost, with a reduced logistical footprint. The first aircraft will be delivered by Robinson Unmanned to Sikorsky, where it will undergo integration, testing, and evaluation. Demonstrations will showcase how the open architecture of the MATRIX technology allows it to adapt to several aircraft types.

Focus on safety in high-risk environmentsThe Marine Corps intends to use the pilotless aircraft in situations where crewed flights or ground convoys face high risk. The goal is to reduce exposure of personnel while maintaining steady supply lines. The drone is expected to operate from remote bases, ship decks, and unprepared landing zones. This flexibility is important for expeditionary operations, where infrastructure may be limited or damaged.

Sikorsky leadership stressed the system’s greater potential. Rich Benton, vice president and general manager at Sikorsky, said, “As we expand the MATRIX family, we also extend the reach of uncrewed solutions for both civil and military customers. ”“The commercially developed R66 TURBINETRUCK is simple, economical and re-configurable; ideal for high-risk, hard-to-reach environments where keeping personnel out of harm’s way is essential.

”Building on earlier logistics drone effortsThe MARV-EL program is part of the Marine Corps’ larger push to modernize battlefield logistics. It seeks a middleweight drone capable of operating between small tactical systems and large airlifters. Sikorsky previously participated in the Marine Corps’ Aerial Logistics Connector Phase 1 program last year. Lessons from that effort are expected to inform development and testing under the current contract.

We have summarized this news so that you can read it quickly. If you are interested in the news, you can read the full text here. Read more:

IntEngineering /  🏆 287. in US

Autonomous Helicopter Cargo Aircraft Cargo Delivery Defense &Amp Military Inventions And Machines R66 Turbinetruck Robinson Unmanned Sirosky US Marines

 

United States Latest News, United States Headlines

Similar News:You can also read news stories similar to this one that we have collected from other news sources.

Katherine Legge Completes Indianapolis 500 FieldKatherine Legge Completes Indianapolis 500 FieldA.J. Foyt Racing and HMD Motorsports have announced an entry for Katherine Legge, officially filling the 33-car field for the Indianapolis 500. The addition ensures a full field of drivers, with several teams adding extra cars specifically for the race. Legge will drive the No. 11 Chevrolet sponsored by e.l.f. Cosmetics.
Read more »

Katherine Legge aims for fifth Indy 500 startKatherine Legge aims for fifth Indy 500 startKatherine Legge will aim to make her fifth Indianapolis 500 start in May. She will compete in the No. 11 Chevrolet with primary sponsorship from longtime partner e.l.f. Cosmetics.
Read more »

Climber Miraculously Survives 500-Foot Fall From MountainClimber Miraculously Survives 500-Foot Fall From MountainHe survived not one but two things that might well have killed him.
Read more »

2026 Indy 500 Odds: Alex Palou Favored, Kyle Kirkwood Close Second2026 Indy 500 Odds: Alex Palou Favored, Kyle Kirkwood Close SecondAlex Palou is the reigning Indy 500 champion, but can he get back into Winner's Circle at the Brickyard this season? Here are the latest odds.
Read more »

Mountain climber survives terrifying 500-foot fall in California's Sierra Nevada, night stranded on ledgeMountain climber survives terrifying 500-foot fall in California's Sierra Nevada, night stranded on ledgeA climber reportedly survived a terrifying 500-foot fall in California's Sierra Nevada and endured a freezing night before a daring helicopter rescue.
Read more »

IndyCar drivers gear up for Indy 500 at Open TestsIndyCar drivers gear up for Indy 500 at Open TestsThe “Greatest Spectacle in Racing” is just 26 days away. Preparations began Tuesday afternoon with the first day of Open Testing at the Indianapolis Motor Speedway.
Read more »



Render Time: 2026-05-01 19:43:08