Robinson Unmanned Demonstrates Heavy-Lift R44 AIRTRUCK
Robinson Unmanned conducted a two-day demonstration of its remotely piloted R44 AIRTRUCK cargo helicopter, performing deck landings and cargo operations in
Robinson Unmanned demonstrated its heavy-lift R44 AIRTRUCK unmanned helicopter in Louisiana last week. The remotely piloted aircraft performed repeated approaches and landings on a simulated offshore deck during flights on September 2 and 3.
The demonstration at Acadiana Regional Airport in New Iberia was conducted by the Aviation Academy of Louisiana, an authorized Robinson dealer. Observers from PHI Aviation and other industry and government groups attended. The aircraft showed cargo loading and unloading, precision positioning, and airspace integration using a two-person crew of a remote pilot and a ground support member.
From Small Drones to Heavy-Lift Helicopters
Robinson Helicopter Company formed Robinson Unmanned earlier this year. It combined the small drone portfolio from its 2024 acquisition, Ascent AeroSystems, with larger uncrewed aircraft based on its R44 and R66 helicopters. The resulting product range spans from sub-250-gram models to full-size helicopters.
The company is involved in the Pentagon's Drone Dominance Program, participating in Gauntlet II and delivering SPIRIT-FPV systems. The program aims to build a U.S. Industrial base for scalable drone manufacturing. The R44 AIRTRUCK represents the large end of Robinson's portfolio.
Based on the proven R44 airframe, the AIRTRUCK is adapted for remote flight by Rotor Technologies' RPX system. Robinson describes it as a heavy-lift UAS for cargo and logistics.
| Specification | Capability |
|---|---|
| Useful Load | Up to 1,000 pounds |
| Internal Cargo Volume | More than 60 cubic feet |
| Cruise Speed | Above 100 knots |
| Operating Altitude | Up to 14,000 feet |
The platform retains commonality with the standard R44, allowing operators to use existing parts, maintenance, and support infrastructure.
Proving the Offshore Concept
The Louisiana location was chosen for its relevance to offshore energy operations. The state's aviation industry has long supported Gulf platforms, which require moving cargo in challenging conditions. An unmanned system offers a way to conduct high-risk cargo flights without a crew onboard.
David Smith, president and CEO of Robinson Helicopter Company, explained the concept. "This is the Era of Both in practice, the same airframe, the same parts, and the same people supporting manned or unmanned missions," he said. Smith stated that operators gain autonomy without trading away the reliability they expect from Robinson helicopters.
The demonstration also tested if an unmanned derivative could fit into existing support networks. Aviation Academy of Louisiana provides flight training, repair services, and operations at the airport. Its existing Robinson fleet and the AIRTRUCK can use the same infrastructure.
Beau Prine, General Manager of Aviation Academy of Louisiana, emphasized the importance of the real-world test. "Louisiana has been supplying offshore platforms since 1947." Prine said.
Building on an Existing Ecosystem
Robinson's "Era of Both" strategy envisions crewed and uncrewed aircraft as complementary tools. The company aims to build an integrated vertical-flight ecosystem that scales across different aircraft sizes and missions.
This approach use Robinson's established helicopter manufacturing and sustainment operations. The acquisition of Ascent AeroSystems gave the drone maker access to Robinson's vertically integrated manufacturing plant in Torrance, California. This addresses a challenge for U.S. Drone makers: scaling up from design to high-volume production.
The Louisiana demonstration applies the same principle to large aircraft. Instead of creating a new heavy-lift drone and its support network from scratch, Robinson is adapting an aircraft that already has those systems. This could benefit both commercial and defense markets.
For offshore energy, the system could move substantial cargo while reducing crew exposure on hazardous flights. For military users, similar capabilities could support logistics and resupply in high-risk areas. The common thread in Robinson Unmanned's portfolio is combining autonomy with proven aircraft, manufacturing, and supply chains. As the industry moves toward larger deployments, this existing infrastructure may prove important.
