Specifications
AI Description
- Model: Commander 690A
- Engine: Honeywell TPE331-10T-516K (2 engines)
- Engine Time: 1,759 SMOH each, TBO: 5,000 hours
- Propellers: Hartzell 3-blade wide chord Q-tip
- Avionics:
- Garmin G600 EFIS
- Dual Garmin GNS 530AW Nav/Com/GPS
- Garmin GTX 330 Transponder (dual)
- S-TEC 3100 Digital Autopilot with VNAV
- Honeywell RDR-2000 Weather Radar
- Honeywell KGP 560 EGPWS
- Features:
- Equipped with ADS-B
- Synthetic Vision Technology
- Aerodyne Winglets
- Freon Air Conditioning
- High-speed gear doors
- Interior:
- Configuration: Executive, 8 seats
- Gray leather seating and side panels
- Wool carpeting
- Exterior: White with silver and black accents
- Additional Equipment: Bleed air shutoff kit, recognition lights, stock clamshell gear doors
About this Model
Overview
The Commander 690A is a legacy, pressurized, twin‑engine turboprop designed around regional missions where runway flexibility and straightforward systems matter. It targets operators who want turbine reliability and higher cruise performance than piston twins, while keeping the aircraft small enough to be managed by an owner-flown or small-flight-department operation. Typical use cases include business trips between secondary airports, multi-stop days, and utility flying where payload and field performance take priority over cabin volume.
Mission Fit
Most missions align with a practical regional profile: climb to the mid-teens/low-20s as needed for weather and efficiency, cruise at turboprop speeds appropriate to its era, then get in and out of shorter fields than many light jets. It’s less aligned with transcontinental stage lengths or use cases that demand contemporary avionics integration and cabin refinement without upgrades.
Cabin
The 690A cabin is a compact, pressurized environment intended for short-to-medium duration trips. Seating is typically arranged in a small club/forward-aft mix depending on interior, with an emphasis on functional comfort rather than a large-cabin feel. Noise and vibration characteristics are typical of older-generation turboprops and can vary significantly with interior condition, insulation, prop condition, and engine rigging.