The AS350 B3's speed and range combined with a roomy, quiet cabin make it suitable for a variety of missions from EMT to executive transport. The Starflex rotor head and modular design provide long service life as well as simplified maintenance procedures when they finally are required. Reliability is enhanced by the simple, rugged design of the AS350 B3's Arriel 2B turbine engine. Downtime is reduced by the modular construction of the engine (5 replaceable sub-assemblies).
The twin-engine Bell 430 is Bell’s top-of-the-line executive helicopter. Bell Helicopter is known for its long tradition of building military and civil helicopters, Bell rotorcraft are revered for their durability and reliability. The 430 embodies a focus on comfort as well. Executives and leisure passengers find themselves in a cabin rivaling light business jets, with large, inviting leather seats, a refreshment center and entertainment systems.
Agusta 109 S Grand is a light / medium weight twin engine helicopter developed to meet a wide range of requirements with the most popular one being for passenger transport. It can however also be used for Off Shore operations and Medical Services. The Agusta Grand features a spacious 5 seater cabin and is powered by two Pratt & Whitney PW207C engines rated 815 – hp with Full Digital Electronic Control.
The Bell 407 is the fastest helicopter in the intermediate light category. The full integration of speed, performance and maneuverability, the Bell 407 is reliable beyond measure and provides an incredibly smooth ride in virtually all conditions. The 407 has advanced computer controls which monitor engine levels and movements. The 407 is also equipped with hydro-mechanical controls. It’s a multi-mission ship.
Number in fleet - 3 Passenger Seating - 4 Average Cruise Speed -110 miles per hour Fuel Consumption -110 litres per hour Max Range - 305 miles Maximum External Sling Load - 1080 lbs (minimal fuel at sea level) Medivac capable - Yes Actual performance figures (payload, speed, range, passengers) will be determined by the weather conditions at the time of the mission.
