Robinson R88 vs Robinson R66, A Major Leap in Light Helicopter Capability
The newly announced Robinson R88 marks a significant expansion in capability for Robinson Helicopter Company, moving far beyond the performance envelope of the well known Robinson R66.
For years, the R66 has been a reliable light turbine helicopter used in private aviation, training, and light utility missions. With the R88, Robinson is entering an entirely new operational category targeting utility operations, passenger transport, EMS, and firefighting roles.
• All New R88 Powered by Single Engine Safran Arriel 2W and Serenity Package
• All-Glass G500H TXi from Garmin
• Dual Cyclic Controls and Single-Pilot IFR Operations
• Most Affordable to Own, Operate and Maintain in its Class
R88 vs R66 Comparison
• Seating Capacity
R88 Up to 10 seats (1–2 crew + 8 passengers)
R66 5 seats (1 pilot + 4 passengers)
• Engine
R88 Safran Arriel 2W (~950–1000 shp)
R66 Rolls-Royce RR300 (~300 shp)
• Range
R88 ~350 nautical miles
R66 ~325 nautical miles
• Payload Capability
R88. ~3,000 lb external hook capability
R66 ~1,200 lb class external load
• Mission Profile
R88 Passenger transport, HEMS, firefighting, utility operations
R66 Private aviation, training, light utility
The R88’s nearly 1,000 shp engine and expanded cabin configuration represent a dramatic increase in power, payload, and mission flexibility, positioning it closer to larger single engine utility helicopters rather than the traditional light turbine segment.
If Robinson executes the program successfully, the R88 could significantly broaden the company’s presence in commercial and mission critical aviation sectors.
Ian Williamson
Editor
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Ecocopter S.A.•2K followers
2wI've never had the chance to work on an MD, but its shape and distinctive sound have always caught my attention. Furthermore, I'm intrigued by the direction of the tail rotor's rotation. On this helicopter, the advancing blade moves downwards in the direction of the airflow generated by the main rotor, unlike most manufacturers who rotate the tail rotor with the advancing blade moving against the airflow generated by the main rotor to increase and improve the tail rotor's efficiency.