Cessna 414A

Aircraft Manufacturer: Cessna

Model: 414A

About the Cessna 414A

7 of the Cessna 414A's 10 recorded GA accidents were fatal. Its accident rate works out to about 1.41 per 1,000 aircraft-years over the type's own FAA-registration exposure. Measured against a peer cohort of the same type, engine class, and seat range, the 414A sits at about one in ten on the safety percentile, where a higher percentile marks a higher accident rate. That places the 414A's accident rate below most comparable types in the cohort.

On the regulatory side, the Cessna 414A carries three FAA airworthiness directives, and all three are still active. The most recent of them is dated November 9, 2005.

The Cessna 414A has more than 300 airframes active on the U.S. civil registry, about 0.5% of Cessna's registered fleet, and ranks 65th by active fleet size within Cessna's lineup. About two-thirds of all 414A registry records ever held remain active, while more than 100 airframes have been deregistered.

Aircraft Details

Aircraft Details
Manufacturer Cessna
Manufacturer Serial Number 2075907
Model 414A
Category Land
Aircraft Type Fixed wing multi engine
Cruise Speed 198 MPH / 172 knots
Weight Class 1 (Up to 12,499 lbs gross take off weight)
Engine Type Reciprocating
Number of Engines 2 engines
Number of Seats 8 seats
Cessna 414A Photo: AirSafetyGuy at English Wikipedia — cc-by-sa-3.0 via Wikimedia Commons Have a personal photo of the Cessna 414A? Contact us.

Asking Prices

What sellers are asking for the Cessna 414A, across current listings, grouped by model year.
As of October 14, 2026. How we calculate this.

Years Currency Typical asking range Median
1975–1979 USD ≈ $370k – $480k ≈ $410k

These are asking prices, not sale prices. What any one aircraft asks or sells for can swing widely with airframe and engine condition, damage history, avionics, paint and interior, logbooks and service records, and plenty else a listing never shows.

Safety Analysis

Composition of NTSB accident records for this model in general-aviation operations (FAR Part 91 and 137), based on NTSB data as of May 1, 2026. It's a breakdown of recorded accidents rather than a safety rating, and types with significant non-GA operation (such as Part 135) may be under-represented.

100%
Identity Confirmed

Accidents are identity-confirmed against FAA registration records (two independent sources).


10 exact, 0 recovered, 0 provisional

Methodology
10
Recorded GA Accidents

Total recorded general-aviation accidents within the analyzed period.


7 fatal accidents.

70.0% of recorded accidents were fatal.

363
Currently Registered

Active aircraft fleet size contributing to the exposure data.


7,093

Aircraft-years of FAA registration exposure (2008–present).


Comparison

Within its peer cohort

Within this model's peer class (same aircraft type, engine class, and seat range), comparison of its share of recorded NTSB accidents to its share of FAA registration exposure (aircraft-years since 2008).

This is a share comparison, not flight-hours adjusted, so a model flown more per airframe than its peers will show an accident share above its exposure share even if its per-hour safety is average. Methodology →

Model class Share of cohort
Accidents
3.5%
Exposure
6.4%
Time series

Accidents by year

Recorded NTSB general-aviation accidents per calendar year, derived directly from the NTSB accident database. Each bar shows the accidents that occurred in that year. Methodology →

Investigations take 12–36 months to finalise, so the trailing years come in incomplete. Recent years are adjusted upward for that lag. Observed counts show as solid bars, the lag-adjusted estimate shows hatched.

2008 – 2026 Total 10
Accidents by year Accidents by year (total 10 observed): 2008 1, 2010 1, 2012 1, 2014 1, 2015 1, 2016 1, 2019 2, 2024 1, 2026 1. 1 2 3 4 0 1 '08 1 '10 1 '12 1 '14 1 '15 1 '16 2 '19 1 '24 3 '26
Composition

Phase of flight

Which phase of flight each accident occurred in, as coded by the NTSB. Most accidents happen in the phases where most flying time is concentrated, so this isn't a measure of which phase is most dangerous.

4 categories Total 9
Initial climb 3
Approach 3
Enroute 2
Landing 1
Causes

Finding category

Top-level NTSB cause category, from the coded investigation findings. An accident often has more than one finding, so totals here can exceed the recorded accident count.

NTSB top-level codes Total 41
Personnel issues 15
Aircraft 14
Environmental issues 12
Outcomes

Injury severity

NTSB classification of the worst injury in each accident: None, Minor, Serious, or Fatal. Each accident counts in exactly one severity.

Highest per accident Total 10
Fatal 7
None 3

Operating-rule mix (all parts): 091 (10)· NUSN (2)· 135 (1)

Recorded Accidents

All 10 recorded NTSB general-aviation accidents for this model, most recent first.

Date Location Tail Damage Highest injury Phase of flight Finding categories
Tampa, FL N140KM Substantial None Landing unknown
McKinney, TX N414BS Destroyed Fatal Enroute unknown
Colonia, NJ N959MJ Destroyed Fatal Approach Personnel issues, Aircraft, Environmental issues
Yorba Linda, CA N414RS Destroyed Fatal Uncontrolled descent Aircraft, Personnel issues, Environmental issues
Destin, FL N2735A Destroyed Fatal Initial climb Personnel issues, Aircraft, Environmental issues
Bloomington, IL N789UP Substantial Fatal Approach Personnel issues, Aircraft, Environmental issues
Ashland, MO N414CJ Substantial None Enroute Aircraft
Hayden, CO N4772A Substantial Fatal Approach Environmental issues, Aircraft, Personnel issues
Bedford, PA N77RL Substantial None Initial climb Personnel issues, Aircraft, Environmental issues
Benton, KS N41LP Destroyed Fatal Takeoff Personnel issues, Environmental issues, Aircraft

Airworthiness Directives

Composition of FAA airworthiness directives (ADs) that apply to this model, as of October 15, 2026. ADs are mandatory FAA-issued corrective actions for safety-of-flight issues. Pilots, owners, and operators should always verify against the current FAA AD listing before any maintenance or flight action. Methodology →

3 active · 3 total airworthiness directives issued against this model · most recent:


Time series

Directives by year

Count of airworthiness directives issued against this model per calendar year (publication date in the Federal Register). Includes both active and superseded directives. An active AD still applies; a superseded one was replaced by a later AD.

2005 – 2005 Total 3
Airworthiness directives by year Airworthiness directives by year (total 3 observed): 2005 3. 1 2 3 4 0 3 '05

Recent directives

The most recent airworthiness directives applicable to this model, by effective date. A Superseded badge means a later AD has replaced this one; we still list the original so it isn't lost from the page.

AD number Effective date Subject Status
2005-20-25 Airworthiness Directives; The Cessna Aircraft Company Models 401, 401A, 401B, 402, 402A, 402B, 402C, 404, 411, 411A, 414, 414A, 421, 421A, 421B, 421C, 425, and 441 Airplanes Active
2005-12-13 Airworthiness Directives; Cessna Aircraft Company Models 402C and 414A Airplanes Active
2005-05-52 Airworthiness Directives; the Cessna Aircraft Company Models 402C and 414A Airplanes Active
Data presented on this website is sourced directly from official Federal Aviation Administration (FAA) records. To ensure accuracy, we try not to correct issues such as improper punctuation, spelling errors, empty fields, or unusual labels like "SALE REPORTED" for a registrant. We make every effort to present information as it appears in the FAA database. This website is not affiliated with any government agency.