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Rotorway Exec 90

RotorWay Exec 90
EXEC
Photo: User:Ahunt · Public domain
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Exec 90
Rotorway · Exec 90
Model overview

Fleet & certification

Built
76
Active
75
Market

Comparable listings

C-GFAN · 2000
$86,900
Keep browsing

Other Rotorway models

Safety & ops history

Where to look next

Detailed safety & ops history coming soon — view this model's FAA Airworthiness Directives at FAA.gov.

Rotorway Exec 90 market & fleet intelligence

Registry, flight-tracking and market data on the Rotorway Exec 90 fleet — updated daily.

Fleet age

29 yearsmedian age

Of the 42 registered Rotorway Exec 90 with a known build year (55% of the 76 we track), the median age is 29 years.

Registration activity

4changed registration in 12 months

4 of the 76 registered Rotorway Exec 90 we track changed registration in the last 12 months (5% of the fleet), across 4 registration events. Registration changes include ownership transfers, re-registrations and address updates — not all are sales.

Rotorway Exec 90 manuals & documents

4 documents for the Rotorway Exec 90 — Maintenance Manual · Service Bulletins · Flight Manual Supplement · Model Guide. PDFs served from cdn.sprinkle.com.

Overview
Rotorway International Exec 90 Maintenance Manual · 1993

The RotorWay EXEC 90 Maintenance Manual is designed to assist owner-operators in maintaining their helicopter while minimizing operating costs. It includes detailed inspection procedures, part replacement guidelines, and safety warnings to ensure the aircraft's flight characteristics and safety are upheld.

  • The manual is divided into 20 main sections covering various aircraft components.
  • An Inspection Chart provides part numbers, descriptions, and recommended inspection intervals.
  • Parts have specific lifetimes and must be replaced at the recommended change out time.
  • The manual emphasizes monitoring parts for premature failure.
  • Clearances and tolerances for inspections are noted where applicable.
  • The airframe is constructed from aircraft industry standard 4130 chrome-moly tubing.
  • The tail boom is made from grade T-3 aluminum and is subject to stress during takeoff and landing.
  • The body panels are made using a hand lay-up squeeze method for strength.

Summary written by AI from the source document. Check the original before relying on it. See which parts of Sprinkle are written by AI.

Reference only, not for flight. Use the current approved manual for your aircraft. See terms, section 5.

Read the document

Documents are sourced from publicly available references. Sprinkle does not host OEM-restricted materials; if you are a rights-holder and want a document removed, email .