N108DB

Gulfstream GVII-G600 (Gulfstream G600) (G600)

Gulfstream Aerospace Corp

14 Hours

Duration of Flight

6600 NM

Range

516 MPH

Max Speed

N108DB

Aircraft Overview

At a glance

Basic Information

Year Manufactured

2019

Registration Number

N108DB

Serial Number

73008

Ownership

LABORATORY CORP OF AMERICA HOLDINGS

Location

Burlington, NC, United States

Aircraft Class

Over 20,000lbs

Max Passengers

9

Range

6600 NM

Service Ceiling

51000 ft

Duration of Flight

14 Hours

Max Speed

516 MPH

Mode-S Code

A022B9

Registration Country

US

Certificate Issued

Jun 23, 2022

Airworthiness Date

Jul 24, 2019

Reg. Expiration

Jun 30, 2029

Safety Record

N108DB

None found

4 recent flights
DateFromToDurationStatus
2025-06-07

ADS‑B observation over Alaska (60.245865N, -168.390387E)

12:22:59 AKDTEstimated

ADS‑B first seen at 12:22:59 AKDT (plane‑fence observation)

2023-11-13

KTTN

Trenton, NJ, USA

Landed

Photographed at Trenton–Mercer County Airport (photo dated 2023-11-13).

2021-05-14

KASE

Aspen, CO, USA

Landed

Photographed on ground at Aspen (photo dated 2021-05-14).

2019-03-24

KVNY

Van Nuys, CA, USA

Landed

Photographed at Van Nuys (photo dated 2019-03-24).

AI Summary

Fact-checked by AI

Gulfstream GVII-G600 (Gulfstream G600) (G600)

Overview

2019 GULFSTREAM AEROSPACE CORP GVII-G600; registered to LABORATORY CORP OF AMERICA HOLDINGS (Burlington, NC). Airworthiness date 2019-07-24; certificate issued 2022-06-23; mode S A022B9.

Specifications

  • Engines: 2x Pratt & Whitney PW815GA (15680 lbf each)
  • Range: 6600 nm
  • Cruise: 488 kts
  • Seats: 9
  • Ceiling: 51000 ft

Operations & Cabin

Operator‑configured executive layout (registry/spotting indicates 9 passenger seats) Up to 4 living areas possible in factory layouts; outfitting is customer specific (this registration shows a corporate configuration). Avionics: Gulfstream Symmetry Flight Deck™

Model & Market Context

The airframe bearing tail number N108DB is a 2019-built Gulfstream GVII-G600, serial 73008, manufactured by Gulfstream Aerospace Corp. The airframe is registered in the United States and is owned by LABORATORY CORP OF AMERICA HOLDINGS, a corporate owner based in Burlington, NC, United States, which serves as the operator/home base for the type. Registry records indicate normal corporate registration and operation; no public incident history or notable registry actions are recorded in the supplied data. The airframe is described as operator-configured and holds a reported market valuation of $46,000,000, consistent with a late-model large-cabin Gulfstream in executive condition.

This specific G600 is fitted with an operator‑configured executive cabin layout and registry/spotting indicates 9 passenger seats, suggesting a typical corporate transport fit optimized for long-range nonstop missions. The flightdeck is equipped with the Gulfstream Symmetry Flight Deck™, providing advanced avionics and automation suited for high-altitude, long-duration operations and reduced crew workload. Typical missions for this airframe would include transcontinental and intercontinental point-to-point flights within the aircraft’s 6,600 nm range at cruise speeds near 488 kts and a service ceiling of 51,000 ft. Maintenance considerations follow Gulfstream’s large-cabin program practices and are influenced by the twin PW815GA engines’ overhaul and monitoring schedules appropriate to a corporate operator.

The Gulfstream GVII-G600 (Gulfstream G600) occupies the long-range large-cabin business jet segment, offering long-range performance and high cruise speeds that position it against competitors such as Bombardier’s Global series and Dassault’s Falcon 8X/9000 family. With a 6,600 nm range and high-altitude capability to 51,000 ft, the type targets owners requiring nonstop intercontinental range combined with high productivity flightdeck features like the Symmetry system. Resale and maintenance considerations for this 2019 airframe reflect typical market demand for late-model G600s, with value supported by corporate ownership, complete executive layout, and modern avionics, while engine and airframe-hour tracking will drive lifecycle and refurbishment decisions.

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