Specifications
AI Description
- Aircraft based and registered in Brazil
- All maintenance current
- Equipped with Garmin G3000 avionics suite
- Features include Halo, autothrottle, autoland, and ADS-B
- Executive interior configured for 5 passengers + 1 pilot
- Paint and interior in excellent condition
- Always kept in hangar
- Engine model: PT6A-42A
- Remaining engine hours: 2,620 hours
- Autopilot: Garmin GFC 700 with AFCS
- Additional avionics: Garmin GMA 36B audio panel, radar altimeter, GTX 345R ADS-B transponder, GWX 75 digital weather radar, dual Garmin GTC 575 touch screens
About this Model
Overview
The Piper M600/SLS is a pressurized, single-engine turboprop positioned between high-end pistons and entry-level light jets for buyers prioritizing simplified operation, runway flexibility, and contemporary safety automation. The SLS (Safe Landing System) variant centers the aircraft around Garmin’s Autoland capability, pairing it with a high-integration avionics suite and a cabin sized for practical regional missions with family, colleagues, or a small team.
Mission Fit
In day-to-day use, the M600/SLS fits missions where a single pilot wants turbine reliability and speed without stepping into jet operating complexity. It is typically chosen for point-to-point regional travel, mixed weather flying with IFR avionics, and destinations where runway length and support infrastructure are limited. Mission planning should account for passenger count, fuel, and baggage tradeoffs common to single-engine turboprops.
Cabin
The cabin is arranged as a club-style configuration in a pressurized fuselage with an enclosed feel compared with unpressurized aircraft. Seating and storage are oriented toward practical travel rather than stand-up cabin movement, and comfort is strongly influenced by interior package, seat design, and noise/vibration management typical of turboprops. Access and loading are straightforward for small groups and normal travel baggage, with best comfort realized when passenger count is kept to a manageable level for the stage length.