Rotorcraft

Source: Lockheed Martin/Sikorsky


ROBINSON HELICOPTER BETS ON AUTONOMOUS CARGO WITH NEW UNMANNED DIVISION
Wednesday, March 11, 2026

Source: Lockheed Martin/Sikorsky


ATLANTA, Georgia - Robinson Helicopter has unveiled the TurbineTruck, an uncrewed cargo variant of its R66 turbine helicopter, equipped with Sikorsky's Matrix autonomous flight-control system. The aircraft can carry up to 1,500 pounds (680 kg) and features front-opening clamshell doors where the cockpit once was, making it easy to load palletized cargo. Stripping out the manual controls and cockpit actually increases useful load compared to the standard crewed R66, and Robinson believes further weight reductions are still possible.

The company envisions two main markets for the TurbineTruck: civil "special cargo" missions like urgent deliveries to oil rigs or organ transplants, and military "contested logistics" - reducing the need for crewed resupply runs in dangerous environments. The program already has an undisclosed customer, with a first flight targeted for next year, though the team believes they can move faster.

To house these efforts, Robinson has created a new business unit called Robinson Unmanned, which also includes its R44-based Airtruck and Sprayhawk platforms developed in partnership with Rotor Technologies, covering cargo and aerial spraying missions respectively. The division is headed by Paul Fermo, currently president of Ascent AeroSystems, a small drone manufacturer Robinson acquired in 2024.

Robinson CEO David Smith frames the move as Robinson's response to what he calls "the era of both" where crewed and uncrewed aircraft coexist. He's deliberate about Robinson's role: building reliable, low-cost, aerospace-grade airframes and partnering with specialists for the autonomy technology, rather than trying to become a software company itself.

 

Source: GE Aerospace


GE AEROSPACE CONTINUES NEXT-GENERATION HELICOPTER PROPULSION RESEARCH STUDY
Tuesday, March 10, 2026

Source: GE Aerospace


ATLANTA, Georgia - GE Aerospace will continue its global research collaboration with Airbus Helicopters aimed at developing a revolutionary next-generation helicopter propulsion system.

First announced in 2024, the team effort is developing a more efficient engine to power rotorcraft. This next stage of the research program will focus on advancing detailed engine design concepts and evaluating component-level efficiencies, building on early findings to further mature a propulsion architecture capable of meeting future operational and sustainability requirements.

The first stage of the collaboration was centered on foundational research, and the continuation of the study will explore opportunities to significantly reduce fuel consumption and CO2 emissions while maintaining the performance, durability, and reliability demanded by operators.

 

Source: Hindustan Aeronautics Ltd.


INDIAN COAST GUARD ORDERS SIX HAL DHRUV HELICOPTERS
Thursday, March 5, 2026

Source: Hindustan Aeronautics Ltd.


BENGALURU -- Hindustan Aeronautics Limited (HAL) has received a contract from India’s defence ministry to deliver six additional HAL Dhruv Advanced Light Helicopter (ALH) Mk-III helicopters to the Indian Coast Guard. The deal is valued at about INR29 billion ($319 million) and includes performance-based logistics support.

The 5.5-tonne Dhruv Mk-III is powered by two HAL/Safran Shakti-1H1 turboshaft engines, which are jointly developed by HAL and Safran based on the Ardiden 1 engine family. Once inducted, the helicopters will enhance the Coast Guard’s ability to conduct maritime surveillance, protect offshore infrastructure and artificial islands, and support fishermen and environmental protection missions.

The order represents renewed confidence in the Dhruv program following a difficult 2025. Earlier that year, a fatal crash involving a Coast Guard helicopter led to a five-month grounding of maritime variants due to fatigue-related fractures in the non-rotating swashplate. HAL has since redesigned the swashplate assembly for greater stress tolerance and replaced aluminium booster rods in the flight-control system with stronger stainless-steel components.

 

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