Specifications
Aircraft Details
- Location: Spring, Texas
- Condition: New
- Exceptionally built with unmatched performance
- Now taking orders for new Enstrom 480B Turbine Helicopters
- Renowned for safety, stability, comfort, and value
- No life limit on rotor blades or airframe, minimizing scheduled maintenance
- Simple maintenance schedule based on hourly operation
- Avionics include: Howell 405 Dual Tachometer, Howell 420 EICAS, Garmin GDU 106 G500Txi, Garmin GTN750Xi Com/Nav/Gps, Garmin GI 275 Synthetic Vision, Garmin Flight Stream 510, Garmin GTX 345 ADSB In/Out Transponder, Garmin 205 Heli-Com Radio, Garmin 35Hc Audio Panel, Garmin GMA 35c Remote Audio, Tru Blue Power USB Type A&C Ports, ELT
- HeliSAS Autopilot coming soon
- Dual controls, cargo hook, air conditioning, baggage compartment, float kit included
About this Model
Overview
The Enstrom 480B is a light, single-engine piston helicopter typically configured for a pilot plus three passengers. It is commonly selected for flight training, private ownership, and light utility missions where predictable handling and a conventional cabin layout matter more than high cruise speeds or long legs. Many aircraft are equipped for basic IFR navigation, but capability varies by avionics suite and installed options, so the specific aircraft configuration is central to mission planning.
Mission Fit
It fits missions where frequent short sorties, repeatable handling characteristics, and manageable operating complexity are priorities. Typical use cases include schools that want consistent dispatch with a piston platform and private operators who fly within a few hundred nautical miles and value a relatively simple systems set. If your missions regularly push higher density altitudes with multiple occupants and fuel, or require turbine-class cruise and climb, the 480B may feel performance-limited.
Cabin
Cabin layout is generally a forward two-seat cockpit with a rear bench, giving practical access for instruction and passenger carrying. Visibility is good for training and observation-oriented missions, and the overall ergonomics are oriented toward straightforward control access and basic mission equipment rather than luxury features. Comfort and noise/vibration levels depend strongly on interior condition, door/window seals, and rotor/drive-train balance.